Technology Externalities – Q&A

Last week I did a rare keynote for a key regulatory body where I was asked to go deep into technology externalities. After it we had a Q&A session and over email I got asked a number of additional questions. Many of which I’m sure you’ve wondered about. So here they are!

  1. What would be the “Vaccine” for a digital pandemic? For me this would be global implementation of BlockChain based technology. This is for two reasons: (1) BlockChain could allow for cold storage (offline) of each block and (2) also is the only fully distributed data storage system which has the highest levels of cryptography. If everything went off line we’d have a rational starting point to reboot from. But in truth we need an off switch. Digital Security is not possible without analogue optionality. True digital security requires physical replication and or isolated mechanical (non-digital) operational ability.
  2. What technology that we currently rely on- do you think is most at risk at becoming redundant? The Energy Grid. With the exponential improvement in renewables and battery storage (Graphene & other emerging storage solutions) we will very soon move to a localised energy generation / storage systems. In this instance each home, office, building, factory will generate and store its own energy on premise. Like we have without own computer systems. However, an energy trading system will emerge where we can generate and sell energy across wires directly to other places that need it immediately. Like our computers we will have the equivalent of ‘hard drives’ – batteries – and some ‘cloud storage’ but mostly we’ll have enough storage locally and only big industry will need big storage solutions and trading of KwHs. We’ll buy and sell energy directly with each other, in the same way we trade content / information today.
  3. As we move further into the shiny new digital world and digital twinning, are we more likely to de-prioritise the physical world? No – I think it will facilitate and create more attention to physical spaces – COVID also reminded us that the physical world is vital and we can’t operate in pure isolation or without certain physical realities. By not trying to replace– but augment our physical world it will equalise attention and maybe bring physical back as a focus because all physical things will be augmented digitally. Digital wont’ be a place we go to but like an atmosphere we will under.
  4. We influence but don’t make policy. What penetration have you had in Canberra? Policy is a function of prevailing social sentiment and narrative. As we’ve seen with diversity, climate policy and other social issues it sometimes takes decades before issues are acted upon. The most important function of a society is to share concern and raise the profile of issues which are important to our collective. That is the first task of change – in some ways ‘markets evolve from conversations’. I’ve worked with Government of some issues at a Sate and Federal level but big tech power seems low of the priority list at present. My personal view is that this is because many policy makers don’t understand the potential longer term consequences, and we haven’t had many local industries directly upended by it. We can see that it has only been prioritised so far with News. This was because we have a powerful lobby here wanting to protect that industry and its advertising revenue. To this point powerful lobbyists have been more effectual – than consumer intrusion or longer term surveillance risk. I’d also add that Governments having access to the data and tools big tech have in every consumers pocket could provide a perverse incentive to turn a blind eye to other downsides.
  5. What are your thoughts on big tech self-regulating on issues such as dis and misinformation? No for-profit industry has ever self-regulated out of the goodness of their heart in the history of capitalism. Wow – I said it. We should not expect it to happen now. To date, their efforts have been to maintain control by ensuring their own AI systems are the solution to the misinformation spread – which to date has been largely ineffectual, and it seems clear the problem can never be solved in this manner by AI in isolation which is reactive in nature and needs training for every new problem. Their strategy (Big tech – eg Facebook) has been to delay and obfuscate and sadly, it is working. ‘We need to do better’ gets rolled out with every hack. Big tech and all self-publishing platforms need to be responsible for all the content of their sites, just like McDonalds needs to ensure the teenagers making their burgers don’t poison anyone. Profitability and their business model should not matter in making this decision. A simple solution would be having an onboarding process where all publishers / people need to be verified with 100 points of ID and all corporate advertisements in said channels approved by an actual person and not an AI. These companies only became so big because of their lack of regulator restriction or over site. They should be treated the same as any publisher.
  6. How do we get ourselves unhooked from devices and back to reading books? Discipline. It’s not easy and no different from choosing the right food out of our fridges and cupboards. The depth of the crisis although obvious now, won’t be acted on for a generation, as per obesity.
  7. Gig economy, work from home, virtual companies. Hard to regulate loose affiliation of people, eg: Bitcoin. We are used to regulating companies, what do you think? Just like the Taxation system, we need to develop regulatory models which are designed for individuals & corporations as we enter the new economy. As we’ve had expansions of how individuals and companies and can participate in the market – we need to regulate accordingly – some of which will afford the populace protections from Corporations, for example gig workers; Here we might be able to do something like provide mobile employee benefits on all work regardless of employment status. We could possibly do a percentage loading on money paid for every individual task or gig where for all forms of work completed in a freelance oriented marketplace get money paid into a systems which administers annual leave, sick leave, health benefits super etc. We may also need protect individuals from themselves with emerging industries like Fintech (Buy Now Pay Later and Crypto Gambling – yes it is gambling). What is certain is that we need regulate loosely affiliated people based on intention and outcome of activities and not define it into industrial era corporate structures. New eras need new definitions, and matching regulations to cope with structural shifts. It won’t be easy, but it will be necessary.
  8. What’s your view – does social media do more harm than good? I think social media does more good than harm. But the ratio is of harm is far too high. A very large percentage of the content of the platform is fake, untrue, sensationalist, enraging, divisive and often other peoples content which was stolen without permission and monetised. The corporate loophole is that results of social media interactions is often two or three steps removed from the social media forums themselves. So consequences and their responsibility for what happens after the digital interaction has plausible deniability. Take for example the correlation of increases in teenage female suicide and social media usage with this cohort. Even if the ratio of good to evil was say 90% – at this scale (Facebook has 2.3 billion members) that could be a very real problem for society. The Antivax movement has used these tools to gain a lot of traction and has a real impact on Covid Vaccine hesitancy, which is having an immediate impact on rollout. I’d hazard a guess at least 20% of content on social is bunk – it is very difficult to determine this as algorithms and data is an internal corporate secret. For Social Media to not have a negative societal impact it would need to be 99.9% without misinformation. That could only be achieved with very clear ‘road rules’ / auditing and regulation. We’d need something like forensic data inspectors similar to OH&S inspectors in a factory. In addition to that, the business model of Free Services – creates a market of Surveillance Capitalism, which will not end well I’m certain.

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Keep Thinking,

Steve.

Talent Matters – COVID-19 series

Work hard at anything and you’ll get results. Work hard on things where you have natural talents and your results will be amazing. Here’s the good news: every single one of us has unique talents. Talents that when uncovered, worked on and combined can give us extraordinary outcomes.

But here’s the trick: we need to find a way to combine what seems like a normal human social gift or proclivity into economics. We need to mash up our gifts with something that has demand in the market place. This is possible for almost everything. I’m not talking about passions either – I’m talking about that thing that just comes a bit easier to you.It can be absolutely anything – communication, creativity, manners, eye for design, diligence, detail orientation, being funny, making people feel good about themselves, working creatively with your hands, organising things, planning, project management, selling the dream…literally anything.

For me, it was speaking – it was what I got in trouble for everyday at school! But once I combined my natural proclivity to share ideas verbally about technology and economics, the market rewarded me. Speaking of which (see what I did there?), here’s my latest effort with #SteveFeed episode 2. – I’d love it if you could leave a comment on Youtube and share it wide – I mean, it’s only the future of our entire species depending on it!

In times like these when things are tough and average just won’t do, we need to dig deep. We need to have the courage and patience to find what we know we are good at, extract our gifts and add them to the work we do. Once we do that, we can achieve much more than we ever thought possible.

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Keep Thinking,

Steve. 

Zero External Energy Buildings

Our buildings are a great reflection of where we’re at technologically. Once a revolution is truly mainstream, we see it in our homes. In the past century, we’e added electricity, indoor plumbing, white goods, entertainment devices, and even computational power and AI. But we are about to do something so different, it might require new language to describe it.

Zero External Energy (ZEE) Buildings

In the near future, buildings will be rated not just on their efficiency, but on their energy generation-to-usage ratio. But this will be for the entire building and essentially, an input/output measure. As the cost of going off-grid with solar panels and battery storage plummets, fossil fuels’ days are numbered. Once most houses are powered by renewables, a new measurement will occur. We’ll want to know how much external energy the building uses. We will enter the world of the ZEE building.

A Zero External Energy building is one that generates all the energy it needs to sustain itself entirely – 24 hours a day, 365 days a year. Most will be via solar, but some buildings will employ wind, geothermal and other emerging renewables like artificial photosynthesis. Expect to hear someone say, ‘My new house is fully ZEE’ within 10 years. In this world, walls and surfaces of a building will have a purpose beyond keeping the weather out. Every inch of the roof will capture energy and so will our windows. An amazing Australian company called ClearVue already produces solar panel windows as seen below:

ZEE buildings will:

  • not have an energy-based carbon footprint
  • have enough energy to charge electric cars
  • eventually produce more energy than they need.

So, what do we do with all that extra energy? We’ll trade it.

Enter the Energy Internet

No, we won’t trade this energy with power companies. Instead, we’ll trade it with each other across an energy network, as the grid becomes decentralised, looking and behaving a lot like the internet. It’s often referred to as the Energy Internet. Just like we produce content that we trade with each other over the communications internet, we’ll trade the excess energy our buildings produce with other services, markets or places who need it when we have an excess. But in the long run, the exponential improvement in energy capture will lead to buildings using this energy to grow food.

A New Kind of Calorie Count

Many spaces in buildings will be deployed to grow food with new types of urban agriculture. These will be managed by AI and robotics so we don’t need to attend to them with human labour. Green buildings will have a yield which isn’t a return on investment from tenants – but food grown on walls, top floors and even in car parks.

As cars become autonomous, many car parking spaces will be converted into urban agriculture – even car spaces which are underground. Remember, we don’t necessarily need sun – we just need light, energy and water which we will have an abundance of. Once this happens we’ll also start valuing buildings based on how many calories they produce each year. “I live in an 180 million calorie house – it can feed a family of four.”

While this might sound weird – compare how weird it would have been to own a refrigerator just 200 years ago, let alone an energy rating for it. For this and ideas like it to happen, we have to start thinking sideways. We have to look for ways to apply technology it was not designed for. When we start cross-fertilising tech ideas like this (and yes, that pun was totally intended), then we can take giant leaps towards solving our biggest ecological challenges.

Why utilities need to be back in public hands

After 30 years of infrastructure privatisation in Australia, it’s time we put critical utilities (Energy, Water, Telecoms, Rail, et al) back in the hands of the public. While this may sound somewhat draconian and even semi-communist, right now it is the most capitalist move we could make, and our future depends on it. I spoke about it today on radio – you can listen here.

An Infrastructure Reset – Show me a rich country, and I’ll show you rich infrastructure. It’s what modern economies are built on and always will be. We are currently moving through a 200 year shift which involves an entire reset of the physical world around us. In telecoms we are rapidly moving to optic fibre and 5G. Energy is shifting away from coal to renewables (primarily solar) and we need to build out an ‘energy internet’ to replace our ageing grid. All cars will be electric in 8 years time and we’ll require highly distributed charging facilities where ever a car parks.  Every economy in the world, that wants to compete globally, must now build out, connected, post industrial infrastructure.

Natural Monopolies – There are certain things which are what economists call Natural Monopolies. These are industries where the most efficient way to serve a market is with a single operator or system. This is most often the case with large national based infrastructure. For example, it doesn’t make any sense economically to have 2 competing sets of national railways alongside each other, to have 2 sets or power lines, or wireless competitive 5g towers serving the same geography. This idea isn’t new, and goes way to back to Adam Smith and the Wealth of Nations. And while it would be dangerous to have infrastructure businesses that are privately owned not to having any competition, if they’re publicly owned, and regulated we can remove problems associated with monopoly operators.

Competing interests & political instability – When things like ‘energy‘ are owned by private firms, their imperative is maximise profits and serve their shareholders, not their customers. At a time when we should be shifting to new forms of infrastructure, privately owned utilities create misaligned incentives in the market place. This will be to our long term detriment in the Australian economy. The NBN is a classic example. At a time when NBN is being rolled out (public), it has to compete with the 5G networks of Telstra (private). If we had a single telecoms infrastructure provider, we’d have a chance to build out a singular, worlds best network. Instead, what we have is a piecemeal financial basket case. We, the tax payers, are the losers.

I  truly believe the leadership crisis we are currently facing in Australia (today and over the past decade), is partially because of the problems of vested interests trying to influence the public policy. We have a population that want to move towards renewable energy, yet factions within political parties are influenced by the coal lobby and short term financial interests. The net result is that leaders can’t make the decisions they need to for a future proof economy and we end up with a dysfunctional government.

The benefits of publicly owned utilities – Crucially, this idea isn’t something which sounds fanciful, but just isn’t possible financially. The investment markets have already priced in the truth of what I’m talking about here – that is, the cost of many infrastructure assets are at all time lows. Telstra has a yield of 7% and new coal fired power plants are literally un-investable. Hence, these infrastructure assets could be taken back into public hands at, or below the cost of capital to acquire them. If we did this, the Government would have the ability to build out what the people actually want, and what the future needs. These renewed Government owned enterprises could serve as future employment training grounds in critical skills arenas and we could re-engage our long lost technical apprenticeship model of employment. And let’s not forget that having infrastructure which is world class would facilitate startups to compete globally. This would benefit both the tax base (remember the Gov has a 30% Joint Venture with every business via tax) and open up export potential. What we learn building this out, could then be built in other countries. (software & hardware)

This program might be something we just need to do for 20 years before going private again. But what is clear that our telecoms are a mess, our energy system is a mess and we need new infrastructure quickly if we want to remain wealthy and relevant.

Just this week I was in Sri Lanka and they already have 5G well underway. Emerging economies are building out tomorrow, while wealthy countries like Australia mess around with yesterday’s technology to keep the rich and influential happy. It’s the great squander of our times. One of the reasons the government won’t serve us in Australia, is that we don’t own the assets the decisions are being made around. Maybe if we took the assets back, they’d have to make sure they run these industries properly or they wont get voted back in.

Radical times, require radical action.

Why energy will be free in under 10 years

It’s easy to forget how many things we used to pay for that we now get to use and consume for free.
Energy is very close to becoming one of them. The global economy is very quickly transforming to an all electric economy. Yes, for both your house and your car. Very soon we’ll only have to pay a one off set up fee to go entirely off grid and generate all the energy (electricity) we need, for free. It will come from the worlds most powerful energy source, the original fossil fuel called the sun. I hear you saying a one off set up free isn’t free, and that’s true, but this is where the economy is changing and catching many existing industrial companies off guard.

 

In the past the factors of production were all centralised: Factories, Retail Stores, Power Plants, Media Channels, Computers. Sector by sector, they are being decentralised as technological advances allow these tools to be cheap enough for us to access them or own them for a very low cost. The super computer in your pocket comes to mind, or the factory you don’t have to own as you access manufacturing capacity via Alibaba. They way it will work is in 3 simple steps:
     

  1. Set up solar panels + Battery storage  = Price X
  2. When Energy bill > 20% of Price X
  3. Finance will fund the off grid set up. (cost of money around 7% for unsecured loans + principal repayment)

It will be much like what happened with our shift from the dumb phone to the smart phone. We have a contract to pay off the hardware (which actually includes hidden interest costs), but in this case, the hardware is paid for by the money we’d normally be paying the electricity company with a quarterly bill. But now it will go to the companies setting up a mini power plants in our homes.

So where are we today with the cost of going ‘off grid’ and having enough energy to power our homes?

The average home in Melbourne, Australia (where I live) uses 16 kwH per day. In order to set up a solar PV, inverter and battery system which can provide this level of energy on a daily basis, in all weather, it currently costs around $25,000 – just google “off grid solar 16kwH” to see the various options. The current average energy bill in Australia is $550 per month. Already the cost is very close to the switch covering the cost of finance and repayment in 3-5 years – the typical length of unsecured loans. The switch will happen very quickly when we consider the rapidly declining cost of both solar panels and batteries. Currently the cost of Lithium Ion rechargeable batteries is falling by 40% every 2 years driven by large scale production efficiencies. Based on the current price trend, within 5 years the cross over will start to occur.

And here is where it gets interesting. It will happen quicker than we think based on other non-battery based system efficiencies:

Solar Panels (PV cells) cost performance improvement 20% per doubling of manufacturing capacity – otherwise know as Swanson’s Law. This too will continue. Within 5 years their cost will be 75% less than they are today, and they will be more efficient at capturing energy, due to energy capture improvements. Since 2011 the average PV panel went from only capturing 11% of available joules of energy to 19% currently. Add to this the potential of a curve jump to better technology and we could surpass even our current optimistic estimates. A report just this week from the Journal of Material Science revealed a way to recharge Zinc Air batteries which could be 5 times more efficient than Lithium Ion. 

And finally, lets not forget that the amount of electricity / and energy we use in the home currently has wastage rates of up to 30%. New devices and IoT functional smart homes will significantly reduce the energy wastage in our homes. Once our houses become IoT enabled, not only will the efficiency and capture of an off grid system be much better, there is a highly likelihood we will not require as much energy as we do today. This is because most devices requiring energy in our homes will essentially become computers. This is where Koomey’s Law comes in. Koomey’s Law states that at a fixed computing load, the amount of battery you need will fall by a factor of two every year and a half. This will  have a more dramatic impact on the energy industry as most machines we use computerise.

When we add this up, all these pieces from different previously isolated sectors, it is clear to see we’ll have all the energy we need from the sun and other sustainable sources. Which means, that unless you sell oil or burn coal for a living, the future is certainly bright.

Check out my new book – The Lessons School Forgot –  thrive in the technology era.

Revolutions and pleasure

In the October 1994 Issue of Wired, Gary Wolfe said in an article,  article about Mosiac (the worlds first GUI web browser) and the coming internet revolution.

“When it comes to smashing a paradigm, pleasure is not the most important thing…

it is the only thing.”

Startup blog asks this:

What kind of pleasure is your startup bringing to its people?

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