There are connectivity options aplenty for most types of IoT deployment, but the idea of simply handing the networking part of the equation off to a national licensed wireless carrier could be the best one for certain kinds of deployments in the medical field.Telehealth systems, for example, are still a relatively new facet of modern medicine, but they’re already among the most important applications that use carrier networks to deliver care. One such system is operated by the University of Mississippi Medical Center, for the treatment and education of diabetes patients.To read this article in full, please click here
Mirai – the software that has hijacked hundreds of thousands of internet-connected devices to launch massive DDoS attacks – now goes beyond recruiting just IoT products; it also includes code that seeks to exploit a vulnerability in corporate SD-WAN gear.That specific equipment – VMware’s SDX line of SD-WAN appliances – now has an updated software version that fixes the vulnerability, but by targeting it Mirai’s authors show that they now look beyond enlisting security cameras and set-top boxes and seek out any vulnerable connected devices, including enterprise networking gear.
More about SD-WANTo read this article in full, please click here
Mirai – the software that has hijacked hundreds of thousands of internet-connected devices to launch massive DDoS attacks – now goes beyond recruiting just IoT products; it also includes code that seeks to exploit a vulnerability in corporate SD-WAN gear.That specific equipment – VMware’s SDX line of SD-WAN appliances – now has an updated software version that fixes the vulnerability, but by targeting it Mirai’s authors show that they now look beyond enlisting security cameras and set-top boxes and seek out any vulnerable connected devices, including enterprise networking gear.
More about SD-WANTo read this article in full, please click here
Mirai – the software that has hijacked hundreds of thousands of internet-connected devices to launch massive DDoS attacks – now goes beyond recruiting just IoT products; it also includes code that seeks to exploit a vulnerability in corporate SD-WAN gear.To read this article in full, please click here(Insider Story)
Mirai – the software that has hijacked hundreds of thousands of internet-connected devices to launch massive DDoS attacks – now goes beyond recruiting just IoT products; it also includes code that seeks to exploit a vulnerability in corporate SD-WAN gear.That specific equipment – VMware’s SDX line of SD-WAN appliances – now has an updated software version that fixes the vulnerability, but by targeting it Mirai’s authors show that they now look beyond enlisting security cameras and set-top boxes and seek out any vulnerable connected devices, including enterprise networking gear.
More about SD-WANTo read this article in full, please click here(Insider Story)
As with any technology whose use is expanding at such speed, it can be tough to track exactly what’s going on in the IoT world – everything from basic usage numbers to customer attitudes to more in-depth slices of the market is constantly changing. Fortunately, the month of May brought several new pieces of research to light, which should help provide at least a partial outline of what’s really happening in IoT.To read this article in full, please click here(Insider Story)
Aggressive efforts to keep China-based telecom vendor Huawei out of the U.S. market by the Trump administration have thrust a slow-burning debate in the networking space about the security implications of using Chinese-made technology into the limelight over the last two weeks, yet the real-world implications for business users are less than apocalyptic.The basics of the administration's case against Huawei are simple. The company’s close ties to the Chinese government, coupled with China’s history of industrial and political espionage against the U.S., means that its products can’t be trusted not to slip important information back to Beijing. The current crisis is only two weeks old, but these concerns about Huawei and other China-based tech vendors date back years.To read this article in full, please click here
IoT in general has taken off quickly over the past few years, but experts at the recent IoT World highlighted that the enterprise part of the market has been particularly robust of late – it’s not just an explosion of connected home gadgets anymore.Donna Moore, chairwoman of the LoRa Alliance, an industry group that works to develop and scale low-power WAN technology for mass usage, said on a panel that she’s never seen growth this fast in the sector. “I’d say we’re now in the early mass adopters [stage],” she said.
More on IoT:To read this article in full, please click here
The city of Las Vegas’ pilot program with NTT and Dell, designed to crack down on wrong-way driving on municipal roads, is just part of the big plans that Sin City has for leveraging IoT tech in the future, according to the city's director of technology Michael Sherwood., who sat down with Network World at the IoT World conference in Silicon Valley this week.The system uses smart cameras and does most of its processing at the edge, according to Sherwood. The only information that gets sent back to the city’s private cloud is metadata – aggregated information about overall patterns, for decision-making and targeting purposes, not data about individual traffic incidents and wrong-way drivers.To read this article in full, please click here
For the companies looking to implement the biggest and most complex IoT setups in the world, the idea of pairing up with AWS, Google Cloud or Azure seems to be one whose time has come. Within the last two months, BMW and Volkswagen have both announced large-scale deals with Microsoft and Amazon, respectively, to help operate their extensive network of operational technology.To read this article in full, please click here(Insider Story)
Government regulations, safety and technical integration are all serious issues facing the use of IoT in medicine, but professionals in the field say that medical IoT is movingforward despite the obstacles. A vendor, a doctor, and an IT pro all spoke to Network World about the work involved.To read this article in full, please click here(Insider Story)
When attempting to understand the world of IoT, it’s easy to get sidetracked by all the fascinating use cases: Automated oil and gas platforms! Connected pet feeders! Internet-enabled toilets! (Is “the Internet of Toilets” a thing yet?) But the most important IoT trend to follow may be the way that major tech vendors are vying to make large portions of the market their own.VMware’s play for a significant chunk of the IoT market is called Pulse IoT Center, and the company released version 2.0 of it this week. It follows the pattern set by other big companies getting into IoT: Leveraging their existing technological strengths and applying them to the messier, more heterodox networking environment that IoT represents.To read this article in full, please click here
Nyansa announced today that their flagship Voyance product can now apply its AI-based secret sauce to IoT devices, over and above the networking equipment and IT endpoints it could already manage.Voyance – a network management product that leverages AI to automate the discovery of devices on the network and identify unusual behavior – has been around for two years now, and Nyansa says that it’s being used to observe a total of 25 million client devices operating across roughly 200 customer networks.
More on IoT:To read this article in full, please click here
Companies have found that IoT partners well with a host of other popular enterprise computing technologies of late, and blockchain – the innovative system of distributed trust most famous for underpinning cryptocurrencies – is no exception. Yet while the two phenomena can be complementary in certain circumstances, those expecting an explosion of blockchain-enabled IoT technologies probably shouldn’t hold their breath.Blockchain technology can be counter-intuitive to understand at a basic level, but it’s probably best thought of as a sort of distributed ledger keeping track of various transactions. Every “block” on the chain contains transactional records or other data to be secured against tampering, and is linked to the previous one by a cryptographic hash, which means that any tampering with the block will invalidate that connection. The nodes – which can be largely anything with a CPU in it – communicate via a decentralized, peer-to-peer network to share data and ensure the validity of the data in the chain.To read this article in full, please click here
Much of what’s exciting about IoT technology has to do with getting data from a huge variety of sources into one place so it can be mined for insight, but sensors used to gather that data are frequently legacy devices from the early days of industrial automation or cheap, lightweight, SoC-based gadgets without a lot of sophistication of their own.Researchers at MIT have devised a system that can gather a certain slice of data from unsophisticated devices that are grouped on the same electrical circuit without adding sensors to each device.[ Check out our corporate guide to addressing IoT security. ]
The technology’s called non-intrusive load monitoring, and sits directly on a given building's, vehicle's or other piece of infrastructure’s electrical circuits, identifies devices based on their power usage, and sends alerts when there are irregularities.To read this article in full, please click here
As IIoT grows in prominence, so too does its status as a target for malicious hackers – particularly given its increased impact on the physical world; the latest and potentially most dangerous is called Triton.Triton first reared its ugly head near the end of 2017, according to security company Fireeye. It targets an industrial safety system made by Schneider Electric that monitors and secures valves, turbines and the like and shuts them down if it determines they are about to fail and cause explosions or other consequences that could damage the facility or cause harm to people. (It’s named Triton because it targets the widely used Schneider Electric Triconex industrial safety system.)To read this article in full, please click here(Insider Story)
As IIoT grows in prominence, so too does its status as a target for malicious hackers – particularly given its increased impact on the physical world; the latest and potentially most dangerous is called Triton.To read this article in full, please click here(Insider Story)
Modern public-key encryption is currently good enough to meet enterprise requirements, according to experts. Most cyberattacks target different parts of the security stack these days – unwary users in particular. Yet this stalwart building block of present-day computing is about to be eroded by the advent of quantum computing within the next decade, according to experts.“About 99% of online encryption is vulnerable to quantum computers,” said Mark Jackson, scientific lead for Cambridge Quantum Computing, at the Inside Quantum Technology conference in Boston on Wednesday.[ Now read: What is quantum computing (and why enterprises should care) ]
Quantum computers – those that use the principles of quantum entanglement and superposition to represent information, instead of electrical bits – are capable of performing certain types of calculation orders of magnitude more quickly than classical, electronic computers. They’re more or less fringe technology in 2019, but their development has accelerated in recent years, and experts at the IQT conference say that a spike in deployment could occur as soon as 2024.To read this article in full, please click here
Modern public-key encryption is currently good enough to meet enterprise requirements, according to experts. Most cyberattacks target different parts of the security stack these days – unwary users in particular. Yet this stalwart building block of present-day computing is about to be eroded by the advent of quantum computing within the next decade, according to experts.“About 99% of online encryption is vulnerable to quantum computers,” said Mark Jackson, scientific lead for Cambridge Quantum Computing, at the Inside Quantum Technology conference in Boston on Wednesday.[ Now read: What is quantum computing (and why enterprises should care) ]
Quantum computers – those that use the principles of quantum entanglement and superposition to represent information, instead of electrical bits – are capable of performing certain types of calculation orders of magnitude more quickly than classical, electronic computers. They’re more or less fringe technology in 2019, but their development has accelerated in recent years, and experts at the IQT conference say that a spike in deployment could occur as soon as 2024.To read this article in full, please click here
If there was one common theme to the blizzard of announcements, demonstrations and general public happenings going on at MWC 2019 in Barcelona this year, it was that everyone from smartphone makers to mobile carriers to hardware manufacturers is wildly excited about the advent of 5G technology.Wireless equipment vendors, like Nokia and Ericsson, both announced slates of 5G customers and rolled out new capabilities aimed at helping 5G reach the critical inflection point. Smartphone manufacturers touted the pending availability of 5G-capable handsets, and silicon vendors trumpeted their 5G-ready chipsets and SIM cards.To read this article in full, please click here
Jon Gold