Monthly Archives: February 2001

Competition in the information age

Consolidation is the result of economies of scale – essentially horizontal integration, vertical integration, and resource sharing. These methods create competitive advantages in powerful ways that make it difficult for smaller players to compete in the same markets. There is nothing necessarily wrong with this trend, but it creates large barriers to entry and often leads to larger profit margins than would be otherwise possible.

In the information age – yes, now – this effect is greatly increased, and the limitations of transportation and capacity have been eliminated. The ability to integrate and share resources is much easier, and new extra-strength synergies are created. For example, if a website allows you to shop for both books and music, then it is possible to tailor your music shopping experience based on your book purchasing preferences. This is a very simple example of a much more powerful trend. It may be impossible to enter into any sort of competition with large information companies after the next 20 years.

You can already see it beginning to happen: Yahoo builds from scratch any web business that seems to make sense. Then because of its existing market coverage, and the ability to integrate new businesses with existing businesses and data, Yahoo is able to capture so much synergistic value that they gain an insurmountable competitive advantage. In this way, I think that Yahoo and the other major aggregators and integrators are great companies.

There are risks. Big ones. And the FTC may not be able to do anything about it.

It may be inevitable that the consolidation will lead to a stable equilibrium under monopoly – where there would be no reason to be a competitor because the types of services being provided rely on historical information and broad business integration that is impossible to recreate or beat. Then this monopolist would have virtually limitless pricing discretion, and the ability to manipulate markets and cultures in unprecedented ways. Humanity, in many ways, would be at the mercy of the monopolist. (I hope that its leaders are benevolent democrats with philosophically sound motivations and long time horizons – but what if they are not?)

The only way to eliminate this market dynamic is to eliminate the factors that make it possible, namely, the opportunity to use your market dominance in one field to create dominance in another field. More specifically, eliminate the competitive advantage created by archival data. This can be accomplished by sharing archival data freely. But what about my privacy? Good question. We have a big problem here. The private information about you and your preferences plays a large role in creating the value that leads to this consolidation. If you want to eliminate this competitive advantage, then you either eliminate the value or you share private information.

There is another way.

What if users owned their own archival data? Amazon could still track my click streams, and do whatever they wanted with them. But I would also be tracking my own use, and have control over my own preferences and historically available data. Amazon would quickly learn that the personalization algorithms produce much more valuable customization using the users’ data than the Amazon archives. Market entry for this standard benefits from this implication. Now what happens if you go to a small competitor – one with little history, but better value than the others? They would be able to provide you with services that took advantage of your archival data, just as the monopolist would have. Competition is restored, and the advantages for humanity are regained as well.

Somebody should create a standard – probably using an XML document editable from within your browser. I’d love to help. Somebody has to do it eventually, and the sooner the better for all of us (except the monopolist, of course!)

Intellectual property protection is important

Imagine there are two worlds: One with freely flowing information, and the other with intellectual property rights retained. What would these worlds look like?

What are the implications of free distribution? Whatever they are, that world is still available to the people in the world with information rights. The individuals with rights would just be foregoing their rights, an option that is often exercised today. It’s obvious; some information is worth more than others. Being able to price and transact for money is a basic financial tool that has been developed to make trade and specialization possible. Would we really want to eliminate this important dynamic in the next cycle of business evolution? What would be the implications of that loss? There would be no direct incentive to create valuable information; originators could benefit from the marketing effects of popularly reproduced content, but this is not the same. Clearly, an important part of the economy in the coming century will be based on software companies, media companies, research companies, and other producers of intellectual properties. Eliminating the financial viability of their products would eliminate the incentives for these companies to exist.

Allowing trade is always good. If it weren’t the preference of both parties, then the trade wouldn’t take place. Licensing intellectual property is similar: If you were willing to pay for it, it was because it was worth at least that much to you. Anticipating the value you would assign to their work, the producers invest their time and resources into a better product. What quality of intellectual property would you rather live with?

In which world would you rather live?

The Changing Face of the Hardware Industry

;Hardware is going to be increasingly smaller and more powerful. Nanotechnology, and the potential that opens up to us with the ability to manipulate structures on the atomic level, will have at least two profound impacts on the hardware industry. Firstly, the size and specificity will make interfaces and tools much more powerful and flexible. Secondly, the self-construction of molecular components will nearly eliminate the cost of manufacturing.

Some of the technologies that may become commonplace:

  • Cleaners – scouring for impurities and removing them,
  • Remote sensors – devices that reside far from us and operate by receiving, interpreting, and transmitting information. This will expand our information gathering capabilities to open new avenues of predictability and accountability.
  • Sensory interfaces – devices that are near, touching, or even within us and operate by receiving, interpreting, and transmitting information. This will expand our senses to include all measurable information, and be just as intuitively interpreted as we perceive oscillating pressure information as sound.
    • Contact lenses that supplement vision with graphical displays.
    • Hearing aids that receive any combination of audio streams at various volumes.
    • Cloths that manipulate pressure, texture, and temperature.
    • Self evaluation devices that read your own physical characteristics and track health stats.
    • Personalizers that interpret your biochemical reactions to stimuli and control devices to optimize your state.
    • Storage for the massive volumes of information that is a daily part of life.
    • Controllers will directly manipulate your nervous systems, biochemistry, and genetic makeup.

The Changing Face of the Software Industry

When the world seems too wide for purely individual effort, craftsmen of all sorts spring up to specialize. Specialization and trade bring the world to a better level of productivity, and encourage innovation in endlessly narrowing fields. The same dynamic will take hold in the software industry, but this time the wires are the trade channels, and the coders are the craftsmen. Systems will become independent, allowing plug-in applications, interfaces, drivers, and other components; just as monitors are interchangeable now. Large teams of coders will be able to work together without understanding the details of the others’ work. This will be enabled by standardized information interfaces between modular functional components.

The number of programmers will increase in total, but a smaller number will produce broadly adopted code. These few will be developing applications that are web-served and integrated through standard information interfaces with a large system of other applications.

ASPs will emerge that offer as much computing as consumers in each market demand. The software will run centrally, and deliver the services that are traditionally performed by the operating system. Individuals and companies will be able to research, create, manage, and distribute information of all kinds in an efficient and commercial manner. Information access will be intuitive, and input devices will learn to recognize your intentions based on your patterns. A small number of ASPs will emerge after a great competitive consolidation war. The winner will be the architecture that is best able to serve and keep the public’s mindshare through adoption tools, distribution tools, and financial tools, and competitive tools.

  • Adoption tools include a visual interface, intuitive navigation and control, ease of use and editing, and other systems that encourage a habit of use. This opens the door of market entry for a scaleable service.
  • Distribution tools refer to the systems used to place adoptability in the perceptions of the optimal target marketing. The ASP nature of this software technology trend will merge the functions of marketing, sales, advertising, and PR.
  • The approach to the financial tools will determine the incentives for the use and support of the system. Contributors of new valuable information will be paid to encourage their contributions. Service providers of various kinds will be paid for their time, effort, expenses, and access to their information. All types of files and assets will be transactable for money, credit, or barter. Transactions will take place across borders — encouraging legal, pricing, and tax parity.
  • Competitive tools include personalization, aggregation, integration, and any other activity that increases the added value of the service or increases the burden of changing services. These tools will, in many cases, retain users in inferior systems until the value proposition becomes very strong. And by then it is too late for the inferior system to catch up.

Competition will continue to exist in the hosted computing industry for many years as an overwhelming breadth of media and services shocks the human race with an information overload. Cultures will specialize and form media, financial, and service niches. Interfaces will develop to increase speed and resolution until we can no longer tell the difference.

Irrational exuberance and other drivers of economic growth in the information age

Alan Greenspan, the Federal Reserve Chairman, once labeled the nation’s sentiment as one of “irrational exuberance”, and subsequently tightened monetary policy to prevent an overheating economy. It seems pretty clear, however, that this period of optimism and growth was one of the most important periods of technical and social development in human history. New business possibilities, medical breakthroughs, and communications tools mark this period, and drove the exuberance. I propose that the exuberance is not irrational at all. In fact, I believe that the market was correct to be excited about the potential of recent technological advancements.

Value and growth are not necessarily measured best when viewed in dollar terms, and the period of time when a company commercializes its non-financial value can often be many years. Take Geocities for example. This is a company with negligible financial assets, yet was purchased by Yahoo for more than $5 billion… yes. Was that irrational? Or does Yahoo know something that Greenspan does not? There is significant value in information and habit. Information is the better-than-money bits that translate to utility in the information age. Habit is what brings customers back, and signals the acquisition of and demand for future information.

Ok, then how should the Fed think about economic growth? How should they consider information assets in the optimization model for the welfare of Americans? I think that, for the most part, the financial markets do a decent job of evaluating information assets; we see the widening distribution of P/E ratios in public company market capitalizations as investors placing value on non-financial assets. It is not absurd to think that investors are placing large value on the information assets that do not play a role in the traditional valuation models used for equities. Additionally, economic growth can go up without creating inflation as long as productivity increases enough.

Now that the Fed has loosened rates by a full 1% in less than a month, I think that they are attempting to re-ignite the ‘growth’ that marked most of the 1990s. That is not to say that they are looking to raise the level of the stock markets, or increase economic growth beyond 3-4%, but that they will try to create an environment where technical and social development is optimal. Inflation tends to fall as productivity increases, all else equal. I hope that the Fed begins to use their power to encourage gains in productivity as a vehicle to offset inflation under historically high economic growth rates.