The best engineers on the planet are coming to the same conclusion: a hybrid 4G/WiFi/landline network is the way to meet mobile demand. Folks like John Donovan of AT&T and Masayoshi Son of Softbank in Japan had this vision around 2007-2008. As the iPhone/iPad/Android made the coming demand clear, networks planners around the world evolved similar strategies.
Ever since WiMAX was introduced several years ago, there has been controversy over whether or not this technology is going to make a breakthrough in wireless broadband industry. The controversy could be partly due to the fact that the chip giant Intel has been behind the technology, and invested enormous resources to make it happen. It could also be because WiMAX had been hyped for so long before it was actually deployed, and by the time it began to roll out LTE emerged and the debate turned into WiMAX vs. LTE.
After five years of bickering, the FCC passed an Open Internet Report & Order on a partisan 3-2 vote this week. The order is meant to guarantee that the Internet of the future will be just as free and open as the Internet of the past. Its success depends on how fast the Commission can transform itself from an old school telecom regulator wired to resist change into an innovation stimulator embracing opportunity. One thing we can be sure about is that the order hasn't tamped down the hyperbole that's fueled the fight to control the Internet's constituent parts for all these years.
Legislation has been introduced in the US that will require all public federal buildings to install WiFi base stations in order to free up cell phone networks. The Federal Wi-Net Act would mandate the installation of small WiFi base stations in all publicly accessible federal buildings in order to increase wireless coverage and free up mobile networks. The bill would require all new buildings under construction to comply and all older buildings to be retrofitted by 2014. It also orders $15 million from the Federal Buildings Fund be allocated to fund the installations.
According to Level 3, a major long haul Internet Service Provider, Comcast has demanded a "recurring fee" when Level 3 hands off movie and other high capacity video traffic for delivery by Comcast to one of the cable company's subscribers. This demand warrants scrutiny, perhaps less in the context of Network Neutrality and more in terms of further diversification (unraveling) of the peering process.
China missed out on playing a leadership role in the development of 3G and as we predicted at that time, China would most certainly start looking at 4G for a major involvement in developing the technologies for it.
Mobile Network Operators (MNOs) serve the largest constituent of connected devices. There are over 4.6B GSM (and its derivatives) subscriptions today. When you add the CDMA family along with technologies with smaller footprints such as WiMax, IDEN to this list, that number tops 5B mark. On the other hand there are only (yes only!) 800M Internet hosts per ISC. Considering such a small percentage of those 5B or so devices are capable of being an Internet host and out of that percentage even a much smaller percentage is connected at a given time, one can understand the sheer potential of explosion in the number of Internet hosts as mobile devices in the next 3-5 years.
The FCC's recent decision allowing license-exempt access to TV White Spaces, i.e. unused TV channels, is a small but very important step in spectrum policy. But, more important than the TV bands, is the policy approach and the fact that it was adopted in the face of extreme lobbying by well established vested interests.
There's been a tremendous amount written about the Google-Verizon joint proposal for network neutrality regulation. Our commentary at the EFF offers some legal analysis of the good and bad in this proposal. A lot of commentary has put a big focus on the exemption for wireless networks, since many feel wireless is the real "where it's gonna be," if not the "where it's at" for the internet.
We shouldn't settle for network neutrality. It's a poor substitute for what we had and much less than what we need. Let me explain. There are two topics to discuss. The first is "common carriage," a centuries old legal concept that applied to the US telecom industry throughout most of the 20th century. The second involves communications protocols. Both topics are complex, so I will cover only what's needed to understand why we shouldn't accept network neutrality and why, at a minimum, we should fight for enforcement of existing common carriage rules.