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Politics : High Tolerance Plasticity -- Ignore unavailable to you. Want to Upgrade?


To: Raymond Duray who wrote (10322)11/6/2001 4:43:18 PM
From: stockman_scott  Read Replies (1) | Respond to of 23153
 
Welcome the E-Police

Peter Huber, Forbes Magazine, 11.12.01, 12:00 AM ET

Most Web traffic flows through large hubs. It wouldn't be hard to set up computers and massive storage systems to intercept and store quite a bit of it.

Government computers should intercept and record all our Web traffic, e-mails, digital phone calls--basically everything that civil libertarians are getting so frothy about these days. We should be turning our very best spying technologies inward, on ourselves. I'm proposing a police state, right? Not at all.

Digital networks are now so crowded with bits that as a strictly practical matter they offer near-perfect privacy. The Sept. 11 terrorists certainly used these networks with impunity. The Web offers most of us convenience, limitless free speech and a lot of new privacy, too, in that it lets us bypass the exposure that is inescapable in life lived face to face. It also makes possible far-flung secret networks of evil people who conspire to commit mass murder.

Electronic detective work, as we now see, can nevertheless do wonders in rolling up such networks after the crime has been committed. Much has been learned from digital records maintained by airlines, aviation schools, banks and the murderers themselves on their own PCs. We welcome that kind of retrospective snooping, of course. The best way to protect the future, now, is to search backward relentlessly, in space and time, to expose all who had a hand in the conspiracy, a month, a year or a decade ago.

But lots of the relevant digital past will already have vanished. Domestically, at least, little of it will have been intercepted and archived. What the FBI would really like, right now, is the power to wiretap yesterday's traffic, too. Think of it as the power to time-shift wiretaps as easily as we time-shift TV shows with our VCRs. (In the Side Lines column of the Oct. 15 FORBES, the kind of retrospective database I have in mind is called a "data lock box.")

The mechanics, at least, would be straightforward. Most Web traffic flows through large hubs. It wouldn't be hard to set up computers and massive storage systems to intercept and store quite a bit of it. Screening software would have to be used to keep the volumes manageable, but the basic objective would be to get more, not less. Google-ize private Web traffic in much the same way as the major Web-searching engine of that name caches public Web pages.

And the Bill of Rights? Congress should declare that a "search" doesn't happen when one machine does something to another machine's traffic. For legal purposes the search should be said to occur only if and when information is ultimately extracted and used. Draft the law carefully enough, and it will survive the inevitable Supreme Court challenge.

It's not hard to copy and store huge volumes of traffic without giving anyone any access to it--all it takes is a robust encryption engine. Then, long after mountains of encrypted data have been filed away, retrospective searches can be authorized by the same judicial authorities who issue warrants that authorize wiretaps and the search of private databases today. And subject to all the familiar constitutional safeguards: a showing of probable cause, and a specific delineation of the virtual target and scope of the search. The warrant will have to be precise and narrow enough to feed straight into the software that conducts the searches--the databases will be far too huge to permit any other approach.

What do we fear? That when the authorities do search, they'll find too much? That just begs the question--whose privacy are they invading, on whose say-so, for what reason, and what's "too much"? That the keys to the vaults might fall into the wrong hands? That's a problem with ballistic missiles, nuclear power plants and jumbo jet cockpits, too. Databases are, if anything, easier to lock up safe and tight. Smart people with civilized governments can always find adequate ways to guard their key rings.

The Fourth Amendment right to be "secure in our persons, houses, papers and effects," begins with "persons." More than 5,000 of our fellow citizens lost more in the way of freedom last month than ACLU lawyers can ever restore. To protect ourselves from hostile outsiders, we should enlist every bit of the awesome technological power at our disposal. To protect ourselves from the much more remote threat of abuse of that same technology by our own government, we should trust in due process and the rule of law.
____________________________________
Peter Huber, a Manhattan Institute senior fellow, is the author of Hard Green: Saving the Environment From the Environmentalists and the Digital Power Report. Find past columns at www.forbes.com/huber.



To: Raymond Duray who wrote (10322)11/6/2001 11:18:23 PM
From: cnyndwllr  Read Replies (1) | Respond to of 23153
 
Ray, your post on biotechnology is insightful, learned, and well written. I could not have written such an intelligent thumbnail sketch of the sector and the factors that are driving the ultimate understanding of animal and plant biology. Having said all those nice things (g.) I have an intuitive feeling that your conclusions are wrong and I have a few thoughts to support that feeling.

Many of the facts that you point out with respect to how far off we are from having the keys to the protein and the cellular puzzels are undoubtedly correct. It is also correct to state that we are far from being able to discover, secure approval for and mass produce "products that the general public needs and wants" by 2003. Finally, it is undoubtedly true, as you say that "the profitability of the industry today, to a value investors point of view, is simply not compelling." In my opinion, as uneducated as it is, NONE of these facts will drive the market in biotechnology over the next few years. In order to understand my point of view several additional considerations are crucial.

Among these considerations are:

First, there is a huge CURRENTLY UNSATISFIED market for effective health care products that cure diseases, that relieve pain without harmful physical or psychological side effects, that prolong the term of life and even the term of life that is physically active, that enhance mental skills and physical appearance, and on and on (although I can't think of any now. g.) If we look just at the market for drug therapies that can extend life for cancer victims world wide or just enhance the quality of life for such victims, the market is huge. When you add in other serious illnesses or even such mundane illnesses as the flu, the size of the market is mind numbing. Many of the people who have the most need for such therapies are those with the most ability to pay for them or to pay for insurance to pay for them.

Second, the patent laws are working well enough that those who discover novel ways to find the keys to such discoveries, or who make such discoveries themselves, are well rewarded.

Third, the marriage of biology and technology is just beginning and the tech side of that marriage is just starting to spread with some JV's devoted specifically to bio. The learning curve should be geometric.

Fourth, it is not necessary to unlock proteins and cells on a grand scale in order to have significant breakthroughs that lead to amazing new medicines. Many of the current crop of drugs in phase 1, 2, and 3, studies are the result of serendipidous discoveries derived from the edge of the big cahuna. Others are evolved from our ability to alter diseased cells in ways that render them harmless so that we can use them for vaccines against diseases the individual has not yet contracted OR against those the individual has, by using the rendered harmless bad cells to alert the immune system to it's need to fight diseased cells the body had not previously recognized. Other companies simply stumble into things but are now able to isolate and replicate the beneficial qualities of the compounds they found.

Fifth, epidemiology standards and practices are accepted that allow scientists and approval agencies to isolate cost/benefit factors across wide geographical areas. The result is probably better efficiency in company wide decisions to pursue or drop certain drugs at earlier stages. We may be too conservative at times but at least the rules of the game are better known than in the past.

Sixth, there is still tremendous public sector financing support, along with private financing support in this field. The end result of successful discoveries will benefit all, including those who run government and have money. No one is immune to sickness, disease and aging, not even the rich and powerful and their families.

Seventh, can you imagine how much is spent yearly on the treatment of illness and disease, much of it ineffectively spent. The market is staggering.

Eigth, ninth, tenth, etc. the market is staggeringly huge.

I'm sure there are more but, hey, a guy can only type so much and I'm a little tired after defending myself from Gottfried and his henchman on the great "girley car" debate. (Thanks JHR, but after all those posts to me I question your judgement in coming out and admitting ownership. g.)

I think the bottom line is that this is a tremendous sector where the risk is high and the reward is higher still. All it has taken in the past to ignite this sector is for one of the story stocks to appear to be approaching a breakthrough. I think it is nearing critical mass where things start to come together in terms of what we know and how fast we are learning it. I don't see it as a bubble because the rewards are there from a fundamental point of view, it's just that the uncertainties and the time line are not in focus yet. As the tech sector struggled and discretionary money dried up, the biotech sector dropped. That's natural, it's also natural that when the market improves and venture capital is repaid, the biotech sector will get it's share. The knowledge base is building and with the tech side of the partnership becoming more involved, the future looks very promising for lots of new therapies. We may be a long way from the miracle therapies to reverse aging or cure all disease, I believe we are not so far from some significant breakthroughs on curing some diseases.

The problem, of course, is knowing which ones will be the ONES and which will fall by the wayside. One thing is sure, there are companies out there now that we will look at in 10 or 20 years and tell our grandkids "I could have bought stock in that company for under $3. This truly is the ground floor for a sector that will likely be one of the largest sectors of the economy in the future.

I, on the other hand, will be able to tell my grandkids that "I bought several companies for under $10 but not the ONE." I think you will agree that my story will be much more tragic. On that note, don't ever mention fundamental and biotech in the same breath again or I will really write a long post, tired fingers from "girley car" posts or not.

Warning, I don't know a damn thing about biology; I don't even remember if I took it in high school. I don't know much about tech either. I suspect that both of these are drawbacks in botech investing but I do believe in luck and base most of my investing decisions on the uncomfirmed belief that I am lucky. I might have even drawn on Clint Eastwood in his earlier movies. I wouldn't chance him in that last one where he was a worn out killer for hire though. I think it was "unforgiven." Ed