Future Savvy: Quality in Foresight

I’ve been following a fun little foresight project organized by Rohit Talwar of “FastFuture” contributed to by many members of the Association of Professional Futurists, which looks at new jobs that may emerge in the next 10-20 years as the result of science and technology advancement.

One of the benefits of thinking about science and technology foresight in terms of jobs is that doing so encourages a reality check, forcing the question: will someone get paid to do this, if so, by whom and why (how will it be profitable to the job giver?) In other words, the question is taken beyond whether one can imagine a job that will need doing or a job that someone might like to do it – that’s just mental bubble gum – to the more interesting and taxing issue of whether such need will justify enough paying customers such that the job will exist at all.

Of course, in all this science and technology progress will make new products and services possible partly by reducing the price point of providing them.

Not all of the jobs of the future listed below, I feel, pass this test. But many do. And it’s an interesting thought experiment. It’s a work in progress (see below.) The list as exists so far is:

1.  Body Part Maker
Due to the huge advances being made in bio-tissues, robotics and plastics, the creation of body parts – from organs to limbs – will soon be possible, requiring body part makers, body part stores and body part repair shops.

2.  Nano-Medic
Advances in nanotechnology offer the potential for a range of sub-atomic ‘nanoscale’ devices, inserts and procedures that could transform personal healthcare.. A new range of nano-medicine specialists will be required to administer these treatments.

3.  Pharmer (sic) of Genetically Engineered Crops and Livestock
New-age farmers will raise crops and livestock that have been genetically engineered to improve yields and produce therapeutic proteins. Works in progress include a vaccine-carrying tomato and therapeutic milk from cows, sheep and goats.

4.  Old Age Wellness Manager / Consultant Specialists
Drawing on a range of medical, pharmaceutical, prosthetic, psychiatric, natural and fitness solutions to help manage the various health and personal needs of the aging population.

5.  Memory Augmentation Surgeon
Surgeons that add extra memory to people who want to increase their memory capacity and to help those who have been over exposed to information in the course of their life and simply can no longer take on any more information – thus leading to sensory shutdown.

6. ‘New Science’ Ethicist
As scientific advances accelerate in new and emerging fields such as cloning, proteomics and nanotechnology, a new breed of ethicist may be required. These science ethicists will need to understand a range of underlying scientific fields and help society make consistent choices about what developments to allow. Much of science will not be a question of can we, but should we..

7.  Space Pilots, Architects and Tour Guides
With Virgin Galactic and others pioneering space tourism, space trained pilots and tour guides will be needed, as well as designers to enable the habitation of space and the planets. Current projects at SICSA (University of Houston) include a greenhouse on Mars, lunar outposts and space exploration vehicles.

8.  Vertical Farmers
There is growing interest in the concept of city based vertical farms, with hydroponically-fed food being grown in multi-storey buildings. These offer the potential to dramatically increase farm yield and reduce environmental degradation. The managers of such entities will require expertise in a range of scientific disciplines, engineering and commerce.

9.  Climate Change Reversal Specialist
As the threats and impacts of climate change increase, a new breed of engineer-scientists will be required to help reduce or reverse the effects of climate change on particular locations. They will need to apply multi-disciplinary solutions ranging from filling the oceans with iron filings to erecting giant umbrellas that deflect the sun’s rays.

10. Quarantine Enforcer
If a deadly virus starts spreading rapidly, few countries, and few people, will be prepared. Nurses will be in short supply. Moreover, as mortality rates rise, and neighborhoods are shut down, someone will have to guard the gates.

11. Weather Modification Police
The act of stealing clouds to create rain is already happening in some parts of the world, and is altering weather patterns thousands of miles away. Weather modification police will need to control and monitor who is allowed to shoot rockets containing silver iodine into the air – a way to provoke rainfall from passing clouds.

12. Virtual Lawyer
As more and more of our daily life goes online, specialists will be required to resolve legal disputes which could involve citizens resident in different legal jurisdictions.

13.  Avatar Manager / Devotees – Virtual Teachers
Avatars could be used to support or even replace teachers in the elementary classroom, i.e., computer personas that serve as personal interactive guides. The Devotee is the human that makes sure that the Avatar and the student are properly matched and engaged.

14. Alternative Vehicle Developers
Designers and builders of the next generations of vehicle transport using alternative materials and fuels. Could the dream of underwater and flying cars become a reality within the next two decades?

15.  Narrowcasters
As the broadcasting media become increasingly personalized, roles will emerge for specialists working with content providers and advertisers to create content tailored to individual needs. While mass market customisation solutions may be automated, premium rate narrow casting could be performed by humans.

16. Waste Data Handler
Specialists providing a secure data disposal service for those who do not want to be tracked, electronically or otherwise.

17. Virtual Clutter Organizer
Specialists will help us organise our electronic lives. Clutter management would include effective handling of email, ensuring orderly storage of data, management of electronic ID’s and rationalizing the applications we use.

18.  Time Broker / Time Bank Trader
Alternative currencies will evolve their own markets – for example time banking already exists. (Time banking facilitates reciprocal service exchange based on units of time.)

19.  Social ‘Networking’ Worker
Social workers for those in some way traumatized or marginalized by social networking.

20. Personal Branders
An extension of the role played by stylists, publicists and executive coaches –advising on how to create a personal ‘brand’ using social and other media. What personality are you projecting via your Blog, Twitter, etc? What personal values do you want to build into your image – and is your image consistent with your real life persona and your goals?

I added a few of my own to the database (trying to avoid repetition) which would both be needed and economically justifiable:
(1) Organ Agent: person who sources and negotiates real or artificial organs on behalf of those in who want them. Interacts with donor, manages prices or bids if applicable, negotiates with hospitals, and so on.
(2) Automated Systems Monitor: person who oversees automated systems (e.g. smart highways) and intervenes and corrects as necessary. “ASMs” would each need specific expertise in their field — transport or manufacturing or surgery or whatever is automated — but would share the specific skill of being a complex-automated-system monitor, evaluator, and emergency troubleshooter.
(3) End-of-Life Planner: person who helps people plan and manage their own death (combating the fact that medicine/technology will be able to keep most people technically alive pretty much forever).

You can add your own thoughts by taking the survey at http://www.zoomerang.com/Survey/?p=WEB229HP2J3ALX closing date: August 19th, 2009.

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The copy of USA Today, slipped under my Chicago hotel room door on Friday—failing which I would have missed the event entirely—marks the 40th anniversary of Apollo 11 putting man on the moon (July 20, 1969). It says: “40 years after Apollo 11: What’s our Next Step?” The strap goes on: “The moon again? Mars? An asteroid? Four decades after the moon landing, NASA seeks a new—and affordable—frontier in space.”

The failed “our-future-in-space prediction” cluster is useful because it is the poster child for bad predicting, nothing less than foresight idiocy in its purest form, worth mentioning only because it helps us to see smaller and more subtle future-thinking mistakes we make routinely.

This is what I said in Future Savvy (Chapter 5):

“The forecasts that surrounded the future of space travel and exploration are perhaps the most high-profile and comprehensively poor set of forecasts ever made, and therefore provide a good vantage point to consider what can go wrong in forecasting. From the 1950s, space was a huge topic of interest. All significant earthbound exploration challenges had been overcome, technology was moving rapidly, and what lay ahead, unconquered, was space. The need to explore it was deeply in the zeitgeist.
“At the same time, the Cold War created the specific situation where beating the Soviets in prestige projects was an important priority, important enough to divert massive resources to it. J.F. Kennedy’s rousing (future-influencing) 1961 prediction of putting a man on the moon by the end of the decade motivated and galvanized the United States, and the resulting Gemini and Apollo programs made this not only a human achievement but a successful prediction. As a result, analysts of all stripes were quick to project the trend and predict a moon base, lunar communities by 2000, followed soon by trips to Mars and beyond, and on to the limits of space. . . .
“The last man to set foot on the moon was in 1973. The Space Shuttle tried to maintain forward momentum under the guise of scientific research, not without disaster, and an almost inconsequential international space station has been built. To this day there are many who cry into their soup over the lack of space exploration and conquest. So what happened? The groundswell of prediction was wrong because it failed to see that putting a few U.S. men into orbit did not add enough value to enough peoples’ lives to justify the expense—particularly in the economically uncertain 1970s. In the end, the majority of consumers voted with their wallets to postpone, if not entirely eviscerate, human space exploration.”

One could go into great detail, but simply put, the intertwined elements resulting in this poor view of the future were:

1. Failure to recognize user utility and the choice consumers make in determining the future. That is, for most people the cost of any space venturing is not worth the benefit (i.e. what benefit?) The fact that we “can do it” is hardly relevant. The real futures question is always: do most people want it? In the 1960s space was “worth it” (particularly in that the goal was clear and bounded) because spending billions on a prestige project made sense at a time of (a) absolute US economic prosperity and (b) ideological dispute with the USSR.

2. Projecting trends without considering the strength of underlying drivers. Space exploration was, apparently, on-the-up in the 1950s and 60s. But trends are only as good as the drivers that support them. When the drivers go away (lack of public support due to cost/benefit issues) the trend stops. In fact, there is no real, dependable, trend to space exploration. There was a blip in the 1960s when conditions temporarily favored a national prestige extravaganza. There wasn’t a trend before, and there hasn’t been any since.

3. Forecasting mired in the conditions or spirit of the present, the zeitgeist. Space was important in the golden-era 50s and 60s; and particularly in that it was arena of competition with the Soviets. But it’s always a mistake to assume the framing conditions of the present will exist in the future, and in this case 40 years later, they most certainly don’t.

Don’t hold your breath

What of 40 years time? It is quite likely that “space flip” flights into orbit will be safe and cheap enough to commercialized in the next decade. Unmanned probes (again safe and relatively cheap) will continue, and popular access to their images and experiences will be greatly enhanced. But that’s all that will happen until such time as costs and other conditions of possibility change fundamentally, which implies a completely new form of space travel, of energy, of materials, and of human resilience and longevity. Not in this century.

Wired Science ran a July 20 article “40 Years After Apollo 11, NASA Maps Out the Future,” which puts the best possible spin on  this unmanned-probe future. It is careful to end without crushing the feelings of space junkies, saying: “Any American landing on Mars through the Constellation program would come some time after 2030.” It won’t happen, and here’s another secret: if anyone is going to land anywhere it will be a Chinese person. China still has prestige projects ahead of it, and human space exploration could be one of them.

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Top of the news yesterday along with Iran’s election protest was Israeli prime minister Benjamin Netanyahu’s statement that he — as leader of the right-wing Likud party — could endorse a Palestinian state. It was framed in conditions on Jewish-state recognition, and requirements on security, borders, refugees and Jerusalem that are, from today’s vantage point, very difficult to imagine Palestinians or Arab states agreeing to. So no change is expected. Even the breaking-story reporters had to admit that, rhetoric aside, this is not a breakthrough.

There’s an old joke in journalism from the 1970s that goes: “You can write the same headline on any and every story about Israel’s relationship with its neighbors: ‘Prospects for Middle-East Peace Dim.’”

Sure, it’s partly Eeyeore-ish journalist wit. But what’s interesting from a foresight point of view is that, running the world forward 40 years shows it was a reasonable understanding of the future. Why? Solid foresight is always predicated on a solid understanding of the forces for and against change. “Prospects for peace dim” acknowledged that forces and enablers of change were overpowered by what was preventing anything fundamental from happening (friction and blockers in Future Savvy terms.)

The basic truth is that Israel-Middle East is a complex situation characterized by a more-or-less equal balance of power. Israel has military and nuclear superiority, and US backing. Arab countries have oil, population numbers and population growth, and a billion more-or-less sympathetic moslems around the world, and therefore time on their side. They also have, particularly in Gaza, relatively widespread poverty and low welfare and educational development, which is  a force against moderation and therefore a negotiated settlement.

A genuine balance of power means we have equilibrium, and therefore should expect no change. That’s why we’ve had plenty of skirmishes, but no change in 40 years.

Looking out for the next 40 years, is this still the case? Can we write “Prospects for Middle East Peace Dim” on all news stories for another two generations? Following the foresight logic above, this depends on whether anything breaks the fundamental equilibrium. There are four issues apparently large enough to threaten the status quo:

• Water shortages and water conflicts
• Change in US policy
• The end of oil-based transport energy
• Iran going toxic

Water is a favorite of trend-foresight sessions. It sounds like the key issue in a rising-population world. In theory yes, but it’s unclear whether it will lead to anything more than local conflicts or wars, which in Israels case, we have already. On US policy, the Obama administration is attempting to show even-handedness, but its strategic interest lies with Israel as military ally and ideologically temperate (democratic, at least) bastion in the region. So no change there either. On oil, we are definitely in an era where – for security and climate change reasons – fossil fuel is entering it’s twilight phase, which will erode revenues and therefore power of ME Arab states. But, as mentioned earlier, poverty is as great an obstacle to peace as any other. (Remember the Israeli “let’s-grow-our-way-out-of the-situation-together peace platform of the 1990s, seeing tackling the development issues as the root of creating moderate mindsets across the region.)

That leaves Iran which may change the balance if it really goes toxic (develops and uses nuclear weapons in terror strikes.) This is a low futures likelihood – it’s not just luck that nukes have stayed in their box since 1945 – no state wants to carry the stain of the nuclear pariah for all time. There’s a moral blocker on this outcome that has worked for generations. Nuclear powers rattle, but the don’t bite. But … what if the wildcard scenario of a massive nuclear strike on Israeli soft targets were to happen, what then? The current low-grade hostile standoff would become a supernova, but we’d still have power balance, and while we have that we’ll have status quo and  journalists can expect to write “Prospects for Middle East Peace Dim” on top of every story about the region for another 40 years.

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College graduation is a fabulous time and place to think big, and therefore a good place to have a futurist do the thinking. Peter Schwartz recently gave the valedictory address to the 2009 graduating class of Rensselaer Polytechnic Institute (he graduated there in 1968) and offered a grand 10-point challenge list for techies of the future:

Allowing for the usual pep-talk style of these things, it’s possible to boil the list down to five key things, which will indeed be essential to technology enabled industry and social change in the lifetime of today’s college graduates:

1. Non-pulluting, inexhaustible energy. Schwartz mentioned potential sources including fusion and gasoline-excreting molecules. “We need something new for the long run, and it will require new physics, new chemistry, new materials, new biology, or likely some combination.”

2. A “bio-industrial revolution” to make production of goods more energy efficient and environmentally sustainable.

3. Advancing understanding of the human brain, and developing new means to combat aging effects.

4. Improving agriculture to raise yields while reducing environmental costs.

5. Better urban planning, civil engineering, and smart architecture for more sustainable cities.

A fairly well known list – yet these are the key issues. But the most interesting thing of all that Schwartz said was this:”graduates should not assume they can do it alone. Collaboration is a key ingredient of progress.”

“At some point in the next few years, probably by the time you are 30 … you will have to make a life trajectory decision that no one tells you about: Are you mainly going to work on your own or work through others?” Schwartz said. “Many engineers, scientists, artists, poets, writers have great lives working mostly by themselves. But there are many things you cannot do on your own. If you want to lead research teams in larger organizations, or design and construct new buildings, or make movies or start new businesses, the skills of human collaboration are essential to success.”

In other words, collaboration – the means to and willingness to and resources to collaborate (globally) – is a key enabler of important breakthroughs. In theory everyone knows this and everyone agrees. But how much of competitive and legal process is all about protecting individual or national work, that is disrupting collaboration?

So in addition to the grand technology challenges for coming lifetimes, I offer a similar grand policy challenge (perhaps for Kennedy School grads of 2009): create the policies that genuinely promote and encourage collaboration. Do not encourage people, or companies, or countries to see benefit in working on their own. Facilitate and reward information sharing at every level… and then the Rensselaer grads and their equivalent around the country and the world will really be able to create the future that Schwartz envisions.

For event report see Rensselaer Polytechnic Institute http://news.rpi.edu/update.do?artcenterkey=2585

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Apocalyptic predictions are designed to be wrong. The point of doing them, as with “1984,” “Brave New World,” “When the Wind Blows,” etc., is to raise consciousness to negative outcomes and engender action so that the prediction, by succeeding in purpose makes itself incorrect in fact. “The Age of Stupid” is this all over. See the trailer here:

There is also a documentary about how the movie was funded and made.

Set in 2055, post the environmental global climate change collapse, it features last-man-on-earth (Pete Postlethwaite) as an archivist in a tower refuge somewhere in the Arctic north of Norway sifting through records of human life before it was wiped out, trying to find out why people did nothing to stop the eco-catastrophe that was imminent. The plot device allows filmmaker Franny Armstrong, (director of McLibel, 2005, about environmentalists who successfully challenged McDonalds) to showcase a selection of real reportage and news clips from today to withering effect. Like any good scenario it gives granularity: dates, names, actions, timelines. It points fingers and mentally readies the reader-watcher to act.

By all accounts this is a punchier movie than Al Gore-fronted “An Inconvenient Truth (2006),” and punchy is what is required to effect the goals of a future-influencing forecasting, that is, an assault on the powers that be and/or on public complacency.

By the way, if you want to see the best activist consciousness-raising movie (ever!) see Pete Postlethwaite in the anti-Thatcherite “Brassed Off.”

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A basic tool of foresight work is horizon scanning, that is, scanning for signals of change, early portent of trends, straws in the wind of change. Futurists do it habitually, and if not habitually then – the wisdom is – do it routinely by consciously scanning sources of information you don’t normally. Buying an agricultural weekly or teen idol rag at the airport, rather than your standard dose of the Economist.

It was in this spirit that I picked up the UK launch issue (aka May 2009) of Wired. Actually it’s not the first launch. Wired was in the UK ten years ago, but Condé Nast withdrew it in the dot.com crash. In the US at the time, I remember when Wired, the poster child of the Silicon Valley / Nasdaq bonanza, was almost as thick as a phone book each month. But those days were soon over.

Anyway, who could resist an offering that was about to tell me about my “Life in the future. “Fake Meat, Robots and Electro-Sex: the World is About to Change.” On the cover are, I kid you not, flying cars!

Now, I wouldn’t take this stuff seriously for a moment, if everyone else promised not to. But they don’t. So here we go. In the “What’s Next?” cover story 46 experts make 99 predictions about the next 40 years, and none of them will happen, or not in the time frame expressed.

Oh, moon settlement?

I shrink from sharing the list. Meal replacement patches, check. Moon settlement, check. The male pill, check. Every techno-fantasy of the jockish sci-fi world, check. Well, let’s stop on the male pill for a moment. Can we not do it? Sure we can do it – today. What’s stopping it is not technology. It is attitudes (machismo, essentially). So Wired experts are telling us that this will go away in a decade. Puh-leez.

I hardly need mention there’s no method given behind any of these expert forecasts.

Don’t you think Wired should be asking themselves why, in 2009, they are producing 186 pages of dead tree and carting it around the country in carbon-emitting trucks? Technology-vision may lead you to a view of the future. But it’s unreliable. The future is determined by what consumers are ready for. Well, that’s one of the 20-or-so key forecast filtering principles of Future Savvy.

Perhaps we should look at the cover story for what it is really about – which is selling magazines. Because, there’s no doubt that tech is changing, and many new capabilities are coming on stream, and this is very, very fascinating to imagine uses for. And this fascination is what Wired packages and sells. Don’t bet any money on the predictions though, certainly not their timeline.

But sturdy in some areas

Aside from the predicting lark, it’s a good magazine of its kind. The features are well-conceived, well-written, for example, one about how the BBC iPlayer business was built; a feature on sea salvage; a profile of PayPal founder Elon Musk; the David X Li formula and how it mis-calculated risk, and so on. Great stuff. Actually quite a sturdy business-oriented-view of techno-change, if you can get past the boys-with-toys riff of the magazine as a whole.

So, actually, much to like. Just, please, don’t think a lad’s mag is going to tell you anything coherent about the future.

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Happy New Year! Well, this time of year traditionally brings out the “January 1 quarterbacks,” poking fun at the wrong predictions for the year just past, awarding dunce caps, particularly (deliciously) to famous people.

This punditry is widely read, and sometimes published in respectable places. Some of it is just year-end fun, and nothing wrong with that. But there is also a failed-forecast “nyah-nyah” that is corrosive to the foresight field in general, which demands answers. So at the risk of giving the 20/20 hindsight artists undue oxygen of attention, here are a few thoughts:

Consider Foreign Policy’s “10 Worst Predictions for 2008.” (Dec, 2008). Highlights include:

“If [Hillary Clinton] gets a race against John Edwards and Barack Obama, she’s going to be the nominee. Gore is the only threat to her, then. … Barack Obama is not going to beat Hillary Clinton in a single Democratic primary. I’ll predict that right now.” —William Kristol, Fox News Sunday, Dec. 17, 2006

“Should I be worried about Bear Stearns in terms of liquidity and get my money out of there?’ No! No! No! Bear Stearns is fine! Do not take your money out … —Jim Cramer, responding to a viewer’s e-mail on CNBC’s Mad Money, March 11, 2008 [Bear Stearns was sold to J.P. Morgan Chase at about a 90% discount to it market capitalization at the time of the forecast]

“The possibility of $150-$200 per barrel seems increasingly likely over the next six-24 months.” —Arjun Murti, Goldman Sachs oil analyst, in a May 5, 2008, report [Oil was then around $130 a barrel. By late December it was below $40.]

Or this one from Business Week’s list of 10 (December 24, 2008)

“Existing-Home Sales to Trend Up in 2008″ —Headline of a National Association of Realtors press release, Dec. 9, 2007 [On Dec. 23, 2008, the group said November sales were running at an annual rate of 4.5 million—down 11% from a year earlier—in the worst housing slump since the Depression.]

The Future Savvy question is: how should we think about predictions like this? And how should we think about failed-forecast spotting?

1. Failed-forecast spotting is not remotely “scientific”
This should be obvious, but somehow never is. Purposefully extracting the failed forecasts from the total set of forecasts says nothing about the quality of the set in general. Many did predict Obama; did predict the downturn, etc.

2. Failed-forecast spotting raises a healthy skepticism, but runs to nihilism
Despite not passing any credible test of knowledge, at least failed-forecast spotting stokes apprehension about forecasts and the wisdom of experts. At base this is healthy. Prediction is hard, and it is mostly done poorly. And experts often transgress the boundaries of their expertise. (Typically, in this instance, they know a lot about their field, but often don’t know more than the next Joe about the future of their field, often because their expertise is wedded to existing practices and assumptions.)
Prediction skepticism is fine. What happens, however, is that tempts a “nobody can predict anything” nihilism. This is its own failing because many predictions are in fact excellent, producing good foresight, which is a key strategic and competitive advantage.

3. Often the short term future is harder to see.
This is the trickiest insight of the lot. As everyone knows, it’s impossible to accurately predict the future (which is not the same as usefully predict the future, see arguments in other posts). The world is just too complex, too chaotic. But there’s a wrinkle. It should be that the further we look into the future the harder it is to see. The world will change more – there is more time for unpredictable things to happen. The short-term future (one year, say) is closer to us, it should be more like today and we should be able to anticipate it better.

In fact, short-term foresight is the most impossible task: a casino game. In the longer term (10-20 years, say) strong trends can be relied on to have had their impact. For example, the move away from fossil fuels, or effective nanotechnology engineering, or simple domestic robotics, can be reliably forecast. But while the sweep of these and other similar evolutions are reliable over time, the short-term picture will suffer lags or reversals that follow no pattern at all. (It’s no accident that is this is just like the stock market. In the long term the market will go up, in the short term it can go anywhere.) Also short-term predictive failure is compounded by the fact that the standard to which it is held is higher – we expect specifics: dates, places, numbers, players, winners – that are not demanded of a long-term view. In other words, near-term predictions are all about “point forecasts,” and there’s nothing more impossible than a point forecast unless you believe in tea leaves and crystal balls.

The take away: short-term point forecasts really are a mugs game and the skeptics are right. Medium-long forecasts, when well done, are worthy of our strategic and competitive attention.

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