Showing posts with label Internet. Show all posts
Showing posts with label Internet. Show all posts

Another Lap Around the Sun

SUBHEAD: This time we are going to try and sustain writing for this blog site.
By Juan Wilson  on 16 February 2023 -
(http://islandbreath.blogspot.com/2023/02/another-lap-around-sun.html

Like a year ago, I thought I'd be back on a daily, or at least "frequent" schedule of writing article for this website. This time there should be lass to distract me from getting more articles done.

 This will take a bit of effort not only to write, but more importantly, to properly post and make available online as it was in the past. This means getting familiar with different software and  protocols that has changed since we were last posting articles regularly. 

In the recent past we had to abandon the Apple platform and the software we used to generate content on this website. It was immediately much more difficult and time consuming to write, edit, upload and publish articles. 

Recently we have abandoned the Apple computer platform (but not the iPod and iPhone). Most of my effort recently has been on landscaping, home maintenance and small scale farming. This week it took me two days to trim off four medium (6"x15') size branches on two haole koa trees.That entailed  dropping the branches from atop a ladder using  an 8' pole saw. Yes it is dangerous and a bit difficult for a guy 77 years old. In the past such

We will see if it is possible for this old man to have a foot in both worlds (Windows, and Apple). So far it seems lumpy and uncomfortable... wish me luck.


A Solar Powered Website

SUBHEAD: An examination into how hard, sustainable and affordable it is to power your own site.

By Kris De Decker on 1 February 2020 for Low Tech Magazine -
(https://www.lowtechmagazine.com/2020/01/how-sustainable-is-a-solar-powered-website.html)


Image above: Diagram of home solar powered website. From original article. A simple representation of the system. A charge controller powered by a 50w solar panel charges a 168wh battery that runs a server to an internet router. The voltage conversion (between the 12V charge controller and the 5V server) and the battery meter (between the server and the battery) are missing.

(IB Editor's note: I just checked Amazon. A solar charge controller that meets the needs of this home base powered website server costs $10.97 with free Prime shipping. See (https://www.amazon.com/EEEKit-Controller-Intelligent-Multi-Function-Adjustable/dp/B07R8TRJ8C). I've had one for years attached to four 110ah dee cycle marine batteries keeping the LED lighting on in my shop. I think I paid over $30 for it then.)
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Introduction
In September 2018, Low-tech Magazine launched a new website that aimed to radically reduce the energy use and carbon emissions associated with accessing its content. Internet energy use is growing quickly on account of both increasing bit rates (online content gets “heavier”) and increased time spent online (especially since the arrival of mobile computing and wireless internet).

The solar powered website bucks against these trends. To drop energy use far below that of the average website, we opted for a back-to-basics web design, using a static website instead of a database driven content management system. To reduce the energy use associated with the production of the solar panel and the battery, we chose a minimal set-up and accepted that the website goes off-line when the weather is bad.

We have been monitoring the solar powered server for 15 months now, and we have collected data on uptime, energy use, power use, system efficiency, and visitor traffic. We also calculated how much energy was required to make the solar panel, the battery, the charge controller and the server.

Uptime, Electricity Use & System Efficiency

The solar powered website goes off-line when the weather is bad – but how often does that happen? For a period of about one year (351 days, from 12 December 2018 to 28 November 2019), we achieved an uptime of 95.26%. This means that we were off-line due to bad weather for 399 hours.

If we ignore the last two months, our uptime was 98.2%, with a downtime of only 152 hours. Uptime plummeted to 80% during the last two months, when a software upgrade increased the energy use of the server. This knocked the website off-line for at least a few hours every night.

Let’s have a look at the electricity used by our web server (the “operational” energy use). We have measurements from the server and from the solar charge controller. Comparing both values reveals the inefficiencies in the system. Over a period of roughly one year (from 3 December 2018 to 24 November 2019), the electricity use of our server was 9.53 kilowatt-hours (kWh).

We measured significant losses in the solar PV system due to voltage conversions and charge/discharge losses in the battery. The solar charge controller showed a yearly electricity use of 18.10 kWh, meaning that system efficiency was roughly 50%.

During the period under study, the solar powered website received 865,000 unique visitors. Including all energy losses in the solar set-up, electricity use per unique visitor is then 0.021 watt-hour. One kilowatt-hour of solar generated electricity can thus serve almost 50,000 unique visitors, and one watt-hour of electricity can serve roughly 50 unique visitors. This is all renewable energy and as such there are no direct associated carbon emissions.

Embodied Energy Use & Uptime

The story often ends here when renewable energy is presented as a solution for the growing energy use of the internet. When researchers examine the energy use of data centers, which host the content that is accessible on the internet, they never take into account the energy that is required to build and maintain the infrastructure that powers those data centers.

There is no such omission with a self-hosted website powered by an off-the-grid solar PV installation. The solar panel, the battery, and the solar charge controller are equally essential parts of the installation as the server itself. Consequently, energy use for the mining of the resources and the manufacture of these components – the “embodied energy” – must also be taken into account.


Image above: Diagram of five servers powrf two 168wh batteries charged by two 50w solar panels a charge controller powered by two 50watt solar panels that charge two 168wh batteries.

Unfortunately, most of this energy comes from fossil fuels, either in the form of diesel (mining the raw materials and transporting the components) or in the form of electricity generated mainly by fossil fuel power plants (most manufacturing processes).

The embodied energy of our configuration is mainly determined by the size of the battery and the solar panel. At the same time, the size of battery and solar panel determine how often the website will be online (the “uptime”). Consequently, the sizing of battery and solar panel is a compromise between uptime and sustainability.

To find the optimal balance, we have run (and keep running) our system with different combinations of solar panels and batteries. Uptime and embodied energy are also determined by the local weather conditions, so the results we present here are only valid for our location (the balcony of the author’s home near Barcelona, Spain).

Uptime and Battery size

Battery storage capacity determines how long the website can run without a supply of solar power. A minimum of energy storage is required to get through the night, while additional storage can compensate for a certain period of low (or no) solar power production during the day. Batteries deteriorate with age, so it’s best to start with more capacity than is actually needed, otherwise the battery needs to be replaced rather quickly.

Greater than 90% Uptime
First, let’s calculate the minimum energy storage needed to keep the website online during the night, provided that the weather is good, the battery is new, and the solar panel is large enough to charge the battery completely. The average power use of our web server during the first year, including all energy losses in the solar installation, was 1.97 watts. During the shortest night of the year (8h50, June 21), we need 17.40 watt-hour of storage capacity, and during the longest night of the year (14h49, December 21), we need 29.19 Wh.


Table 1: Minimum energy required to keep website on line during the night. From original article.

Because lead-acid batteries should not be discharged below half of their capacity, the solar powered server requires a 60 Wh lead-acid battery to get through the shortest nights when solar conditions are optimal (2 x 29.19Wh). For most of the year we ran the system with a slightly larger energy storage (up to 86.4 Wh) and a 50W solar panel, and achieved the above mentioned uptime of 95-98%. [1]

100% Uptime
A larger battery would keep the website running even during longer periods of bad weather, again provided that the solar panel is large enough to charge the battery completely. To compensate for each day of very bad weather (no significant power production), we need 47.28 watt-hour (24h x 1.97 watts) of storage capacity.

From 1 December 2019 to 12 January 2020, we combined the 50 W solar panel with a 168 watt-hour battery, which has a practical storage capacity of 84 watt-hour. This is enough storage to keep the website running for two nights and a day. Even though we tested this configuration during the darkest period of the year, we had relatively nice weather and achieved an uptime of 100%.

However, to assure an uptime of 100% over a period of years would require more energy storage. To keep the website online during four days of low or no power production, we would need a 440 watt-hour lead-acid battery – the size of a car battery. We include this configuration to represent the conventional approach to off-grid solar power.

We also made calculations for batteries that aren’t large enough to get the website through the shortest night of the year: 48 Wh, 24 Wh, and 15.6 Wh (with practical storage capacities of 24 Wh, 12 Wh, and 7.8 Wh, respectively). The latter is the smallest lead-acid battery commercially available.

If the weather is good, the 48 Wh lead-acid battery will keep the server running during the night from March to September. The 24 Wh lead acid-battery can keep the website online for a maximum of 6 hours, meaning that the server will go off-line each night of the year, although at different hours depending on the season.

Finally, the 15.6 Wh battery keeps the website online for only four hours when there’s no solar power. Even if the weather is good, the server will stop working around 1 am in summer and around 9 pm in winter. The maximum uptime for the smallest battery would be around 50%, and in practice it will be lower due to clouds and rain.

A website that goes off-line in evening could be an interesting option for a local online publication with low anticipated traffic after midnight. However, since Low-tech Magazine’s readership is almost equally divided between Europe and the USA this is not an attractive option. If the website goes down every night, our American readers could only access it during the morning.

Uptime and Solar Panel Size
The uptime of the solar powered website is not only determined by the battery, but also by the solar panel, especially in relation to bad weather. The larger the solar panel, the quicker it will charge the battery and fewer hours of sun will be needed to get the website through the night. For example, with the 50 W solar panel, one to two hours of full sun are sufficient to completely charge any of the batteries (except for the car battery).


Table 2:  Hours of sunlight necessary to fully charge each battery; by solar panel size. From original article.

A 5 W solar panel – the smallest 12V solar panel commercially available – is the absolute minimum required to run a solar powered website. However, only under optimal conditions will it be able to power the server (2W) and charge the battery (3W), and it could only keep the website running through the night if the day is long enough. Because solar panels rarely generate their maximum power capacity, this would result in a website that is online only while the sun shines.

Even though the combination of a small solar panel and large battery can have the same embodied energy as the combination of a large solar panel and a small battery, the system each creates will have very different characteristics. In general, it’s best to opt for a larger solar panel and a smaller battery, because this combination increases the life expectancy of the battery – lead-acid batteries need to be fully charged from time to time or they lose storage capacity.

Embodied Energy for  Batteries and Solar Panels
It takes 1.03 megajoule (MJ) to produce 1 watt-hour of lead-acid battery capacity [2], and 3,514 MJ of energy to produce one m2 of solar panel. [3] In the table below, we present the embodied energy for different sizes of batteries and solar panels and then calculate the embodied energy per year, based on a life expectancy of 5 years for batteries and 25 years for solar panels. The values are converted to kilowatt-hours per year and refer to primary energy, not electricity.

A solar powered website also needs a charge controller and of course a web server. The embodied energy for these components remains the same no matter the size of solar panel or battery. The embodied energy per year is based on a life expectancy of 10 years. [4][5]


Table 3:  Embodied Energy of Different Components (per ear of operation). From original article.

We now have all data to calculate the total embodied energy for each combination of solar panels and batteries. The results are presented in the table below.

The embodied energy varies by a factor of five depending on the configuration: from 10.92 kWh primary energy per year for the combination of the smallest solar panel (5W) with the smallest battery (15.6 Wh) to 50.46 kWh primary energy per year for the combination of the largest solar panel (50 W) with the largest battery (440Wh).

If we divide these results by the number of unique visitors per year (865,000), we obtain the embodied energy use per unique visitor to our website. For our original configuration with 95-98% uptime (50W solar panel, 86.4Wh battery), primary energy use per unique visitor is 0.03 Wh.

This result would be pretty similar for the other configurations with a lower uptime, because although the embodied energy is lower, so is the number of unique visitors.

How Sustainable is the Solar Powered Website?
Now that we have calculated the embodied energy of different configurations, we can calculate the carbon emissions. We can’t compare the environmental footprint of the solar powered website with that of the old website, because it is hosted elsewhere and we can’t measure its energy use.

What we can compare is the solar powered website with a similar self-hosted configuration that is run on grid power. This allows us to assess the (un)sustainability of running the website on solar power.

Life cycle analyses of solar panels are not very useful for working out the CO2-emissions of our components because they work on the assumption that all energy produced by the panels is used. This is not necessarily true in our case: the larger solar panels waste a lot of solar power in optimal weather conditions.

This means that fossil fuel use associated with running the solar powered Low-tech Magazine during the first year (50W panel, 86.4 Wh battery) corresponds to 3 litres of oil and 9 kg of carbon emissions – as much as an average European car driving a distance of 50 km. Below are the results for the other configurations:


Table 4:  Embodied Energy per year for different solar set-ups. From original article.

We therefore take another approach: we convert the embodied energy of our components to litres of oil (1 litre of oil is 10 kWh of primary energy) and calculate the result based on the CO2-emissions of oil (1 litre of oil produces 3 kg of greenhouse gasses, including mining and refining it). This takes into account that most solar panels and batteries are now produced in China – where the power grid is three times as carbon-intensive and 50% less energy efficient than in Europe. [6]

This means that fossil fuel use associated with running the solar powered Low-tech Magazine during the first year (50W panel, 86.4 Wh battery) corresponds to 3 litres of oil and 9 kg of carbon emissions – as much as an average European car driving a distance of 50 km. Below are the results for the other configurations:

Comparison with Carbon Intensity of Spanish Power GridNow let’s calculate the hypothetical CO2-emissions from running our self-hosted web server on grid power instead of solar power. CO2-emissions in this case depend on the Spanish power grid, which happens to be one of the least carbon intensive in Europe due to its high share of renewable and nuclear energy (respectively 36.8% and 22% in 2019).

Last year, the carbon intensity of the Spanish power grid decreased to 162 g of CO2 per kWh of electricity. For comparison, the average carbon intensity in Europe is around 300g per kWh of electricity, while the carbon intensity of the US and Chinese power grid are respectively above 400g and 900g of CO2 per kWh of electricity.

If we just look at the operational energy use of our server, which was 9.53 kWh of electricity during the first year, running it on the Spanish power grid would have produced 1.54 kg of CO2-emissions, compared to 3 - 9 kg in our tested configurations. This seems to indicate that our solar powered server is a bad idea, because even the smallest solar panel with the smallest battery generates more carbon emissions than grid power.

However, we’re comparing apples to oranges. We have calculated our emissions based on the embodied energy of our installation. When the carbon intensity of the Spanish power grid is measured, the embodied energy of the renewable power infrastructure is taken to be zero. If we calculated our carbon intensity in the same way, of course it would be zero, too.

Ignoring the embodied carbon emissions of the power infrastructure is reasonable when the grid is powered by fossil fuel power plants, because the carbon emissions to build that infrastructure are very small compared to the carbon emissions of the fuel that is burned. However, the reverse is true of renewable power sources, where operational carbon emissions are almost zero but carbon is emitted during the production of the power plants themselves.

To make a fair comparison with our solar powered server, the calculation of the carbon intensity of the Spanish power grid should take into account the emissions from the building and maintaining of the power plants, the transmission lines, and – should fossil fuel power plants eventually disappear – the energy storage. Of course, ultimately, the embodied energy of all these components would depend on the chosen uptime.

Possible Improvements
There are many ways in which the sustainability of our solar powered website could be improved while maintaining our present uptime. Producing solar panels and batteries using electricity from the Spanish grid would have the largest impact in terms of carbon emissions, because the carbon footprint of our configuration would be roughly 5 times lower than it is now.

What we can do ourselves is lower the operational energy use of the server and improve the system efficiency of the solar PV installation. Both would allow us to run the server with a smaller battery and solar panel, thereby reducing embodied energy. We could also switch to another type of energy storage or even another type of energy source.

Server
We already made some changes that have resulted in a lower operational energy use of the server. For example, we discovered that more than half of total data traffic on our server (6.63 of 11.16 TB) was caused by a single broken RSS implementation that pulled our feed every couple of minutes.

Fixing this as well as some other changes lowered the power use of the server (excluding energy losses) from 1.14 watts to about 0.95 watts. The gain may seem small, but a difference in power use of 0.19 watts adds up to 4.56 watt-hour over the course of 24 hours, which means that the website can stay online for more than 2.5 hours longer.

System Efficiency
System efficiency was only 50% during the first year. Energy losses were experienced during charging and discharging of the battery (22%), as well as in the voltage conversion from 12V (solar PV system) to 5V (USB connection), where the losses add up to 28%. The initial voltage converter we built was pretty suboptimum (our solar charge controller doesn't have a built-in USB-connection), so we could build a better one, or switch to a 5V solar PV set-up.

Energy Storage
To increase the efficiency of the energy storage, we could replace the lead-acid batteries with more expensive lithium-ion batteries, which have lower charge/discharge losses (small-scale compressed air energy storage system

(CAES). Although low pressure CAES systems have similar efficiency to lead-acid batteries, they have much lower embodied energy due to their long life expectancy (decades instead of years).

Energy Source
Another way to lower the embodied energy is to switch renewable energy source. Solar PV power has high embodied energy compared to alternatives such as wind, water, or human power. These power sources could be harvested with little more than a generator and a voltage regulator – as the rest of the power plant could be built out of wood. Furthermore, a water-powered website wouldn’t require high-tech energy storage. If you’re in a cold climate, you could even operate a website on the heat of a wood stove, using a thermo-electric generator.

Solar Tracker
People who have a good supply of wind or water power could build a system with lower embodied energy than ours. However, unless the author starts powering his website by hand or foot, we’re pretty much stuck with solar power. The biggest improvement we could make is to add a solar tracker that makes the panel follow the sun, which could increase electricity generation by as much as 30%, and allow us to obtain a better uptime with a smaller panel.

Let’s Scale Things Up !
A final way to improve the sustainability of our system would be to scale it up: run more websites on a server, and run more (and larger) servers on a solar PV system. This set-up would have much lower embodied energy than an oversized system for each website alone.


Table 5: Different solar setups includes embobied energy of the server and charge controller. From original article.

Solar Webhosting Company
If we were to fill the author’s balcony with solar panels and start a solar powered webhosting company, the embodied energy per unique visitor would decrease significantly. We would need only one server for multiple websites, and only one solar charge controller for multiple solar panels.

Voltage conversion would be more energy efficient, and both solar and battery power could be shared by all websites, which brings economies of scale.

Of course, this is the very concept of the data center, and although we have no ambition to start such a business, others could take this idea forward: towards a data center that is run just as efficiently as any other data center today, but which is powered by renewables and goes off-line when the weather is bad.

Add More Websites
We found that the capacity of our server is large enough to host more websites, so we already took a small step towards economies of scale by moving the Spanish and French versions of Low-tech Magazine to the solar powered server (as well as some other translations).

Although this move will increase our operational energy use and potentially also our embodied energy use, we also eliminate other websites that are or were hosted elsewhere. We also have to keep in mind that the number of unique visitors to Low-tech Magazine may grow in the future, so we need to become more energy efficient just to maintain our environmental footprint.

Combine Server and Lighting
Another way to achieve economies of scale would give a whole new twist to the idea. The solar powered server is part of the author’s household, which is also partly powered by off-grid solar energy. We could test different sizes of batteries and solar panels – simply swapping components between solar installations.

When we were running the server on the 50 W panel, the author was running the lights in the living room on a 10W panel – and was often left sitting in the dark. When we were running the server on the 10 W panel, it was the other way around: there was more light in the household, at the expense of a lower server uptime.

Let’s say we run both the lights and the server on one solar PV system. It would lower the embodied energy if both systems are considered, because only one solar charge controller would be needed.

Furthermore, it could result in a much smaller battery and solar panel (compared to two separate systems), because if the weather gets bad, the author could decide not to use the lights and keep the server online – or the other way around. This flexibility is not available now, because the server is the only load and its power use cannot be easily manipulated.

Energy Use in the Network
As far as we know, ours is the first life cycle analysis of a website that runs entirely on renewable energy and includes the embodied energy of its power and energy storage infrastructure. However, this is not, of course, the total energy use associated with this website.

There’s also the operational and embodied energy of the network infrastructure (which includes our router, the internet backbone, and the mobile phone network), and the operational and embodied energy of the devices that our visitors use to access our website: smartphones, tablets, laptops, desktops. Some of these have low operational energy use, but they all have very limited lifespans and thus high embodied energy.

Energy use in the network is directly related to the bit rate of the data traffic that runs through it, so our lightweight website is just as efficient in the communication network as it is on our server. However, we have very little influence over which devices people use to access our website, and the direct advantage of our design is much smaller here than in the network.

For example, our website has the potential to increase the life expectancy of computers, because it’s light enough to be accessed with very old machines. Unfortunately, our website alone will not make people use their computers for longer.

That said, both the network infrastructure and the end-use devices could be re-imagined along the lines of the solar powered website – downscaled and powered by renewable energy sources with limited energy storage.

Parts of the network infrastructure could go off-line if the local weather is bad, and your e-mail may be temporarily stored in a rainstorm 3.000 km away. This type of network infrastructure actually exists in some countries, and those networks partly inspired this solar powered website. The end-use devices could have low energy use and long life expectancy.

Because the total energy use of the internet is usually measured to be roughly equally distributed over servers, network, and end-use devices (all including the manufacturing of the devices), we can make a rough estimate of the total energy use of this website throughout a re-imagined internet.

For our original set-up with 95.2% uptime, this would be 87.6 kWh of primary energy, which corresponds to 9 litres of oil and 27 kg of CO2. The improvements we outlined earlier could bring these numbers further down, because in this calculation the whole internet is powered by oversized solar PV systems on balconies.

Authors: Kris De Decker, Roel Roscam Abbing, Marie Otsuka
llustrations by Diego Marmolejo.

Thanks to Kathy Vanhout, Adriana Parra and Gauthier Roussilhe.

The Big Tech Backlash

SUBHEAD: Elizabeth Warren agreed with Trump on China, now Bernie Sanders agrees with him about Amazon.

By Raul Illargi Meijer on 5 April 2018 for the Automatic Earth -
(https://www.theautomaticearth.com/2018/04/the-big-tech-backlash-of-2018/)


Image above: Kiva’s squat orange robots, which pick and move merchandise for Amazon could prove essential to helping Amazon return to profitability. From (https://www.bostonglobe.com/business/2013/12/01/will-amazon-owned-robot-maker-sell-tailer-rivals/FON7bVNKvfzS2sHnBHzfLM/story.html).

Something must be terribly wrong with the world. A few days ago Elizabeth Warren agreed with Trump on China, now Bernie Sanders agrees with him about Amazon. What’s happening?
Bernie Sanders Agrees With Trump: Amazon Has Too Much Power
Independent Vermont senator and 2016 presidential hopeful Bernie Sanders echoed President Donald Trump in expressing concern about retail giant Amazon. Sanders said that he felt Amazon had gotten too big on CNN’s “State of the Union” Sunday, and added that Amazon’s place in society should be examined.
“And I think this is, look, this is an issue that has got to be looked at. What we are seeing all over this country is the decline in retail. We’re seeing this incredibly large company getting involved in almost every area of commerce. And I think it is important to take a look at the power and influence that Amazon has,” said Sanders.
A backlash against Facebook, a backlash against Amazon. Are these things connected? Actually, yes, they are connected. But not in a way that either Trump or Sanders has clued in to. Someone who has, a for now lone voice, is David Stockman. Here’s what he wrote last week.

The Donald’s Blind Squirrel Nails An Acorn
It is said that even a blind squirrel occasionally finds an acorn, and so it goes with the Donald. Banging on his Twitter keyboard in the morning darkness, he drilled Jeff Bezos a new one – or at least that’s what most people would call having their net worth lightened by about $2 billion:
“I have stated my concerns with Amazon long before the Election. Unlike others, they pay little or no taxes to state & local governments, use our Postal System as their Delivery Boy (causing tremendous loss to the U.S.), and are putting many thousands of retailers out of business!” You can’t get more accurate than that. Amazon is a monstrous predator enabled by the state, but Amazon’s outrageous postal subsidy – a $1.46 gift card from the USPS stabled on each box – isn’t the half of it. 
The real crime here is that Amazon has been exempted from making a profit, and the culprit is the Federal Reserve’s malignant regime of Bubble Finance. The latter has destroyed financial discipline entirely and turned the stock market into the greatest den of speculation in human history. That’s why Bezos can kill established businesses with impunity. 
The casino allows him to run a pernicious business model based on “price to destroy”, rather than price for profit and a return on capital. Needless to say, under a regime of sound money and honest capital markets Amazon would be a far more benign economic creature. That’s because no real investors would value AMZN’s money-loosing e-Commerce business at $540 billion – nor even a small fraction of that after 25-years of profitless growth.
The bubble economy, the everything bubble, that we have been forced into, with QE, ultra-low rates, central banks buying trillions in what at least used to be assets, and massive buybacks that allow companies to raise their ‘value’ into the stratosphere, has enabled a company like Amazon to kill off its competition, which consists of many thousands of retailers, that do have to run a profit.

It’s a money scheme that allows many of the most ‘valuable’ tech companies to elbow their way into our lives, in ways that may seem beneficial to us at first, but in reality will only leave us behind with much less choice, far less competition, and many, many fewer jobs. Once it’s done someone will mention ‘scorched earth’. But for now they are everybody’s darlings; they are, don’t you know, the tech giants, the brainchildren of the best that the best among us have to offer.

They don’t all work the exact same way, which may make it harder to recognize what they have in common. For some it’s easier to see than for others. It’s also difficult to list them all. Here’s a few: Apple, Amazon, Facebook, Google (Alphabet), Tesla, Uber, Airbnb, Monsanto. Let’s go through the list.
Apple
Yes, Apple too. But they make real things! Yes, but just as Apple CEO Tim Cook seeks to distance his company from the likes of Facebook on morals and ethics, he can’t deny that Apple sells a zillion phones to a large extent because everybody uses them to look at Facebook and Alphabet apps until their faces are blue. If data ethics are the only problem Cook sees, he’s in trouble.

Silicon Valley infighting shows that the industry does have an idea what is going wrong, in ways that should have already led to many more pronounced worries and investigations.
Silicon Valley Rivals Take Shots At Facebook
Mr. Cook, who has long sought to differentiate Apple on privacy matters, contrasted its focus on selling devices with Facebook and Google’s ad-based businesses that are built on user data. Asked what he would do if he were Facebook CEO Mark Zuckerberg, Mr. Cook replied: “I wouldn’t be in this situation.”
Facebook’s newsfeed, he wrote, “manipulates your worldview and seeks to maximally waste your time.”[..] Days earlier, François Chollet, an artificial intelligence engineer at Google, sought to draw a line between his company and Facebook. He tweeted that Google products like search and Gmail help users “to do more, to know more.”  
[..] In January, Salesforce.com CEO Marc Benioff, whose company sells business software services, said that the addictive nature of social media means it should be regulated like a health issue.“I think that you do it exactly the same way that you regulated the cigarette industry,” Mr. Benioff told CNBC when asked how Facebook should be regulated. Some of the most cutting rebukes have come from people who know Facebook well. 
In November, Sean Parker, the founding president of Facebook, said that Facebook executives, including himself, were “exploiting a vulnerability in human psychology” by designing a platform built on social validation. Mr. Parker didn’t respond to a request for comment. 
Facebook generally hasn’t responded to the criticism, but it did after sharp comments from its former vice president of growth, Chamath Palihapitiya. “The short-term, dopamine-driven feedback loops that we have created are destroying how society works,” Mr. Palihapitiya said at a talk at Stanford University in November.

I would expect to hear a lot more of that sort of thing. Big Tech is changing the world in more ways than one. And spying on people Facebook-style is merely one of a long list of them. So yes, Apple certainly also belongs in that list. Facebook doesn’t build the devices people use to see what their friends had for breakfast, Apple does that. Moreover, Apple profits hugely from stock buybacks, so it fits in Stockman’s bubble finance definition of Amazon, too.

The failure of politics to investigate, and act against, those dopamine-driven feedback loops which exploit a vulnerability in human psychology in order to maximally waste your time and sell you product after product that you never (knew you) wanted is downright bizarre. Politicians only started talking about Facebook when a topic connected to Trump and Russia was linked to it.
Amazon
Trump can’t act fast enough on the tax situation and the US Postal deal. Not that that will solve the issue. Amazon, like all the companies on my list, can only be cut down to size if and when the everything bubble is. They are, after all, its children.

The most pernicious aspect of the Amazon ‘business model’, which all these firms share, and all are able to live by thanks to the central banks and the “greatest den of speculation in human history” they have created, is the prospect of world domination in their respective fields. They all hold in front of speculators the promise that they can crush all competition, or nearly all. Scorched earth, flat earth.

Facebook
Their place in the list is obvious. What is it, 2.5 billion users? And what they don’t have is divvied up between them and Google when they buy up apps like Instagram. Officially competitors, but they have the exact same goals. And, like me, you may think: what’s the problem, just ban them from collecting all that data. Facebook has no reason to know, at least not one that serves us, where you were last Friday, and with whom. And just in case you missed that bit, they do.

But there their connection to the intelligence world comes in. Their platforms are better than anything the NSA has ever been able to develop. So we can say we don’t want Zuckerberg and Alphabet spying on us, but our own spies do want to do just that. That makes any kind of backlash much harder to succeed. And it doesn’t matter if you delete your Facebook account, they’ll find you anyway. Friend of a friend. We all have friends who are on Facebook, rinse and repeat.

The only hope there is, with Facebook as with the other companies, is for investors and speculators to dump their holdings in massive numbers. And that will only happen when the central bank Ponzi collapses. And it will, but by then we have a whole new set of problems.

Google
Largely the same set of issues that Facebook has. Its tentacles are everywhere. Former CEO Eric Schmidt’s connections to the Pentagon should be really all you need to know. The EU may have issued all sorts of complaints and fines on competition grounds, but that makes no difference.

The one country with an effective response to Google and Facebook is China, that has largely banned both and built its own versions of their products. Which allows Beijing to ban people from boarding planes, buying homes etc., if their ‘social credit’ is deemed too low. If you want to be scared about where Big Tech’s powers can lead, look no further.
Tesla
Elon Musk has built a fantasy (and maybe I should put Paypal in this list too) on what everyone thinks must be done to ‘save the planet’ (yeah, build cars…) by grossly overstating the number of cars he can build, and financing his growth on not only speculation, but also on spectacular amounts of government subsidies (politicians want to save the planet, too).

And now he needs additional financing again. He will probably get it, again, but the Amazon backlash might have people take another look. One fine day… Fits David Stockman’s complaint to a t(ee), doesn’t have to make a profit. Musk has perfected that model.
Uber & Airbn
Why anyone anywhere would want to send money generated in their community, by renting out cars and apartments in that same community, to a bunch of people in Silicon Valley, is beyond me. Someone should set this up as an international effort that makes it easy for a community, a city etc., to provide this kind of service and make the profits benefit their own cities.

But like Amazon, they are free to run any competition into the ground because no profits are required until they have conquered the world. And then they can go nuts. It may look like a business model, but it isn’t. It’s a soon to be orphaned bubble child..
Monsanto
Less obvious perhaps as an entry in the Big Tech list, but very much warranting a spot. And of course it stands for the entire chemical-seeds field. From Agent Orange to your children’s dinner plate. Monsanto has more lawyers and lobbyists on its payroll than it has scientists, but then its lofty goals outdo even those of Google or Amazon.

Facebook may focus on your addiction to human contact, but Bayer, DuPont, Syngenta et al have decided to make your food so addicted to their chemicals that they will in the future profit from every bite served on your table. How they will grow that food long term without any insects, bees or birds left is unclear, but they don’t seem to care much. As for profits? Monsanto seeks to rule the world, and for now care as little about profits as they do about insects.

Zuckerberg may claim that he only wants to improve Facebook’s service, but when that is done through for instance the 2012 so-called Transmission of Anger experiment in which the company tried to alter their users’ emotional states -and succeeded-, by manipulating their friends’ postings, that claim becomes pure ridicule. Selling off user data to scores of developers doesn’t help either. But do you see Congress tackling him in any serious way next week? Neither do I.

Because there’s one huge catch to the scenario that David Stockman -and I- painted, of the whole tech bubble collapsing when the financial bubble does. It is the links tech companies have built to intelligence. A group of Google employees wrote a letter to their CEO Sundar Pichai to protest the company’s involvement in “weaponized AI”, in the shape of Project Maven, a military surveillance engine to-be.

These people undoubtedly mean well, but they’re far too late. They will have to leave the “don’t be evil” company to actually not be evil. Because it’s not a big step from weaponized AI to killer robots. Microsoft is also part of the project, and Amazon is. If you work there and don’t want to be evil, you know what to do.

Yeah, it’s about our safety, and security, and political and military and economic power. But it’s also about spying on people, in even worse ways than Facebook does. So even as the central bank bubble, and the tech bubble, go poof, some of these companies may be saved by their military ties.

That sound you hear is George Orwell turning in his grave.

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Building your own internet

SUBHEAD: A digital justice project is putting people online and providing technology training in Detroit.

By J. Gabriel Ware on 26 march 2018 for Yes Magazine -
(http://www.yesmagazine.org/people-power/when-they-couldnt-afford-internet-service-they-built-their-own-20180326)


Image above: Dwight Roston is drilling on the roof of a home in Detroit’s Islandview neighborhood on the city’s east side. From original article.

Dwight Roston is part of a team that is setting up a wireless internet connection. The home is just one of 150 designated households in the city to receive free internet service by the end of the year.

In 2016, a coalition of media, tech, and community organizations launched the Equitable Internet Initiative, a project that will result in the construction of wireless broadband internet networks across three underserved Detroit neighborhoods.

Leading the initiative is the Detroit Community Technology Project (DCTP), a digital justice project sponsored by Allied Media Projects. Each network will provide wireless internet service to 50 households per neighborhood, according to Diana Nucera, executive director of DCTP.

“During the economic and housing crisis, communities had to fend for themselves,” Nucera says.

“Media and technology play such a vital role in economic opportunities, but the tech industry doesn’t really think about community organizing.”

That’s why, she explains, “we developed this approach called community technology.”

Detroit has one of the most extreme digital divides in the country, with more than 60% of low-income residents without broadband in their homes. According to a recent report from the Brookings Institution, residents in low-income or rural neighborhoods are the least likely to have broadband subscriptions.

Even discounted municipal or corporate broadband subscriptions, if available, are not necessarily alternatives for many families. After all, affordability is relative.

Last year, the United Nations declared internet access a human right. But like running water, which was also declared a human right by the U.N., it is considered a paid service in the United States. In 2016, a U.S. federal court ruled that the high-speed internet service can be defined as a utility, such as gas and electricity.

And as is the case with access to most utilities, there is a large gap between those who can afford internet service and those who cannot.

This digital divide, which includes lack of access to computers, is a barrier to success in day-to-day life tasks, so much of which is done online—from paying bills and other financial management to obtaining voting information, from completing homework to communicating with a child’s school.

The coalition raised just under $1 million from local and national foundations to finance the Equitable Internet Initiative. Funds were used to hire employees, buy equipment, and internet bandwidth.

They purchased three discounted wholesale gigabit connections from Rocket Fiber, a Detroit-based high-speed internet service provider. Their contract with Rocket Fiber allows the coalition to share its connection with the community—a provision not allowed by other companies.

Each neighborhood is represented by a partnering organization, whose locale is used as the central connection hub for service. In Islandview, it’s the Church of Messiah, a non-traditional Episcopal church. An antenna sits atop the roof and receives a point-to-point wireless connection from Rocket Fiber, which is then shared to the 50 designated households.

The community members are responsible for installation. DCTP trains a representative of the partnering organization, who then trains five to seven neighbors to install the equipment. These digital stewards, who Nucera says had no previous technical experience, are responsible for “building the networks.”

They mount CPE (customer premise equipment) dishes on top of the homes, which receive a signal from the hubs. Finally, they run cables from the dishes to the routers inside the homes.

Roston, a digital steward, says the work was foreign to him.

“Being a digital steward was completely out of the range of what I usually do,” he says. “I was so used to using the internet— all the software and everything—but I didn’t know how internet networks work.”

So far, he’s helped with getting 19 of the 50 designated households in the Islandview neighborhood online.

Wallace Gilbert Jr. is responsible for recruiting Roston. Gilbert is the assistant pastor of the Church of Messiah, and he’s also a digital steward trainer. He has worked in tech for 30 years and for the past several years has been teaching neighborhood youth to build and repair personal computers to take home. Digital literacy is among the needs of the community that the church provides.

One day Gilbert noticed quite a number of the children were using the church computers to complete homework assignments. “I asked one of the fellas why was he using the computer [at the church] when I know I helped him build a high-end computer,” he explains. “He told me that he didn’t have the internet at home.”

It was then, Gilbert says, he realized that the computers were useless if the youth couldn’t access the internet.

The Federal Communication Commission’s Broadband Task Force reported that approximately 70%  of teachers assign homework requiring access to broadband. According to the same report, 70% is also the rate of school-aged children in Detroit who don’t have internet access at home.

A mission of both The Church of Messiah and the Detroit Community Technology Project is to increase young people’s access to and facility with technology. This is why Gilbert and the church joined the Equitable Internet Initiative.

Nucera says the three-neighborhood project is about 50% complete. The coalition’s contract with Rocket Fiber expires next year, but another internet service provider has agreed to extend service for an additional three years. The next and final phase of the project involves developing a business model so that the residents will continue to have internet after the second contract ends.

This element of self-determination is also motivating, Roston says.

“You don’t ever want to give somebody something that they did not have and couldn’t do without and then take it away from them,” he says.

The bottom-up approach of having residents directly involved in building the internet, Nucera says, is a model that also strengthens community relationships, increases civic engagement, and redistributes political and economic power to otherwise marginalized neighborhoods

“If the community has ownership of the infrastructure, then they’re more likely to participate in its maintenance, evolution, and innovation,” she explains. “That’s what we believe leads to sustainability.”

The project is a model for any neighborhood, though, even at a small scale.

“I don’t want people to think that this can only be done with a million dollars,” Nucera says. “There’s different scales to this model. Two neighbors can come together and share internet, and they continue adding people to the network until it grows as to how big as they want it.”

See also:
Ea O Ka Aina: Indigenous groups start telecom 11/3/16
Ea O Ka Aina: Build a local low-tech internet 9/12/16
Ea O Ka Aina: Internet Economics 5/21/09




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FCC trashes Net Neutrality

SUBHEAD:The FCC ignored 18 state attorneys general who asked that the vote be delayed.

By Ryan Grenoble on 14 December 2017 for Huffington Post -
(https://www.huffingtonpost.com/entry/net-neutrality-rules-repealed_us_5a31a282e4b01bdd7659c5c4?ncid=inblnkushpmg00000009)


Image above: Possible result of end of net neutrality are fees for packages of high speed access to popular websites where there are no charges today. From (https://www.reddit.com/r/LateStageCapitalism/comments/6mtjaw/the_internet_if_the_fcc_win/).

[IB Publisher's note: This decision by the Republican controlled FCC may affect your access to this website in the future. The voices of small independent blogs and websites may be eclipsed by large commercial access providers and those who can afford to pay big bucks for bandwidth. We hope this backfires politically on the tone deaf Trumpsters. People want the internet free and fair. Fuck the corporate stooges like Trump's FCC Chairman Ajit Pai.]

In a victory for internet service providers like AT&T, Comcast and Verizon, the Federal Communications Commission voted Thursday to repeal net neutrality rules.

FCC Commissioner Ajit Pai, who was appointed by President Donald Trump, forged ahead with the vote, despite widespread opposition and a request from 18 state attorneys general to delay it over concerns that the public comment process was corrupted by fraudulent messages. The repeal proposal passed 3-2 on party lines.

The hearing was temporarily delayed — and the room evacuated — by a bomb threat before Pai could cast the fifth and final vote. Commissioners were permitted to continue after police and dogs searched the empty chamber.

The repeal rolls back so-called “Title II” regulations that classified the internet as a public utility, and which, among other things, required internet service providers, or ISPs, to treat all of the data traveling on their networks equally.

Without the protections of Title II, those ISPs can now legally begin treating data from some websites differently than others.

So Comcast, for instance, could charge customers who use Netflix extra for using so much bandwidth; AT&T could, in theory, decide to block access to some websites entirely; or Verizon, which owns HuffPost’s parent company Oath, could hypothetically decide wireless customers won’t be charged data when they’re viewing HuffPost content.

(HuffPost’s union is represented by the Writers Guild of America, East, which supports net neutrality and opposed its repeal.)

Immediately after Thursday’s vote, New York Attorney General Eric Schneiderman pledged to sue to halt the FCC’s actions.

In Congress, Sen. Ed Markey (D-Mass.) joined with 15 other senators to contest the FCC decision via a Congressional Review Act (CRA) resolution.

“We will fight the FCC’s decisions in the courts, and we will fight it in the halls of Congress,” Markey said in a statement. “With this CRA, Congress can correct the Commission’s misguided and partisan decision and keep the internet in the hands of the people, not big corporations.”

Large tech companies like Netflix and Twitter also reiterated their support for the now-defunct rules.

In a conference call with reporters Wednesday ahead of the vote, telecom industry executives sought to calm the storm of public opinion.

Michael Powell, the head of the National Cable & Telecommunications Association and a former FCC chairman, argued that just because it’s now legal for ISPs to discriminate against internet traffic and create fast lanes doesn’t mean they will.

“We can’t live by a principle that just because there isn’t a rule banning something, it doesn’t mean necessarily that something is going to happen,” he said.

“There are a lot of things in our society we don’t expressly prohibit, but it doesn’t mean that they’re going to happen,” he added. “There’s no law that says I can’t paint my house hot pink, but I assure you I have no intention of doing it.”

He called arguments to the contrary — that ISPs are only repealing net neutrality rules so they can engage in the sort of behavior that would otherwise have been prohibited — “a very lazy and unfounded way of looking at the problem.”

While ISPs have previously pledged not to prioritize web traffic in this manner, under the new rules, customers can’t do much but take them at their word. And their word is no ironclad guarantee.

Last week, Comcast quietly altered a net neutrality pledge that had been on its website since 2014, removing a promise that it wouldn’t “prioritize internet traffic or create paid fast lanes” and replacing it with a much more cautious pledge to “not block, throttle, or discriminate against lawful content.” If Comcast decides on a whim to change its pledge again next week, it absolutely can.

In addition to repealing net neutrality, the new FCC rules also strip state and local governments of the power to enact their own laws regulating broadband service.

That provision alarmed a group of nearly five dozen mayors from across the political spectrum, who signed a public letter last week slamming the FCC’s actions as a “stark, inexplicable, and unwarranted attack on the constitutional principles that lie at the heart of our system of government.”

A collective of internet activist groups that have united under the banner of “Team Internet” responded to the repeal by calling on Congress to review and overturn the FCC’s action.

“The telecom industry spent millions lobbying and spreading misinformation to pit Internet users against each other and turn net neutrality into a partisan issue,” the group said in an emailed statement to HuffPost. “They have failed.”

“Net neutrality has more public support now than it ever has before. Internet users are educated, outraged, and strategic, and they know that Congress has the power to overturn the FCC vote,” the statement continued.

“Lawmakers cannot hide from their constituents on this issue. The Internet has given ordinary people more power than ever before. We’re going to fight tooth and nail to make sure no one takes that power away.”
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You are Facebook's product


SUBHEAD: Zuckerberg at his keyboard after a few drinks creating a website to compare people’s appearance.

By John Lanchester on 17 August 2017 for London Review of Books -
(https://www.lrb.co.uk/v39/n16/john-lanchester/you-are-the-product)
(http://www.zerohedge.com/news/2017-09-02/facebook-exposed-you-are-product


Image above: Mark Zuckerberg and wife kicking back in Hanalei on Kauai after purchasing a large oceanfront property. From (https://hawaiibusinessonline.com/mark-zuckerberg-responds-to-news-about-kauai-land-deal/).

At the end of June, Mark Zuckerberg announced that Facebook had hit a new level: two billion monthly active users. That number, the company’s preferred ‘metric’ when measuring its own size, means two billion different people used Facebook in the preceding month. It is hard to grasp just how extraordinary that is.

Bear in mind that thefacebook – its original name – was launched exclusively for Harvard students in 2004.

No human enterprise, no new technology or utility or service, has ever been adopted so widely so quickly. The speed of uptake far exceeds that of the internet itself, let alone ancient technologies such as television or cinema or radio.

Also amazing: as Facebook has grown, its users’ reliance on it has also grown. The increase in numbers is not, as one might expect, accompanied by a lower level of engagement. More does not mean worse – or worse, at least, from Facebook’s point of view. On the contrary.

In the far distant days of October 2012, when Facebook hit one billion users, 55 per cent of them were using it every day. At two billion, 66 per cent are.

Its user base is growing at 18 per cent a year – which you’d have thought impossible for a business already so enormous. Facebook’s biggest rival for logged-in users is YouTube, owned by its deadly rival Alphabet (the company formerly known as Google), in second place with 1.5 billion monthly users.

Three of the next four biggest apps, or services, or whatever one wants to call them, are WhatsApp, Messenger and Instagram, with 1.2 billion, 1.2 billion, and 700 million users respectively (the Chinese app WeChat is the other one, with 889 million).

Those three entities have something in common: they are all owned by Facebook. No wonder the company is the fifth most valuable in the world, with a market capitalisation of $445 billion.

Zuckerberg’s news about Facebook’s size came with an announcement which may or may not prove to be significant. He said that the company was changing its ‘mission statement’, its version of the canting pieties beloved of corporate America. Facebook’s mission used to be ‘making the world more open and connected’.

A non-Facebooker reading that is likely to ask: why? Connection is presented as an end in itself, an inherently and automatically good thing. Is it, though?

Flaubert was sceptical about trains because he thought (in Julian Barnes’s paraphrase) that ‘the railway would merely permit more people to move about, meet and be stupid.’

You don’t have to be as misanthropic as Flaubert to wonder if something similar isn’t true about connecting people on Facebook. For instance, Facebook is generally agreed to have played a big, perhaps even a crucial, role in the election of Donald Trump.

The benefit to humanity is not clear. This thought, or something like it, seems to have occurred to Zuckerberg, because the new mission statement spells out a reason for all this connectedness.

It says that the new mission is to ‘give people the power to build community and bring the world closer together’.

Hmm. Alphabet’s mission statement, ‘to organise the world’s information and make it universally accessible and useful’, came accompanied by the maxim ‘Don’t be evil,’ which has been the source of a lot of ridicule: Steve Jobs called it ‘bullshit’. Which it is, but it isn’t only bullshit. Plenty of companies, indeed entire industries, base their business model on being evil.

The insurance business, for instance, depends on the fact that insurers charge customers more than their insurance is worth; that’s fair enough, since if they didn’t do that they wouldn’t be viable as businesses.

What isn’t fair is the panoply of cynical techniques that many insurers use to avoid, as far as possible, paying out when the insured-against event happens.

Just ask anyone who has had a property suffer a major mishap. It’s worth saying ‘Don’t be evil,’ because lots of businesses are. This is especially an issue in the world of the internet. Internet companies are working in a field that is poorly understood (if understood at all) by customers and regulators.

The stuff they’re doing, if they’re any good at all, is by definition new. In that overlapping area of novelty and ignorance and unregulation, it’s well worth reminding employees not to be evil, because if the company succeeds and grows, plenty of chances to be evil are going to come along.

Google and Facebook have both been walking this line from the beginning. Their styles of doing so are different.

An internet entrepreneur I know has had dealings with both companies. ‘YouTube knows they have lots of dirty things going on and are keen to try and do some good to alleviate it,’ he told me. I asked what he meant by ‘dirty’. ‘Terrorist and extremist content, stolen content, copyright violations.

That kind of thing. But Google in my experience knows that there are ambiguities, moral doubts, around some of what they do, and at least they try to think about it.

Facebook just doesn’t care. When you’re in a room with them you can tell. They’re’ – he took a moment to find the right word – ‘scuzzy’.

That might sound harsh. There have, however, been ethical problems and ambiguities about Facebook since the moment of its creation, a fact we know because its creator was live-blogging at the time. The scene is as it was recounted in Aaron Sorkin’s movie about the birth of Facebook, The Social Network.

While in his first year at Harvard, Zuckerberg suffered a romantic rebuff. Who wouldn’t respond to this by creating a website where undergraduates’ pictures are placed side by side so that users of the site can vote for the one they find more attractive? (The film makes it look as if it was only female undergraduates: in real life it was both.) The site was called Facemash. In the great man’s own words, at the time:
I’m a little intoxicated, I’m not gonna lie. So what if it’s not even 10 p.m. and it’s a Tuesday night? What? The Kirkland dormitory facebook is open on my desktop and some of these people have pretty horrendous facebook pics. I almost want to put some of these faces next to pictures of some farm animals and have people vote on which is the more attractive … Let the hacking begin.
As Tim Wu explains in his energetic and original new book The Attention Merchants, a ‘facebook’ in the sense Zuckerberg uses it here ‘traditionally referred to a physical booklet produced at American universities to promote socialisation in the way that “Hi, My Name Is” stickers do at events; the pages consisted of rows upon rows of head shots with the corresponding name’.

Harvard was already working on an electronic version of its various dormitory facebooks. The leading social network, Friendster, already had three million users.

The idea of putting these two things together was not entirely novel, but as Zuckerberg said at the time, ‘I think it’s kind of silly that it would take the University a couple of years to get around to it. I can do it better than they can, and I can do it in a week.’

Wu argues that capturing and reselling attention has been the basic model for a large number of modern businesses, from posters in late 19th-century Paris, through the invention of mass-market newspapers that made their money not through circulation but through ad sales, to the modern industries of advertising and ad-funded TV.

Facebook is in a long line of such enterprises, though it might be the purest ever example of a company whose business is the capture and sale of attention. Very little new thinking was involved in its creation. As Wu observes, Facebook is ‘a business with an exceedingly low ratio of invention to success’.

What Zuckerberg had instead of originality was the ability to get things done and to see the big issues clearly. The crucial thing with internet start-ups is the ability to execute plans and to adapt to changing circumstances.

It’s Zuck’s skill at doing that – at hiring talented engineers, and at navigating the big-picture trends in his industry – that has taken his company to where it is today. Those two huge sister companies under Facebook’s giant wing, Instagram and WhatsApp, were bought for $1 billion and $19 billion respectively, at a point when they had no revenue.

No banker or analyst or sage could have told Zuckerberg what those acquisitions were worth; nobody knew better than he did. He could see where things were going and help make them go there. That talent turned out to be worth several hundred billion dollars.

Jesse Eisenberg’s brilliant portrait of Zuckerberg in The Social Network is misleading, as Antonio García Martínez, a former Facebook manager, argues in Chaos Monkeys, his entertainingly caustic book about his time at the company.

The movie Zuckerberg is a highly credible character, a computer genius located somewhere on the autistic spectrum with minimal to non-existent social skills. But that’s not what the man is really like.

In real life, Zuckerberg was studying for a degree with a double concentration in computer science and – this is the part people tend to forget – psychology. People on the spectrum have a limited sense of how other people’s minds work; autists, it has been said, lack a ‘theory of mind’. Zuckerberg, not so much.

He is very well aware of how people’s minds work and in particular of the social dynamics of popularity and status. The initial launch of Facebook was limited to people with a Harvard email address; the intention was to make access to the site seem exclusive and aspirational. (And also to control site traffic so that the servers never went down. Psychology and computer science, hand in hand.)

Then it was extended to other elite campuses in the US. When it launched in the UK, it was limited to Oxbridge and the LSE.

The idea was that people wanted to look at what other people like them were doing, to see their social networks, to compare, to boast and show off, to give full rein to every moment of longing and envy, to keep their noses pressed against the sweet-shop window of others’ lives.

This focus attracted the attention of Facebook’s first external investor, the now notorious Silicon Valley billionaire Peter Thiel. Again, The Social Network gets it right: Thiel’s $500,000 investment in 2004 was crucial to the success of the company. But there was a particular reason Facebook caught Thiel’s eye, rooted in a byway of intellectual history.

In the course of his studies at Stanford – he majored in philosophy – Thiel became interested in the ideas of the US-based French philosopher René Girard, as advocated in his most influential book, Things Hidden since the Foundation of the World. Girard’s big idea was something he called ‘mimetic desire’. Human beings are born with a need for food and shelter.

Once these fundamental necessities of life have been acquired, we look around us at what other people are doing, and wanting, and we copy them. In Thiel’s summary, the idea is ‘that imitation is at the root of all behaviour’.

Girard was a Christian, and his view of human nature is that it is fallen. We don’t know what we want or who we are; we don’t really have values and beliefs of our own; what we have instead is an instinct to copy and compare.

We are homo mimeticus. ‘Man is the creature who does not know what to desire, and who turns to others in order to make up his mind. We desire what others desire because we imitate their desires.’

Look around, ye petty, and compare. The reason Thiel latched onto Facebook with such alacrity was that he saw in it for the first time a business that was Girardian to its core: built on people’s deep need to copy.

‘Facebook first spread by word of mouth, and it’s about word of mouth, so it’s doubly mimetic,’ Thiel said. ‘Social media proved to be more important than it looked, because it’s about our natures.’

We are keen to be seen as we want to be seen, and Facebook is the most popular tool humanity has ever had with which to do that.



The view of human nature implied by these ideas is pretty dark. If all people want to do is go and look at other people so that they can compare themselves to them and copy what they want – if that is the final, deepest truth about humanity and its motivations – then Facebook doesn’t really have to take too much trouble over humanity’s welfare, since all the bad things that happen to us are things we are doing to ourselves.

For all the corporate uplift of its mission statement, Facebook is a company whose essential premise is misanthropic. It is perhaps for that reason that Facebook, more than any other company of its size, has a thread of malignity running through its story. The high-profile, tabloid version of this has come in the form of incidents such as the live-streaming of rapes, suicides, murders and cop-killings.

But this is one of the areas where Facebook seems to me relatively blameless. People live-stream these terrible things over the site because it has the biggest audience; if Snapchat or Periscope were bigger, they’d be doing it there instead.

In many other areas, however, the site is far from blameless. The highest-profile recent criticisms of the company stem from its role in Trump’s election.

There are two components to this, one of them implicit in the nature of the site, which has an inherent tendency to fragment and atomize its users into like-minded groups. The mission to ‘connect’ turns out to mean, in practice, connect with people who agree with you.

We can’t prove just how dangerous these ‘filter bubbles’ are to our societies, but it seems clear that they are having a severe impact on our increasingly fragmented polity. Our conception of ‘we’ is becoming narrower.

This fragmentation created the conditions for the second strand of Facebook’s culpability in the Anglo-American political disasters of the last year. The portmanteau terms for these developments are ‘fake news’ and ‘post-truth’, and they were made possible by the retreat from a general agora of public debate into separate ideological bunkers.

In the open air, fake news can be debated and exposed; on Facebook, if you aren’t a member of the community being served the lies, you’re quite likely never to know that they are in circulation. It’s crucial to this that Facebook has no financial interest in telling the truth.

No company better exemplifies the internet-age dictum that if the product is free, you are the product. Facebook’s customers aren’t the people who are on the site: its customers are the advertisers who use its network and who relish its ability to direct ads to receptive audiences.

Why would Facebook care if the news streaming over the site is fake? Its interest is in the targeting, not in the content.

This is probably one reason for the change in the company’s mission statement. If your only interest is in connecting people, why would you care about falsehoods?

They might even be better than the truth, since they are quicker to identify the like-minded. The newfound ambition to ‘build communities’ makes it seem as if the company is taking more of an interest in the consequence of the connections it fosters.

Fake news is not, as Facebook has acknowledged, the only way it was used to influence the outcome of the 2016 presidential election. On 6 January 2017 the director of national intelligence published a report saying that the Russians had waged an internet disinformation campaign to damage Hillary Clinton and help Trump.

‘Moscow’s influence campaign followed a Russian messaging strategy that blends covert intelligence operations – such as cyber-activity – with overt efforts by Russian government agencies, state-funded media, third-party intermediaries, and paid social media users or “trolls”,’ the report said.

At the end of April, Facebook got around to admitting this (by then) fairly obvious truth, in an interesting paper published by its internal security division. ‘Fake news’, they argue, is an unhelpful, catch-all term because misinformation is in fact spread in a variety of ways:

Information (or Influence) Operations – Actions taken by governments or organised non-state actors to distort domestic or foreign political sentiment.

False News – News articles that purport to be factual, but which contain intentional misstatements of fact with the intention to arouse passions, attract viewership, or deceive.

False Amplifiers – Co-ordinated activity by inauthentic accounts with the intent of manipulating political discussion (e.g. by discouraging specific parties from participating in discussion, or amplifying sensationalistic voices over others).

Disinformation – Inaccurate or manipulated information/content that is spread intentionally. This can include false news, or it can involve more subtle methods, such as false flag operations, feeding inaccurate quotes or stories to innocent intermediaries, or knowingly amplifying biased or misleading information.
The company is promising to treat this problem or set of problems as seriously as it treats such other problems as malware, account hacking and spam. We’ll see.

One man’s fake news is another’s truth-telling, and Facebook works hard at avoiding responsibility for the content on its site – except for sexual content, about which it is super-stringent.

Nary a nipple on show. It’s a bizarre set of priorities, which only makes sense in an American context, where any whiff of explicit sexuality would immediately give the site a reputation for unwholesomeness. Photos of breastfeeding women are banned and rapidly get taken down. Lies and propaganda are fine.

The key to understanding this is to think about what advertisers want: they don’t want to appear next to pictures of breasts because it might damage their brands, but they don’t mind appearing alongside lies because the lies might be helping them find the consumers they’re trying to target.

In Move Fast and Break Things, his polemic against the ‘digital-age robber barons’, Jonathan Taplin points to an analysis on Buzzfeed: ‘In the final three months of the US presidential campaign, the top-performing fake election news stories on Facebook generated more engagement than the top stories from major news outlets such as the New York Times, Washington Post, Huffington Post, NBC News and others.’ This doesn’t sound like a problem Facebook will be in any hurry to fix.

The fact is that fraudulent content, and stolen content, are rife on Facebook, and the company doesn’t really mind, because it isn’t in its interest to mind. Much of the video content on the site is stolen from the people who created it.

An illuminating YouTube video from Kurzgesagt, a German outfit that makes high-quality short explanatory films, notes that in 2015, 725 of Facebook’s top one thousand most viewed videos were stolen.

This is another area where Facebook’s interests contradict society’s. We may collectively have an interest in sustaining creative and imaginative work in many different forms and on many platforms. Facebook doesn’t. It has two priorities, as Martínez explains in Chaos Monkeys: growth and monetization.

It simply doesn’t care where the content comes from. It is only now starting to care about the perception that much of the content is fraudulent, because if that perception were to become general, it might affect the amount of trust and therefore the amount of time people give to the site.

Zuckerberg himself has spoken up on this issue, in a Facebook post addressing the question of ‘Facebook and the election’.

After a certain amount of boilerplate bullshit (‘Our goal is to give every person a voice. We believe deeply in people’), he gets to the nub of it.
‘Of all the content on Facebook, more than 99 per cent of what people see is authentic. Only a very small amount is fake news and hoaxes.’
More than one Facebook user pointed out that in their own news feed, Zuckerberg’s post about authenticity ran next to fake news. In one case, the fake story pretended to be from the TV sports channel ESPN.

When it was clicked on, it took users to an ad selling a diet supplement. As the writer Doc Searls pointed out, it’s a double fraud, ‘outright lies from a forged source’, which is quite something to have right slap next to the head of Facebook boasting about the absence of fraud.

Evan Williams, co-founder of Twitter and founder of the long-read specialist Medium, found the same post by Zuckerberg next to a different fake ESPN story and another piece of fake news purporting to be from CNN, announcing that Congress had disqualified Trump from office.
When clicked-through, that turned out to be from a company offering a 12-week program to strengthen toes. (That’s right: strengthen toes.) Still, we now know that Zuck believes in people. That’s the main thing.



A neutral observer might wonder if Facebook’s attitude to content creators is sustainable. Facebook needs content, obviously, because that’s what the site consists of: content that other people have created. It’s just that it isn’t too keen on anyone apart from Facebook making any money from that content.

Over time, that attitude is profoundly destructive to the creative and media industries. Access to an audience – that unprecedented two billion people – is a wonderful thing, but Facebook isn’t in any hurry to help you make money from it. If the content providers all eventually go broke, well, that might not be too much of a problem.

There are, for now, lots of willing providers: anyone on Facebook is in a sense working for Facebook, adding value to the company. In 2014, the New York Times did the arithmetic and found that humanity was spending 39,757 collective years on the site, every single day. Jonathan Taplin points out that this is ‘almost fifteen million years of free labor per year’. That was back when it had a mere 1.23 billion users.

Taplin has worked in academia and in the film industry. The reason he feels so strongly about these questions is that he started out in the music business, as manager of The Band, and was on hand to watch the business being destroyed by the internet.

What had been a $20 billion industry in 1999 was a $7 billion industry 15 years later. He saw musicians who had made a good living become destitute.

That didn’t happen because people had stopped listening to their music – more people than ever were listening to it – but because music had become something people expected to be free.

YouTube is the biggest source of music in the world, playing billions of tracks annually, but in 2015 musicians earned less from it and from its ad-supported rivals than they earned from sales of vinyl. Not CDs and recordings in general: vinyl.

Something similar has happened in the world of journalism. Facebook is in essence an advertising company which is indifferent to the content on its site except insofar as it helps to target and sell advertisements.

A version of Gresham’s law is at work, in which fake news, which gets more clicks and is free to produce, drives out real news, which often tells people things they don’t want to hear, and is expensive to produce.

In addition, Facebook uses an extensive set of tricks to increase its traffic and the revenue it makes from targeting ads, at the expense of the news-making institutions whose content it hosts. Its news feed directs traffic at you based not on your interests, but on how to make the maximum amount of advertising revenue from you.

In September 2016, Alan Rusbridger, the former editor of the Guardian, told a Financial Times conference that Facebook had ‘sucked up $27 million’ of the newspaper’s projected ad revenue that year. ‘They are taking all the money because they have algorithms we don’t understand, which are a filter between what we do and how people receive it.’

This goes to the heart of the question of what Facebook is and what it does. For all the talk about connecting people, building community, and believing in people, Facebook is an advertising company.

Martínez gives the clearest account both of how it ended up like that, and how Facebook advertising works. In the early years of Facebook, Zuckerberg was much more interested in the growth side of the company than in the monetization. That changed when Facebook went in search of its big payday at the initial public offering, the shining day when shares in a business first go on sale to the general public.

This is a huge turning-point for any start-up: in the case of many tech industry workers, the hope and expectation associated with ‘going public’ is what attracted them to their firm in the first place, and/or what has kept them glued to their workstations. It’s the point where the notional money of an early-days business turns into the real cash of a public company.

Martínez was there at the very moment when Zuck got everyone together to tell them they were going public, the moment when all Facebook employees knew that they were about to become rich:
I had chosen a seat behind a detached pair, who on further inspection turned out to be Chris Cox, head of FB product, and Naomi Gleit, a Harvard grad who joined as employee number 29, and was now reputed to be the current longest-serving employee other than Mark.

Naomi, between chats with Cox, was clicking away on her laptop, paying little attention to the Zuckian harangue. I peered over her shoulder at her screen. She was scrolling down an email with a number of links, and progressively clicking each one into existence as another tab on her browser. Clickathon finished, she began lingering on each with an appraiser’s eye. They were real estate listings, each for a different San Francisco property.
Martínez took note of one of the properties and looked it up later. Price: $2.4 million. He is fascinating, and fascinatingly bitter, on the subject of class and status differences in Silicon Valley, in particular the never publicly discussed issue of the huge gulf between early employees in a company, who have often been made unfathomably rich, and the wage slaves who join the firm later in its story. ‘The protocol is not to talk about it at all publicly.’

But, as Bonnie Brown, a masseuse at Google in the early days, wrote in her memoir, ‘a sharp contrast developed between Googlers working side by side. While one was looking at local movie times on their monitor, the other was booking a flight to Belize for the weekend. How was the conversation on Monday morning going to sound now?’

When the time came for the IPO, Facebook needed to turn from a company with amazing growth to one that was making amazing money. It was already making some, thanks to its sheer size – as Martínez observes, ‘a billion times any number is still a big fucking number’ – but not enough to guarantee a truly spectacular valuation on launch.

It was at this stage that the question of how to monetize Facebook got Zuckerberg’s full attention. It’s interesting, and to his credit, that he hadn’t put too much focus on it before – perhaps because he isn’t particularly interested in money per se. But he does like to win.

The solution was to take the huge amount of information Facebook has about its ‘community’ and use it to let advertisers target ads with a specificity never known before, in any medium. Martínez:
‘It can be demographic in nature (e.g. 30-to-40-year-old females), geographic (people within five miles of Sarasota, Florida), or even based on Facebook profile data (do you have children; i.e. are you in the mommy segment?).’ Taplin makes the same point:
If I want to reach women between the ages of 25 and 30 in zip code 37206 who like country music and drink bourbon, Facebook can do that. Moreover, Facebook can often get friends of these women to post a ‘sponsored story’ on a targeted consumer’s news feed, so it doesn’t feel like an ad. As Zuckerberg said when he introduced Facebook Ads, ‘Nothing influences people more than a recommendation from a trusted friend. A trusted referral is the Holy Grail of advertising.’
That was the first part of the monetization process for Facebook, when it turned its gigantic scale into a machine for making money.

The company offered advertisers an unprecedentedly precise tool for targeting their ads at particular consumers. (Particular segments of voters too can be targeted with complete precision. One instance from 2016 was an anti-Clinton ad repeating a notorious speech she made in 1996 on the subject of ‘super-predators’.

The ad was sent to African-American voters in areas where the Republicans were trying, successfully as it turned out, to suppress the Democrat vote. Nobody else saw the ads.)

The second big shift around monetization came in 2012 when internet traffic began to switch away from desktop computers towards mobile devices. If you do most of your online reading on a desktop, you are in a minority.

The switch was a potential disaster for all businesses which relied on internet advertising, because people don’t much like mobile ads, and were far less likely to click on them than on desktop ads. In other words, although general internet traffic was increasing rapidly, because the growth was coming from mobile, the traffic was becoming proportionately less valuable.

If the trend were to continue, every internet business that depended on people clicking links – i.e. pretty much all of them, but especially the giants like Google and Facebook – would be worth much less money.

Facebook solved the problem by means of a technique called ‘onboarding’. As Martínez explains it, the best way to think about this is to consider our various kinds of name and address.

For example, if Bed, Bath and Beyond wants to get my attention with one of its wonderful 20 per cent off coupons, it calls out:

Antonio García Martínez
1 Clarence Place #13
San Francisco, CA 94107

If it wants to reach me on my mobile device, my name there is:
38400000-8cfo-11bd-b23e-10b96e40000d

That’s my quasi-immutable device ID, broadcast hundreds of times a day on mobile ad exchanges.

On my laptop, my name is this: 07J6yJPMB9juTowar.AWXGQnGPA1MCmThgb9wN4vLoUpg.BUUtWg.rg.FTN.0.AWUxZtUf

This is the content of the Facebook re-targeting cookie, which is used to target ads-are-you based on your mobile browsing.

Though it may not be obvious, each of these keys is associated with a wealth of our personal behaviour data: every website we’ve been to, many things we’ve bought in physical stores, and every app we’ve used and what we did there …
The biggest thing going on in marketing right now, what is generating tens of billions of dollars in investment and endless scheming inside the bowels of Facebook, Google, Amazon and Apple, is how to tie these different sets of names together, and who controls the links. That’s it.
Facebook already had a huge amount of information about people and their social networks and their professed likes and dislikes.

After waking up to the importance of monetisation, they added to their own data a huge new store of data about offline, real-world behaviour, acquired through partnerships with big companies such as Experian, which have been monitoring consumer purchases for decades via their relationships with direct marketing firms, credit card companies, and retailers.

There doesn’t seem to be a one-word description of these firms: ‘consumer credit agencies’ or something similar about sums it up.

Their reach is much broader than that makes it sound, though Experian says its data is based on more than 850 million records and claims to have information on 49.7 million UK adults living in 25.2 million households in 1.73 million postcodes.

These firms know all there is to know about your name and address, your income and level of education, your relationship status, plus everywhere you’ve ever paid for anything with a card. Facebook could now put your identity together with the unique device identifier on your phone.

That was crucial to Facebook’s new profitability. On mobiles, people tend to prefer the internet to apps, which corral the information they gather and don’t share it with other companies. A game app on your phone is unlikely to know anything about you except the level you’ve got to on that particular game.

But because everyone in the world is on Facebook, the company knows everyone’s phone identifier. It was now able to set up an ad server delivering far better targeted mobile ads than anyone else could manage, and it did so in a more elegant and well-integrated form than anyone else had managed.

So Facebook knows your phone ID and can add it to your Facebook ID. It puts that together with the rest of your online activity: not just every site you’ve ever visited, but every click you’ve ever made – the Facebook button tracks every Facebook user, whether they click on it or not. Since the Facebook button is pretty much ubiquitous on the net, this means that Facebook sees you, everywhere.

Now, thanks to its partnerships with the old-school credit firms, Facebook knew who everybody was, where they lived, and everything they’d ever bought with plastic in a real-world offline shop. All this information is used for a purpose which is, in the final analysis, profoundly bathetic. It is to sell you things via online ads.

The ads work on two models. In one of them, advertisers ask Facebook to target consumers from a particular demographic – our thirty-something bourbon-drinking country music fan, or our African American in Philadelphia who was lukewarm about Hillary.

But Facebook also delivers ads via a process of online auctions, which happen in real time whenever you click on a website.

Because every website you’ve ever visited (more or less) has planted a cookie on your web browser, when you go to a new site, there is a real-time auction, in millionths of a second, to decide what your eyeballs are worth and what ads should be served to them, based on what your interests, and income level and whatnot, are known to be.

This is the reason ads have that disconcerting tendency to follow you around, so that you look at a new telly or a pair of shoes or a holiday destination, and they’re still turning up on every site you visit weeks later. This was how, by chucking talent and resources at the problem, Facebook was able to turn mobile from a potential revenue disaster to a great hot steamy geyser of profit.

What this means is that even more than it is in the advertising business, Facebook is in the surveillance business. Facebook, in fact, is the biggest surveillance-based enterprise in the history of mankind.

It knows far, far more about you than the most intrusive government has ever known about its citizens. It’s amazing that people haven’t really understood this about the company. I’ve spent time thinking about Facebook, and the thing I keep coming back to is that its users don’t realise what it is the company does.

What Facebook does is watch you, and then use what it knows about you and your behaviour to sell ads. I’m not sure there has ever been a more complete disconnect between what a company says it does – ‘connect’, ‘build communities’ – and the commercial reality.

Note that the company’s knowledge about its users isn’t used merely to target ads but to shape the flow of news to them.

Since there is so much content posted on the site, the algorithms used to filter and direct that content are the thing that determines what you see: people think their news feed is largely to do with their friends and interests, and it sort of is, with the crucial proviso that it is their friends and interests as mediated by the commercial interests of Facebook. Your eyes are directed towards the place where they are most valuable for Facebook.



I’m left wondering what will happen when and if this $450 billion penny drops. Wu’s history of attention merchants shows that there is a suggestive pattern here: that a boom is more often than not followed by a backlash, that a period of explosive growth triggers a public and sometimes legislative reaction.

Wu’s first example is the draconian anti-poster laws introduced in early 20th-century Paris (and still in force – one reason the city is by contemporary standards undisfigured by ads).

As Wu says, ‘when the commodity in question is access to people’s minds, the perpetual quest for growth ensures that forms of backlash, both major and minor, are all but inevitable.’ Wu calls a minor form of this phenomenon the ‘disenchantment effect’.

Facebook seems vulnerable to these disenchantment effects. One place they are likely to begin is in the core area of its business model – ad-selling. The advertising it sells is ‘programmatic’, i.e. determined by computer algorithms that match the customer to the advertiser and deliver ads accordingly, via targeting and/or online auctions.

The problem with this from the customer’s point of view – remember, the customer here is the advertiser, not the Facebook user – is that a lot of the clicks on these ads are fake. There is a mismatch of interests here. Facebook wants clicks, because that’s how it gets paid: when ads are clicked on.

ut what if the clicks aren’t real but are instead automated clicks from fake accounts run by computer bots?

This is a well-known problem, which particularly affects Google, because it’s easy to set up a site, allow it to host programmatic ads, then set up a bot to click on those ads, and collect the money that comes rolling in. On Facebook the fraudulent clicks are more likely to be from competitors trying to drive each others’ costs up.

The industry publication Ad Week estimates the annual cost of click fraud at $7 billion, about a sixth of the entire market. One single fraud site, Methbot, whose existence was exposed at the end of last year, uses a network of hacked computers to generate between three and five million dollars’ worth of fraudulent clicks every day. Estimates of fraudulent traffic’s market share are variable, with some guesses coming in at around 50 per cent; some website owners say their own data indicates a fraudulent-click rate of 90 per cent.

This is by no means entirely Facebook’s problem, but it isn’t hard to imagine how it could lead to a big revolt against ‘ad tech’, as this technology is generally known, on the part of the companies who are paying for it. I’ve heard academics in the field say that there is a form of corporate groupthink in the world of the big buyers of advertising, who are currently responsible for directing large parts of their budgets towards Facebook. That mindset could change.

Also, many of Facebook’s metrics are tilted to catch the light at the angle which makes them look shiniest.

A video is counted as ‘viewed’ on Facebook if it runs for three seconds, even if the user is scrolling past it in her news feed and even if the sound is off. Many Facebook videos with hundreds of thousands of ‘views’, if counted by the techniques that are used to count television audiences, would have no viewers at all.

A customers’ revolt could overlap with a backlash from regulators and governments. Google and Facebook have what amounts to a monopoly on digital advertising. That monopoly power is becoming more and more important as advertising spend migrates online. Between them, they have already destroyed large sections of the newspaper industry.

Facebook has done a huge amount to lower the quality of public debate and to ensure that it is easier than ever before to tell what Hitler approvingly called ‘big lies’ and broadcast them to a big audience. The company has no business need to care about that, but it is the kind of issue that could attract the attention of regulators.

That isn’t the only external threat to the Google/Facebook duopoly. The US attitude to anti-trust law was shaped by Robert Bork, the judge whom Reagan nominated for the Supreme Court but the Senate failed to confirm. Bork’s most influential legal stance came in the area of competition law.

He promulgated the doctrine that the only form of anti-competitive action which matters concerns the prices paid by consumers.

His idea was that if the price is falling that means the market is working, and no questions of monopoly need be addressed. This philosophy still shapes regulatory attitudes in the US and it’s the reason Amazon, for instance, has been left alone by regulators despite the manifestly monopolistic position it holds in the world of online retail, books especially.

The big internet enterprises seem invulnerable on these narrow grounds. Or they do until you consider the question of individualised pricing. The huge data trail we all leave behind as we move around the internet is increasingly used to target us with prices which aren’t like the tags attached to goods in a shop.

On the contrary, they are dynamic, moving with our perceived ability to pay. Four researchers based in Spain studied the phenomenon by creating automated personas to behave as if, in one case, ‘budget conscious’ and in another ‘affluent’, and then checking to see if their different behaviour led to different prices. It did: a search for headphones returned a set of results which were on average four times more expensive for the affluent persona.

An airline-ticket discount site charged higher fares to the affluent consumer. In general, the location of the searcher caused prices to vary by as much as 166 per cent. So in short, yes, personalised prices are a thing, and the ability to create them depends on tracking us across the internet.

That seems to me a prima facie violation of the American post-Bork monopoly laws, focused as they are entirely on price. It’s sort of funny, and also sort of grotesque, that an unprecedentedly huge apparatus of consumer surveillance is fine, apparently, but an unprecedentedly huge apparatus of consumer surveillance which results in some people paying higher prices may well be illegal.

Perhaps the biggest potential threat to Facebook is that its users might go off it. Two billion monthly active users is a lot of people, and the ‘network effects’ – the scale of the connectivity – are, obviously, extraordinary.

But there are other internet companies which connect people on the same scale – Snapchat has 166 million daily users, Twitter 328 million monthly users – and as we’ve seen in the disappearance of Myspace, the onetime leader in social media, when people change their minds about a service, they can go off it hard and fast.

For that reason, were it to be generally understood that Facebook’s business model is based on surveillance, the company would be in danger. The one time Facebook did poll its users about the surveillance model was in 2011, when it proposed a change to its terms and conditions – the change that underpins the current template for its use of data.

The result of the poll was clear: 90 per cent of the vote was against the changes. Facebook went ahead and made them anyway, on the grounds that so few people had voted.

No surprise there, neither in the users’ distaste for surveillance nor in the company’s indifference to that distaste. But this is something which could change.

The other thing that could happen at the level of individual users is that people stop using Facebook because it makes them unhappy. This isn’t the same issue as the scandal in 2014 when it turned out that social scientists at the company had deliberately manipulated some people’s news feeds to see what effect, if any, it had on their emotions.

The resulting paper, published in the Proceedings of the National Academy of Sciences, was a study of ‘social contagion’, or the transfer of emotion among groups of people, as a result of a change in the nature of the stories seen by 689,003 users of Facebook.

‘When positive expressions were reduced, people produced fewer positive posts and more negative posts; when negative expressions were reduced, the opposite pattern occurred. These results indicate that emotions expressed by others on Facebook influence our own emotions, constituting experimental evidence for massive-scale contagion via social networks.’

The scientists seem not to have considered how this information would be received, and the story played quite big for a while.

Perhaps the fact that people already knew this story accidentally deflected attention from what should have been a bigger scandal, exposed earlier this year in a paper from the American Journal of Epidemiology.

The paper was titled ‘Association of Facebook Use with Compromised Well-Being: A Longitudinal Study’. The researchers found quite simply that the more people use Facebook, the more unhappy they are.

A one percent increase in ‘likes’ and clicks and status updates was correlated with a 5 to 8 per cent decrease in mental health. In addition, they found that the positive effect of real-world interactions, which enhance well-being, was accurately paralleled by the ‘negative associations of Facebook use’.

In effect people were swapping real relationships which made them feel good for time on Facebook which made them feel bad.

That’s my gloss rather than that of the scientists, who take the trouble to make it clear that this is a correlation rather than a definite causal relationship, but they did go so far – unusually far – as to say that the data ‘suggests a possible trade-off between offline and online relationships’.

This isn’t the first time something like this effect has been found. To sum up: there is a lot of research showing that Facebook makes people feel like shit. So maybe, one day, people will stop using it.?



What, though, if none of the above happens? What if advertisers don’t rebel, governments don’t act, users don’t quit, and the good ship Zuckerberg and all who sail in her continues blithely on? We should look again at that figure of two billion monthly active users.

The total number of people who have any access to the internet – as broadly defined as possible, to include the slowest dial-up speeds and creakiest developing-world mobile service, as well as people who have access but don’t use it – is three and a half billion. Of those, about 750 million are in China and Iran, which block Facebook.

Russians, about a hundred million of whom are on the net, tend not to use Facebook because they prefer their native copycat site VKontakte. So put the potential audience for the site at 2.6 billion.

In developed countries where Facebook has been present for years, use of the site peaks at about 75 per cent of the population (that’s in the US). That would imply a total potential audience for Facebook of 1.95 billion.

At two billion monthly active users, Facebook has already gone past that number, and is running out of connected humans. Martínez compares Zuckerberg to Alexander the Great, weeping because he has no more worlds to conquer. Perhaps this is one reason for the early signals Zuck has sent about running for president – the fifty-state pretending-to-give-a-shit tour, the thoughtful-listening pose he’s photographed in while sharing milkshakes in (Presidential Ambitions klaxon!) an Iowa diner.

Whatever comes next will take us back to those two pillars of the company, growth and monetization. Growth can only come from connecting new areas of the planet.

An early experiment came in the form of Free Basics, a program offering internet connectivity to remote villages in India, with the proviso that the range of sites on offer should be controlled by Facebook. ‘Who could possibly be against this?’

Zuckerberg wrote in the Times of India. The answer: lots and lots of angry Indians. The government ruled that Facebook shouldn’t be able to ‘shape users’ internet experience’ by restricting access to the broader internet.

A Facebook board member tweeted that ‘anti-colonialism has been economically catastrophic for the Indian people for decades. Why stop now?’ As Taplin points out, that remark ‘unwittingly revealed a previously unspoken truth: Facebook and Google are the new colonial powers.’

So the growth side of the equation is not without its challenges, technological as well as political. Google (which has a similar running-out-of-humans problem) is working on ‘Project Loon’, ‘a network of balloons travelling on the edge of space, designed to extend internet connectivity to people in rural and remote areas worldwide’.

Facebook is working on a project involving a solar-powered drone called the Aquila, which has the wingspan of a commercial airliner, weighs less than a car, and when cruising uses less energy than a microwave oven.

The idea is that it will circle remote, currently unconnected areas of the planet, for flights that last as long as three months at a time. It connects users via laser and was developed in Bridgwater, Somerset. (Amazon’s drone program is based in the UK too, near Cambridge.

Our legal regime is pro-drone.) Even the most hardened Facebook sceptic has to be a little bit impressed by the ambition and energy. But the fact remains that the next two billion users are going to be hard to find.

That’s growth, which will mainly happen in the developing world. Here in the rich world, the focus is more on monetization, and it’s in this area that I have to admit something which is probably already apparent. I am scared of Facebook.

The company’s ambition, its ruthlessness, and its lack of a moral compass scare me. It goes back to that moment of its creation, Zuckerberg at his keyboard after a few drinks creating a website to compare people’s appearance, not for any real reason other than that he was able to do it.

That’s the crucial thing about Facebook, the main thing which isn’t understood about its motivation: it does things because it can.

Zuckerberg knows how to do something, and other people don’t, so he does it. Motivation of that type doesn’t work in the Hollywood version of life, so Aaron Sorkin had to give Zuck a motive to do with social aspiration and rejection.

But that’s wrong, completely wrong. He isn’t motivated by that kind of garden-variety psychology.

He does this because he can, and justifications about ‘connection’ and ‘community’ are ex post facto rationalizations. The drive is simpler and more basic. That’s why the impulse to growth has been so fundamental to the company, which is in many respects more like a virus than it is like a business. Grow and multiply and monetize. Why? There is no why. Because.

Automation and artificial intelligence are going to have a big impact in all kinds of worlds. These technologies are new and real and they are coming soon. Facebook is deeply interested in these trends.

We don’t know where this is going, we don’t know what the social costs and consequences will be, we don’t know what will be the next area of life to be hollowed out, the next business model to be destroyed, the next company to go the way of Polaroid or the next business to go the way of journalism or the next set of tools and techniques to become available to the people who used Facebook to manipulate the elections of 2016.

We just don’t know what’s next, but we know it’s likely to be consequential, and that a big part will be played by the world’s biggest social network. On the evidence of Facebook’s actions so far, it’s impossible to face this prospect without unease.


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