Living Machines
This is a really good read from Wired about a variety of areas of technology and science … and more.

“Copernicus demoted humanity by removing Earth from the center of the universe. Darwin showed that, rather than being made in God’s image, people were merely products of nature’s experimentation. Now, advances in fields as disparate as computer science and genetics are dealing our status another blow. Researchers are learning that markets and power grids have much in common with plants and animals. Their findings lead to a startling conclusion: Life isn’t the exception, but the rule.”

More mesh network attention
This is an article by an IBM employee about mesh-networks. Some interesting perspectives and research going on …

City-Net: The future of wireless. Imagine a wireless meshing network that connects emergency workers, traffic signals, message signs, public transit vehicles, information kiosks, video cameras and other city resources. [Computerworld Mobile/Wireless News]

More progress in flexible displays and organics
This is an example of the progress being made with flexible displays based on organic materials. This company with working on “electronic paper” as one of their products, and is working towards replacing the glass-based LCD panels in laptops and other devices. Here is a Washington Post article, along with an article in Scientific American. This was also mentioned on Slashdot.

Polymer Vision Produces 5″ Rollable Displays [Slashdot]

Visualizing Social Networks
While working with network management software I always enjoyed creating ways to visualize the networks, and more importantly their traffic patterns and flows. I am hooked on visualization. This is a very cool tool written to visualize the social networks on IRC (Internet Relay Chat) channels. Very good work …

Inferring and Visualizing Social Networks on IRC. By using an IRC bot to monitor the activity in an IRC channel, it is possible to infer a social network that connects the users in the channel. Visualizing these social networks is not only interesting, but has a variety of potential applications. [Advogato]

I’m impressed with Netgear, and their wireless products
I was recently looking at some new 802.11x access points to see what I want to use in some new projects. I came across the Netgear WG302 and was truly impressed with this product. It has some very good radio specs, and a long list of advanced management capabilities. The advanced capabilities all seem to come from the fact that they have based the core functionality on embedded Linux.

This is now the second 802.11g access points that I have found that provide a full embedded system that could be extensible to add additional “edge” computing. This article seems to align with what I am seeing … that some people at Netgear are really thinking, and producing some very strong products.

Wireless gear boosts NetGear’s optimism. The company says it is raising its fourth-quarter outlook, as well as launching a secondary offering on behalf of its shareholders who are selling 9 million shares [CNET News.com – Front Door]

More vitualization coming …
This is a good article that offers some interesting views on Server Virtualization. With the latest announcements from Intel of possibly seeing 4Ghz processors this year, it seems that virtualized environments are only going to increase.

Plan on Server Virtualization. Running multiple “virtual” operating systems on a single machine can help you cut costs, boost security and improve software development, say Avanade’s Chris Burry and Craig Nelson. [Computerworld Software News]

George … are you listening now?
When I attending one of the George Gilder/Forbes Telecosm conferences a number of years ago, I got up and asked a question at the end of a Qualcomm presentation. My specific question – a leading question – was about 802.11 as a “disruptive technology”. At the time, I had been working with 802.11 and it’s predecessor for several years. It was amusing to me to hear the response that basically boasted about the bandwidth coming via the cell companies. This article was fun to see. George … what do you think now?

Wi-Fi is Bona Fide. Edge Consult says that Wi-Fi increasingly resembles a bona fide disruptive technology: This report actually has a handful of interesting tidbits about the development of the Wi-Fi market. [Wi-Fi Networking News]

Mesh is getting real IEEE attention
I will continue to say that wireless mesh networks are the future. This article is demonstrating more of the momentum picking up. I have to admit that although this looks promising, I am not convinced that WDS is the solution that is going to dominate. I can be convinced though … and I know that mesh is inevitable … in some form or fashion.

Mesh Group Approved by IEEE. IEEE approves formation of mesh task group for 802.11 protocols: The IEEE has approved the formation of a Task Group for fulfilling the promise of the wireless distribution system (WDS) that’s been part of 802.11 since the beginning, Robert Moskowitz of TruSecure’s ICSA Labs wrote in to tell us. The mesh task group will work inside of the 802.11 Working Group to take the extremely vague specification for the WDS and provide a protocol for auto-configuring paths between APs over self-configuring multi-hop topologies in a WDS to support both broadcast/multicast and unicast traffic in an ESS Mesh, according to the group formation proposal that was approved. [Wi-Fi Networking News]

IBM Patents Developer Payment Method
As IBM continues down the path of Open Source and Linux support, they are also continuing their efforts – in full force – with proprietary software and intellectual property. I recently read where IBM has filed the most patents of any company in 2003. It was also interesting to learn from this article that one half of their patents are coming from software, along with generating ~$1 billion in *PROFIT* from licensing their technologies.

Thit article hit me as almost amusing … they have now patented a process for paying Open Source developers to create software. So the Open Source community will have to pay IBM to license this process if they happen to conflict with the patent or violate any of the claims. Who pays licensing fees for the Open Source community? (Ok … I’m kidding!)

IBM Patents Developer Payment Method
Darryl K. Taft, eWEEK

In a nod to the open-source development model, IBM has patented a scheme that maps out a method of payment for broad numbers of developers working together on projects, a move that has upset some developers. The patent describes the current software development environment, where pressure to turn out quality software quickly is pushing companies to rely on developers outside their corporate walls. IBM’s patent defines a mechanism for paying programmers who work in an open-source-like model.

http://www.eweek.com/article2/0,4149,1462778,00.asp

Get used to being an “earthling”
Of course, then you’ll have to get used to being a Solar System Inhabitant (SSI?) or some other abstracted categorization. It’s all just a matter of time. In the mean time, you might want to consider that if you continue to think and believe that you are an “American” and everyone else is a “non-American” then you are going to continue to grapple with the issues presented in this article.

With all of the technology and innovation that we create, we further enable others – and other countries – to grow and develop more rapidly. This is an ongoing process of creation, replication, commoditization, and abstraction.

With the first step, something new is created … I’ll refer to this as a ‘substrate’ … be it biological or technological. If it is valued and works within an environment, you will see this new substrate replicated and copied. This is where things like “network effect” begin to kick in and real growth occurs. The next stage is commoditization … where the relative cost of this substrate begins to erode and this only adds to the adoption and usage. Lastly, there is the abstraction phase. This is where the substrate has become so available and present that a new substrate emerges and builds on top of the previous substrate.

John Smart writes about this a lot, and introduced me to these intertwined evolutionary models. From his web site:


There is apparent further support for the resource limits argument when we consider the nature of biological growth within any particular species. The classic pattern is called logistic or “sigmoidal” (“S curve”) growth, where population growth is initially exponential, but matter, energy, or space limits and competitive species interaction (another form of resource limits) always slow down this growth, leading to a “saturation” in a population size over finite time.

This same model can be applied to the technologic substrates that we are creating. And as we improve and commoditize these products and solutions they are usable by more and more of the worlds population. As we enable the worlds population, they are able to – and hungry to – contribute to the momentum by using these enabling products and solutions to create new ones. The cycle continues.

What once could only happen in American – due to the conditions present for the emergence of technology – is now able to happen around the globe. The communications infrastructure required for teams of people to create, and then market, their products and solutions has expanded via the Internet and is now global.

This article discusses some of the growing trends that we are actually enabling. People worried about “American Jobs” ought to begin to think about “Earthling Jobs”. We are going to see a growing trend of technologically enabled humans from all parts of the globe beginning to fight for their “fair share” of the “American Dream” … and are going to be doing it at home. They are not coming to American to get it. They are turning it into the “Earthling Dream” and are building in their own countries.

I hope that the average American is ready to work just as hard – or harder – for their dreams. They are going to have to.

Creative Class War: Reverse Brain Drain in US?. AlterNet is carrying an interesting article by CMU’s Richard Florida called the Creative Class War. The article details the decline of what the author terms the “creative class” in the US and how these people are now both not immigrating to the US and how US policies are resulting in a reverse brain drain of educated people fleeing the US. Among examples cited are how Peter Jackson’s (LOTR) new movie facilities in New Zealand contributes to the decline of Hollywood, IT outsourcing trends, how MIT had to cancel a large AI project “because the university couldn’t find enough graduate students who weren’t foreigners and who could thus clear new security regulations,” down to individual examples such as stem cell researcher Roger Pederson leaving California to do research in the UK because “they haven’t made such a political football out of stem cells.” Overall, a fascinating and thought-provoking article. [kuro5hin.org]