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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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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It’s an auspicious time for those of us long convinced that design and future studies are fields with significant overlap whose coordination is helpful in addressing both social and commercial problems and/or future opportunities.

Conference: March 19-21

Tim Brown of IDEO, the the industrial design firm, recently published a Harvard Business Review piece Design Thinking – investigating designer-methods in business innovation. At Davos last month there was a “Global Agenda Council/ Design,” featuring Newsweek’s Bruce Nussbaum and built-environment design firm ARUP’s head of foresight, Chris Leubkeman. (The general agenda may be found here.) Next month, the Association of Professional Futurists are having a “Futures by Design”  conference in association with The Art Center College of Design in Pasadena, CA.

And so on. I’m going to be blogging more about this. But for now I wanted to put out a note-to-self I wrote on the issue about five years ago, trying to briefly define how the fields relate to each other, and what the crossover is. Here goes:

The tools of design and planning dovetail closely with those of industry foresight. The overlap and interaction between these two disciplines is not commonly understood, and so the methods and process insights from design professions that could augment the range of strategic foresight tools is often ignored.

1. Beyond aesthetics
Sunday supplements and glossy magazines often use “design” to mean style and fashion. While aesthetics is important, good design means much more than how products appear. It is about creating better processes, interactions and solutions for human benefit. This often involves experimenting with new technologies, envisaging possibilities under conditions of uncertainty and complexity, exploring and comparing alternatives, and determining the best and most durable solution for the long term.

2. Future focus
Whether planning a building, or redesigning a product, or innovating a process, the designer is called on to anticipate a solution that caters to future needs ­ often responding to futures issues, for example environmental-sustainability pressures and changing social values. In other words, design methods, like futures tools in general, form the bridge between current products, systems and practices and what it will be required and desired in the future.

In achieving this future focus, designers, like good “futurists,” must use techniques of imagination, creativity and intuition to generate and evaluate future outcomes. Like futures professionals, designers are called on to practice original thinking, imagine the world differently and see possibilities that others don’t. They are required to take risks, negotiate change and challenge the status quo under conditions of ambiguity and uncertainty. And like good foresight work, design succeeds only if it finds the right tradeoffs between technology possibilities, economic realities, and social needs.

3. Rendering
More than merely anticipating the future, designers and planners are practical agents of visual imagination, creating the blueprints for the objects and experiences of tomorrow. From product creation to urban renewal, designers and planners have tools and experience translating abstract future concepts and ideals into visible or tangible form ­- “making the invisible visible.” Through this rendering function they are primary agents in articulating the future, and therefore in helping us see and negotiate (or refuse) the transition.

4. Systemic innovation
Design is about systems and practices as much as products: better-designed systems improve utility, cut costs, and improve resource use. Designers play a key role in the organizational innovation process as a whole, including the development of integrated product and services, or inventing new types of value chains, alliances, and collaborations.

In sum, much of what foresight professionals are trying to do every day is already being done by design professions. Their methods and process insights should be integrated into the foresight field as a whole.

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A fascinating 1981 two-minute KRON news story about home computers and the future of newspapers appeared on BoingBoing a few days ago. The clip is here:

The story covers the pilot project of two San Francisco newspapers seeking to create an online edition. The presenter starts: “Imagine if you will sitting down with your morning coffee and turning to your computer to read the day’s newspaper. Well it’s not as far fetched as it seems…”

28 years later it’s exactly what we do. But it seemed far-fetched then, and this was not a misjudgment: it has taken us until now, the full 28 years in most developed countries, to get to the point where mass online newspapers rival mass print editions in the market. What might that tell us about what seems far-fetched now, whether it will happen or not, and how long it will take? How does it improve our foresight?

$10 plays 20c, but not for long
The news clip features early 1980s computers – the text-only green screens – and achingly slow phone-set modems. A newspaper takes two hours to download (with no picture, ads, or comics). So there are technology limitations.

Then there are economic barriers: the local-call hourly charge is $5 (=$10 for the paper) while the print copy costs 20c.

And there are system-wide market-adoption issues: there are only “two to three thousand” home computers in the Bay Area at the time. Home computer penetration is obviously related to utility (usefulness/cost) of the machine.

But in 1981 home computers were about to get a whole lot better for a whole lot less – and with this programmers would be drawn into turning the technology into something we actually need, and ultimately can’t do without – all driving towards the utility jump that signals mainstream adoption. But at the time home computers were an unimaginably small niche of the total media market.

Fast forward to 2037 and what might we be able to say about it? First, that the pilot projects of important new mainstream markets already exist today (along with great business opportunities). The technologies involved are, now, incredibly clunky and expensive, meaning consumer utility is laughably low. But this will steadily unravel to the point where the technology is fantastic and affordable, and voila! We will have fundamental transition and entirely new mainstream markets.

But the most important lesson of all is this: it will take a generation. The future never cuts corners. All fundamental changes in social and market patterns take at least a generation, if not more. There’s a well-known truism in foresight work, which is this: we tend to overestimate the pace of change, but underestimate how all-encompassing it will be, once it comes.

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Microsoft - Computer Electronics Show 2009

Product prototype communication is a close cousin of scenario building. Typically the company creates their product or service in action, in the future, being used by happy customers, their “preferred future” scenario. Prototype communication doesn’t typically build in alternative scenarios, the litmus test of strategy-based scenario work. It’s more a kite-flying exercise, designed to put out a future-oriented message to stakeholders and the public, garner broad feedback, and (if you’re powerful like Microsoft) put up “this-is-the-future-of-the-industry” markers.

Nevertheless, with the caveat that they are one among many plausible outcomes, product showcase scenarios can be an eye-opening guide to what’s actually possible and what the future will be like.

A newly released Microsoft “Future of Computing” video, showcased at CES 2009 in Las Vegas in the past few days, is an example. The 10-minute piece, presented by Janet Galore, Program Manger: Strategic Prototyping, takes us through a scenario of interactive education in the future (when, exactly, is not said but the implication is it’s not too far off) showing how participants would find, use, and share information across devices and across platforms.

What we see is a tablet PC that can communicate seamlessly with other electronics and interact with Web info on the fly. Okay nothing new there. What’s interesting is how it’s all held together by surface computing, a smart desk with a screen, which allows information to be viewed in the process of collaboration, sharing, and filing.  In some futurist fantasies it is thought that communication is ideally invisible (my phone e-handshakes your phone without me doing anything, etc.) But actually humans mostly seem to prefer to see what’s happening, and to have the choice to interact with what is happening while it’s happening – not least so they know what machines have done and don’t have to pull their hair out before they find their precious work buried four subdirectories into the Temp folder… sheesh. But I digress.

The scenario focuses on organizing and sharing multiple inputs, therein making a pretty clear statement about the future: what will be really valuable is not access to information anywhere, anytime (an assumed, table-stakes factor), but a way to share and collaborate with the information in an productive way. It refreshingly assumes that whiz-bang graphics – they are there too – are the easy stuff, but that collaboration and teamwork are the hard things to get right, and the truly valuable service given the chaos of billions of voices and trillions of data objects that pertain in any human-work future.

The other real strength of the prototype and related scenario is its close attention to natural (or, at least, strongly socialized, conventional, classic) human ways of doing things, which are slow to change, and therefore will change slowly. The smart desk is something one can really see oneself sitting around, because this is what we already do. Also this future of computing envisages no stylus, no mouse, no magic wand to master. Rather, we move digital stuff around the desk with our hands. We point to it and we shift it. That is, digital capability accommodates and interlaces with Stone Age human and organizational patterns. That’s why this view of the future is persuasive.

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I finally got to look at Kevin Kelly’s TED presentation on “the next 5,000 days of the Web,” and bring it up here because it’s really worthy of comment from a foresight quality – Future Savvy – point of view.

Kelly needs no introduction. He’s the executive editor of Wired and a core who’s-who in the new media technology world. The first lesson he has to share is a key one: the Web is only about 5,000 days old – that’s about 13 years (the Internet, DARPA, etc., is older) – and all the stuff we have and now take for granted, from online investing to social networking to Wikipedia has happened in this short time.

The video is available here:

As Kelly says, and he’s undoubtedly right: “if I had predicted all this would be there (and free) nobody would have believed it. It’s impossible. The lesson is that very big changes do occur in fast-moving industries when considered over a decent-length (e.g. 10-15 year) timeframe. So let’s not kid ourselves: mere extrapolation of current trends doesn’t take us to the future. A leap – a paradigm shift – a willingness to anticipate fundamental shifts in technologies, institutions, and business models, is required.

So, against this, it is interesting that much of what Kelly predicts for the next 5,000 days of the Web is fairly conservative… but he does build in the idea of a new, fundamental shift.

The Web in 2020

What does he see coming in the next 5,000 days?

1. First thing is what Kelly calls “Embodiment” of the Web, by which he means that every device, every screen (laptop, phone, iPod, sat-nav, etc) becomes a “window into the machine” rather than a stand-alone device. There will be one Web, one machine, and everything will go through it. Part of this is that the Web will be embedded into the physical world – inanimate objects from cars to shoes to will have connectivity. Whether through RFID or other technologies, “there will be an Internet of things.”

Hello? We’ve heard this all before. Many times. In fact we were hearing it in the 90s. This doesn’t mean it’s wrong. In fact if we’ve been hearing it for so long, and the trend is still clearly in this direction, the forecast is probably right. What’s interesting is how non-radical it is.

2. Next he talks about “Restructuring” which is his term for the “Semantic Web” or what some call “Web 3.0” The idea is: first we linked computers (the Net), then we linked pages (the Web), and next we will link all the data or information or ideas anywhere on the Web to all relevant data /information/ ideas elsewhere on the Web. (This made possible by technologies such as XML, RSS, OWL, API, RDF)

One of the payoffs of this, says Kelly in an illuminating example, is that we won’t have to “re-friend” in each social networking platform. The technology will know we’re “friends” with Warren Buffet and Tom Peters and Malcolm Gladwell (…lol) as we move from Linked-In to Facebook to Technorati, and so on.

3. Kelly’s final point is that humans will be co-dependent with the Web. It will be always on, always there, ubiquitous, and the single fundamental tool we depend on to do everything.

Again, there’s nothing new in these points. It’s all been said before. In fact, as is often the case in good futures thinking, the value in Kelly’s forecast is that it is a carefully considered “cut” from what is usually forecast, leaving behind the wilder things that are said. Kelly on Web 2020 doesn’t say “expect digital human implants; ‘conscious’ devices; retina-as-screen,” and so on – the beam-me-up-Scotty kind of foresight that unfortunately often gets the headlines.

The next stage
Nevertheless, he is equally not saying the next 5,000 days will be “like the Web, only better.” The capabilities, the embodiment, the dependency, imply a new stage, he says. What that new stage will look like at the business and institutional level – what products/services/delivery will be possible via Web 3.0 – what the Yahoo or Google or Facebook or similar iconic institutions will there be, Kelly does not get into.

Fully thinking through the next 5,000 days of the Web involves going from the capabilities to what is built on them. But all in all this is a classy, integrated piece of future thinking (that easily fulfills the Questions to Ask of any Forecast checklist in Chapter 11 of “Future Savvy”) and is a solid foundation on which to consider future business and organizational implications.

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My attention was struck by an advertisement in The Times on October 1, 2008 (on a plane to NY – for better or worse this paper not a routine part of my daily diet) that offered a “LP2CD” machine that transfers vinyl records to CD directly.

This is the item:

There’s nothing new about this of course – the product has been around for a while, and ways to take vinyl and digitize it have been offered since the CD became the music industry standard in the mid-1980s. What’s interesting is that it is still being offered in 2008, more than 20 years after the technology transition. And still being bought, despite a sticker price of gpb 299 (nearly $600. In fact, this is the special newspaper-tie-in deal price.) The producers and marketers have, no doubt, done their homework: there are still enough people out there with vinyl records to justify a product and a campaign, including big newspaper spots that don’t come cheap.

What does this tell us about the future, and about predictions? It illustrates a key principle in thinking circumspectly and more accurately about the future. Legacy investments and legacy situations are a reality. They often represent a significant slice of daily practice or market share, well beyond the time when things have, officially, moved on. For all practical purposes, in any future the past continues to exist for a long time.

A slow and measured exit
This is common sense. But often missed by breathless techo-forecasters whose eyes are fixed on the next new thing. The implication of many forecasts is, when a new technology emerges into the market (which often takes longer than expected) that is also when previous solutions fall away. Not so. Yes, sometimes a new product is clearly advantageous, and adoption is rapid and pervasive. But when there are real investments in prior systems and technologies, these typically work their way out of people’s lives slowly, often over generations. The transition takes longer than we think it will.

While they are still part of the picture, legacy systems work against change (“This is working fine for me, why should I shift?” or “I’ve invested heavily in this, I can’t afford to shift”). On the other hand, as evidenced by the LP2CD in 2008, opportunities in the legacy system, or in facilitating a transition to the new system, may exist and be significatn long after everyone’s attention has moved on.

There are legacies in all kinds of products and services. A case that is currently pertinent, as discussed in Future Savvy, is the existence of deep legacies in the automobile industry and gasoline-petroleum supply chain. Both petroleum supply constraints and carbon emissions worries are driving hybrid engines, new fuels, and renewable forms of energy (technology is not the obstacle here) but the reality is that we are all deeply invested in a legacy petroleum-automobile system, from the well to the refinery to the factory to the forecourt. Even when new / alternative energies are proven, reliable, and equal in price and performance, the legacy will continue to exist, and it will erode gradually, as companies or consumers slowly renew their investment over time. Of course regulatory or social pressure can accelerate the incremental process, but nothing can make it vanish.

This means, in this example, there’s no possibility of a sudden change in individual land-based transport solutions. Whatever comes along will have to emerge into and live side-by-side with past systems and infrastructure for a very long time.

Legacy as luxury
Here’s another principle of legacy systems surviving into the future. There are many examples where a surpassed technology remains in existence, but moves into a niche or luxury market. The car replaced the bicycle and the horse, but both continue to enjoy massive popularity. In the developed world, more bicycles are sold than ever in history, but these are primarily for exercise or leisure. Horses, once widely distributed through society as instruments of work, are still part of a very active industry, but this industry is about leisure and/or gambling. Similarly, electricity replaced candles as our primary means of illumination, but candles are everywhere – associated with mood and romance rather than functionality. Ball-point pens squeezed the fountain pen off the table, but that merely freed the fountain pen to become an icon of status and refinement.

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