Wireless

TV Everywhere: Dangers in Being Second to Over-The-Top Competitors

Time Warner Cable and Comcast's intent in creating TV Everywhere conjured up a cable TV presence on the Internet where customers could browse and view huge varieties of content by just being a customer. That seemed a fairly simple and innovative concept... It was unique 3 years ago and promised to be exclusive to their clientele. But in reality the concept is much different than the original vision cable operators promoted. more

The US-China Technology Cold War Battle Over Optical Communication in Space

The United States and its allies are in a technology cold war with China and its allies. This is evidenced by major battles like the US ban on Huawei and China's drive for technological independence and their global infrastructure program to create a digital silk road. (The cold war began under Trump, but President Biden is continuing it). There are other, less well-known battles like the battle over optical communication in space. more

Societies Running on Quicksand: A Critical Look at Today’s Networks

The last few weeks have reinforced the importance of modern communication networks to societies. Health care providers, schools, governments, and businesses all rely on networks that enable us to connect and collaborate remotely. Had we encountered a similar pandemic ten years ago, we would not have been able to continue our activities on the level that is possible today. more

The WiFi 6 Revolution

We're edging closer every day to seeing WiFi 6 in our homes. WiFi 6 will be bolstered by the newly approved 6 GHz frequency, and the combination of WiFi 6 and 6 GHz spectrum is going to revolutionize home broadband. I don't think many people understand how many of our home broadband woes are caused by current WiFi technology. WiFi has been an awesome technology that freed our homes from long category 5 wires everywhere, but WiFi has a basic flaw that became apparent when homeowners started to buy hordes of WiFi-enabled devices.  more

Bluetooth-Based Attack Vector Dubbed “BlueBorne” Exposes Almost Every Connected Device

Security firm, Armis Labs, has revealed a new attack vector that can target major mobile, desktop, and IoT operating systems, including Android, iOS, Windows, and Linux, and the devices using them.

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5G Real Security Threats Lost in Trump’s Twitter Diplomacy

A new report on 5G and geopolitics by Oxford Information Labs details the complex landscape of 5G security. Importantly, it draws out how a variety of proven technical concerns around the quality of Huawei security practices and equipment are drowned out by the US' Twitter diplomacy. Critical international dialogue on genuine cybersecurity concerns relating to 5G and Huawei are being lost in the noise of the US-China trade war. more

China Will Remember the U.S. Huawei War for a Generation

Only an idiot would believe that the U.S. is blocking TSMC manufacture of Huawei cell phone chips because of security fears. This is a commercial rivalry. The U.S. wants to put China's leading technology company out of business. We will fail, of course, at a price far higher than D.C. understands. The U.S. is ready for China's immediate countermeasures, even if Apple's stock price falls $hundreds of billions. But the long-run price will be devastating. more

China: We Lead 3GPP Wireless Standards

In 2018, nothing can get approved in 3GPP that China strongly opposes. In the past, 3GPP often was a battle between a few American giants and their European peers. A Qualcomm or a Nokia will still be heard, but the power has shifted. I haven't seen evidence that the Chinese influence has made for better or worse standards. There are now over a billion 4G subscribers at the big 3 Chinese telcos, by far the largest equipment buyers. Nokia, Ericsson, and the other vendors do not dare oppose their largest customers. more

What Will 6G Look Like in a Geopolitical Divided World

A recent session of the Australian Computer Society (ACS) and the Australian Smart Communities Association (ASCA) masterclass on 5G, featured Dr. Ian Oppenheimer, the NSW Government's Chief Data Scientist and one of the country's most respected experts in radio technology. Ian is also the Chair of the scientific advisory board of the 6G Flagship organization, a global research organization based in Finland. This organization has just published a range of fascinating research papers on 6G. more

IPv6 and MEID’s… Stop Choking on 32 Bits

Both the Internet and North American cellphones are choking under a 32 bit limitation and reactions from protagonists involved in both cases offer striking similarities. 1983 saw the debut of IPv4 and North American mobile telephony started in earnest with Bell's analog AMPS (Advanced Mobile Phone Service). Responding to the need to uniquely identify the growing number of mobile devices in order to bill their owner, the FCC ordered that handsets be equipped with a unique identification number embedded on a chip. This became the 32 bit ESN... more

Satellite Broadband, Stimulus Funds and Network Neutrality

At the IP Satellite Summit in Washington this week, a panel composed of satellite service providers and product vendors discussed whether or not they would pursue the economic stimulus funds set aside for broadband development. While the service providers agreed that there are viable business models for satellite broadband service without the stimulus money – of course, they were delivering service before the current economic collapse and talk of the stimulus money – the consensus seemed to be that they would apply for the grants to further develop, deploy and perhaps even subsidize their service offerings... more

China’s QUESS and Quantum Communications

In mid-August China launched "QUESS" (Quantum Experiments at Space Scale), a new type of satellite that it hopes will be capable of "quantum communications" which is supposed to be hack-proof, through the use of "quantum entanglement". This allows the operator to ensure that no one else is listening to your communications by reliably distributing keys that are then used for encryption in order to be absolutely sure that there is no one in the middle intercepting that information. more

Bringing Broadband to the Arctic

The Arctic region has largely been left out of the broadband arena in the past due to the high cost of building last-mile broadband infrastructure. The primary broadband available in the region has been provided for decades by Iridium Communications, which provided only low-bandwidth connections capable of supporting satellite phones and low-bandwidth monitoring devices. more

The Evolution of 5G

Technology always evolves, and I've been reading about where scientists envision the evolution of 5G. The first generation of 5G, which will be rolled out over the next 3-5 years, is mostly aimed at increasing the throughput of cellular networks. According to Cisco, North American cellular data volumes are growing at a torrid 36% per year, and even faster than that in some urban markets where the volumes of data are doubling every two years. The main goal of the first-generation 5G is to increase network capacity to handle that growth. more

Chinese Company Launches First Satellites for Massive Network to Rival Starlink

A Chinese state-backed company has successfully launched its first 18 satellites, marking the initial phase of a significant project to establish a vast orbital network intended to compete with Starlink, according to The China Securities Journal. more