The Intel Security business came largely from the company’s acquisition for $7.7 billion of security software company McAfee. Intel announced plans to bake some of the security technology into its chips to ensure higher security for its customers.
With the surge in cyberthreats, providing protection to the variety of Internet-connected devices — such as PCs, mobile devices, medical gear and cars — requires a fundamentally new approach involving software, hardware and services, the company said in February 2011, when announcing the completion of the McAfee acquisition.
Intel has been talking to bankers about the future of its cybersecurity business for a deal that would be one of the largest in the sector, reported The Financial Times, citing people close to the discussions. It said a group of private equity firms may join together to buy the security business if it is sold at the same price or higher than what Intel paid for it.
“I could see them selling a piece of the service, but not all security capabilities,” said Patrick Moorhead, president and principal analyst at Moor Insights & Strategy.
“Intel has a decent security play right now and security is paramount to the future of IoT,” Moorhead said. “Hardware-based security is vital to the future of computing.”
Intel is declining to comment on the report, a company spokeswoman wrote in an email.
Trailing its competitors after past mistakes on wireless technology standards, Samsung Electronics Co Ltd aims to become a global top-three player in 5G mobile networks by moving quickly in markets like the United States, an executive said.
The world’s top smartphone maker ranks well behind peers such as Nokia Corp, Huawei Technologies Co Ltd and Ericsson in the networks business, after backing CDMA and WiMax wireless technologies that never caught on globally.
The South Korean giant now sees an opportunity to catch up by moving fast and early on 5G, the wireless technology that telecom equipment makers are rushing to develop as the next-generation standard.
“We plan to move quickly and want to be at least among the top three with 5G,” Kim Young-ky, Samsung’s network business chief, told Reuters in an interview.
“It’s important to get in early.”
5G wireless networks could offer data speeds tens of times faster than 4G technology, enabling futuristic products such as self-driving cars and smart-gadgets that tech firms expect to become ubiquitous in the homes of tomorrow.
Major network firms are targeting the United States as it moves rapidly ahead with plans to open spectrum for 5G wireless applications. Some U.S. officials expect to see the first large-scale commercial deployments by 2020.
Samsung is targetting more than 10 trillion won ($8.6 billion) in annual sales of 5G equipment by 2022, a spokeswoman said.
This would be a big step up for a networks business that generated less than 3 trillion won in revenue last year, compared with 100.5 trillion won in mobile device sales.
Crucial to its plans is a partnership with New York-based Verizon Communications Inc to commercialize the technology. Other firms working with Verizon on 5G include Nokia, Ericsson, Qualcomm and Intel Corp.
Verizon conducts field tests this year and aims to begin deploying 5G trials on home broadband services in 2017 in the United States, likely the first 5G application commercially available before a broader mobile network standard is agreed.
Samsung – which was a distant fifth player in the global 4G infrastructure market in January-March, according to researcher His – declined to comment on what clients it expected to receive 5G equipment orders from.
They are vulnerable because they connect to things, and anything that can be connected can also be interrupted and interfered with.
The one in 10 number comes from a panel of senior security professionals interviewed by IOActive about the rise of the IoT. These people are concerned that security is lacking in everything from wearables to household appliances.
Half of respondents believe that under 10 per cent of IoT products offer adequate ass coverage, while a staggering 85 per cent believe that less than half of products are secure.
Around two thirds felt that the security was probably better than you get on other products, but we don’t care about them right now.
“Consensus is that more needs to be done to improve the security of all products, but the exponential rate at which IoT products are coming to market, compounded by the expansive risk network created by their often open connectivity, makes IoT security a particular concern and priority,” said Jennifer Steffens, chief executive of IOActive.
“According to Gartner, 21 billion connected things will be in use by 2020. It’s important for the companies that develop these products to ensure security is built in. Otherwise hackers are provided with opportunities to break into not only the products, but potentially other systems and devices they’re connected to.”
The problem is that security is not considered early enough in the design process so it has to be dealt with later, or presumably not at all. Steffens explained that a security stitch in time saves nine.
“Companies often rush development to get products to market in order to gain competitive edge, and then try to engineer security in after the fact,” she said.
“This ultimately drives up costs and creates more risk than including security at the start of the development lifecycle.”
ARM’s collaboration with TSMC has finally born some fruit with the tapeout of a 10nm test chip to show off the company’s readiness for the new manufacturing process.
The new test chip contains ARM’s yet-to-be-announced “Artemis” CPU core which is named after a goddess who will turn you into deer and tear you apart with wild dogs if you ever see her. [The NDA must have been pretty tough on this chip.ed]
In fact things have been ticking along on this project for ages. ARM discloses that tapeout actually took place back in December last year and is expecting silicon to come back from the foundry in the following weeks.
ARM actually implemented a full four-core Artemis cluster on the test chip which should show vendors what is possible for their production designs. The test chip has a current generation Mali GPU implementation with 1 shader core to show vendors what they will get when they use ARM’s POP IP in conjunction with its GPU IP. There is also a range of other IP blocks and I/O interfaces that are used to validation of the new manufacturing process.
TSMC’s 10FF manufacturing process is supposed to increase density with scaling’s of up to 2.1x compared to the previous 16nm manufacturing node. It also brings about 11-12 per cent higher performance at each process’ respective nominal voltage, or a 30 per cent reduction in power.
ARM siad that comparing a current Cortex A72 design on 16FF+ and an Artemis core on 10FF on the new CPU and process can halve the dynamic power consumption. Currently clock frequencies on the new design are still behind the older more mature process and IP, but ARM expects this to improve as it optimizes its POP and the process stabilizes.
British chip maker ARM has acquired Apical which is an imaging and embedded computer Vision Company in a $350 million cash deal.
Apical’s products are used in more than 1.5 billion smartphones and 300 million other devices, all over the world, including IP cameras, digital stills cameras and tablets.
Its products will be used in ARM’s ‘next generation vehicles’, security systems, robotics, mobile and other consumer, smart building, industrial or retail application. These devices will be able to ‘understand and act intelligently on information from their environment,’ the press release claims.
It also said Apical’s technology will complement the ARM Mali graphics, display and video processor roadmap.
ARM CEO Simon Segars said that the computer vision is in the early stages of development:
“The world of devices powered by this exciting technology can only grow from here. Apical is at the forefront of embedded computer vision technology, building on its leadership in imaging products that already enable intelligent devices to deliver amazing new user experiences. The ARM partnership is solving the technical challenges of next generation products such as driverless cars and sophisticated security systems. These solutions rely on the creation of dedicated image computing solutions and Apical’s technologies will play a crucial role in their delivery.”
There are three products being looked at: Spirit (computer-vision technology), Assertive Display (screens which adapt to changes in light) and Assertive Camera (new performance advances, including dynamic range, noise reduction and colour management).
Mozilla is taking legal action to find out whether its code was affected during an FBI investigation into Tor, the privacy browser that shares a lot of Firefox code.
Mozilla has concerns that the FBI has found a vulnerability that it will not disclose. The firm wants to know what it might be so that it can apply a fix. The FBI has not helped out, so the software company has taken its case to the courts.
“User security is paramount. Vulnerabilities can weaken security and ultimately harm users. We want people who identify security vulnerabilities in our products to disclose them to us so we can fix them as soon as possible,” said Mozilla lawyer Denelle Dixon-Thayer in a blog post as she explained that this is not a political action.
“Today, we filed a brief in an ongoing criminal case asking the court to ensure that, if our code is implicated in a security vulnerability, the government must disclose the vulnerability to us before it is disclosed to any other party.
“We aren’t taking sides in the case, but we are on the side of the hundreds of millions of users who could benefit from timely disclosure.”
The situation arose after an FBI investigation into a Tor-based child abuse site. The site was closed down, and the FBI reportedly installed malware to trace the users.
This suggests that the FBI has a decent way into the software, which raises concerns for Mozilla.
“The relevant issue in this case relates to a vulnerability allegedly exploited by the government in the Tor Browser,” said Dixon-Thayer.
“The Tor Browser is partially based on our Firefox browser code. Some have speculated, including members of the defence team, that the vulnerability might exist in the portion of the Firefox browser code relied on by the Tor Browser.
“At this point, no one (including us) outside the government knows what vulnerability was exploited and whether it resides in any of our code base.
“The judge in this case ordered the government to disclose the vulnerability to the defence team but not to any of the entities that could actually fix the vulnerability. We don’t believe that this makes sense because it doesn’t allow the vulnerability to be fixed before it is more widely disclosed.”
Mozilla would like the FBI to follow the same disclosure procedures as the technology industry and do the decent thing by letting the company know as soon as possible.
“Court-ordered disclosure of vulnerabilities should follow the best practice of advance disclosure that is standard in the security research community,” she said.
“In this instance, the judge should require the government to disclose the vulnerability to the affected technology companies first, so it can be patched quickly.
“Governments and technology companies both have a role to play in ensuring people’s security online. Disclosing vulnerabilities to technology companies first allows us to do our job to prevent users being harmed and to make the web more secure.”
Google is quietly working on a competitor to the Amazon Echo, a wireless speaker controlled by voice command, according to a report in The Information.
Google has not replied to a request for comment.
The Echo, which has proven to be a popular and well-reviewed product for Amazon, plays music and podcasts, sets alarms and to-do lists, and offers weather and traffic reports on demand.
Google, which dominates the online search market and owns the popular Android platform, has the pieces necessary to put together its own version of Echo, according to industry analysts.
And, they say, it would be a smart move for the company.
“Google has all the capabilities that Amazon Echo has,” said Patrick Moorhead, an analyst with Moor Insights & Strategy. However, Google’s been focused on smartphones and tablets right now. “I believe Google will build a plugged-in device that does what Echo can do — and more,” Moorhead added.
Ezra Gottheil, an analyst with Technology Business Research, noted that while it makes sense for mobile device users to be able to control their systems by voice, it also makes sense to do the same with home devices.
“Why not be able to do that when your hands are full of food or baby or puppy?” he asked. “Whatever Google builds will have to be better than Echo, but I don’t think that will be hard. Google’s current voice-based product, Google Voice Search, is available in a bunch of languages, while Echo is English-only. Echo does interface with Gmail but I would be surprised if Google can’t come up with deeper integration.”
While Gottheil said it wouldn’t actually hurt Google to not have an Echo-like product for a while, launching one would contribute to the company’s core business.
Contract prices of NAND flash memory chips fell by nine to 10 per cent in the fourth quarter due to oversupply conditions.
Beancounters at analyst outfit TrendForce report that the prices of eMMC and SSD products also fell by 10 to 11 per cent quarterly due to weaker-than-expected shipments of OEM devices such as smartphones, tablets and notebooks.
Overall fourth-quarter worldwide NAND flash sales were down 2.3% sequentially, the research group added.
Sean Yang, research director at DRAMeXchange, a division of TrendForce said that besides facing rapidly falling prices, the manufacturers have also reached a bottleneck in their process technology migration.
Memory makers that are developing or producing 3D-NAND flash are encountering yield rate issues, with Samsung being the sole exception. As the cost reduction advantage associated with technology migration diminishes, branded NAND flash suppliers posted significant quarterly declines in both their revenues and operating margins for the fourth quarter of last year.
Samsung was one of the few manufacturers that experienced revenue growth in the fourth quarter of 2015 on account of its lead in 3D-NAND flash development and the rising sales of its high-density eMMC, eMCP and SSD products. In the fourth quarter, Samsung’s NAND flash business registered a quarterly bit shipment growth of 15% and a 10 to15% quarterly slide in the average selling price. The memory maker thus saw a quarterly revenue growth of 4.2 per cent as well as a slight decrease in its operating margin.
Toshiba’s NAND flash business was affected by market oversupply as well. Compared with the prior quarter, the memory maker’s average selling price was 13 to 14 per cent lower in the fourth quarter of last year. Toshiba only recently began the trial production of 3D-NAND flash. Moreover, the Japanese memory maker has found that its 15nm process offers limited cost reduction advantage. Thus, the company’s NAND flash business registered a decline in its operating margin for the fourth quarter.
SanDisk’s product mix adjustments have paid off as client and enterprise grade SSD sales make up an increasing share of the company’s total revenue. SanDisk also saw a 10 per cent quarterly drop in both the average selling price and the average unit cost of its NAND flash chips in the fourth quarter of 2015. As a result, SanDisk’s gross margin reached 43% in the fourth quarter – on par with the previous quarter.
Compared with the third quarter, SK Hynix’s fourth-quarter NAND flash revenue fell by 9.3 per cent to $841 million. The South Korean memory supplier also saw a 4 per cent bit shipment growth and a 15 oer cent slide in the average selling price. As tablet and smartphone shipments from strategic clients are expected to suffer a huge drop in the first quarter, DRAMeXchange projects SK Hynix to post a 10 per cent quarterly decline in bit shipments as well.
Set against the previous fiscal period, Micron’s bit shipments for the first fiscal quarter of 2016 (from September to November last year) registered a 6% quarterly increase, while its average selling price dropped by 7 per cent and unit cost fell by 6 per cent. Micron’s revenue for the first fiscal quarter of 2016 therefore arrived at $1.15 billion, up 1.9 per cent from the prior fiscal quarter.
Intel’s major Enterprise-SSD customers pulled inventory in advance during the third quarter. Consequently, Intel’s bit sales grew 10 per cent quarterly in the fourth quarter of 2015. However, the oversupply in the fourth quarter resulted in a steeper decrease in the average selling price, causing Intel’s revenue fall slightly by 0.2 per cent quarterly to $662 million.
Besides the fact that chip is pretty good, since the Qualcomm has been seen at all the fashionable places and all the right people promoting the chip heavily. As a result it will be adopted by Samsung, LG, Sony, HTC, Xiaomi, Vivo and LeTV.
Qualcomm senior vice president for global marketing Tim McDonough has confirmed that more than 100 mobile devices powered by Snapdragon 820 chips are currently under development.
But mobile is only the tip of the iceberg for the Snapdragon 820 platform. It has been earmarked for VR (virtual reality) devices, robots and commercial drones. There will also be a Snapdragon 820A to enable automakers to develop driving assistance systems and telematics/entertainment systems for connected car applications.
All up this means that this year will be Qualcomm’s and more than make up for the embarrassment of last year’s over heating 810 fiasco.
The Cortex-A32 is a 32-bit processor built on the ARMv8-A architecture, and the company claims that it’s 25% more efficient than the Cortex-A7, the firm’s current leader in terms of the embedded 32-bit core.
Not only could the new Cortex-A32 could well usher in more efficient and perhaps even smaller boards for enthusiasts who love to tinker but also the power requirement could put it in the front row of the much hyped Internet of things revolution. In its smallest configuration with a 100MHz single-core version it uses less than 4mW, and takes up less than 0.25 mm2 of silicon. ARM claims its Cortex-A32 is highly scalable and can be used in single-core or up to quad-core configurations.
In short it is a more compact Cortex-A35 without the 64-bit support. James McNiven, general manager, CPU group at ARM, told Ars Technica:
“The Cortex-A32 processor, enabled with secure ARM TrustZone technology, builds on the trail blazed by the Cortex-A5 and Cortex-A7 processors in embedded applications such as single-board computing, IoT edge nodes and wearables. “It brings greater performance, efficiency and other benefits of the ARMv8-A architecture for ARM’s silicon partners to innovate on for richer, more secure embedded systems.”
ARM has released the new Cortex-R8 processor design which it says can provide low latency and high performance for modem and storage device chips.
The press release claims that the Cortex chip delivers twice the performance of its predecessor. The Cortex-R7 was released in 2011 so twice the performance over five years is not that impressive, but better than a poke in the eye with a short stick.
The company is targeting the CPU for 5G and LTE modems, as well as next-gen storage devices.
The ARM Cortex-R8 is a quad-core with low-latency memory which can manage 2MB per core. This should make mobile downloading and data transfers faster.
Four cores have superscalar out-of-order execution capabilities to allow code being crunched by the cores to react to interrupts deterministically.
The Cortex-R8 works with existing software which makes it easy for developers to integrate it into single CPU real-time processing products and reduce design cycles.
More than 1.4 billion Cortex-R processors have found their way into data storage devices and on system-on-chip (SoC) hardware used by major hard disk drive and solid state drive makers.
ARM that a few chipmakers have already started using the chip in their SoC.
The Mozilla Foundation has confirmed details of its shift in strategy for Firefox OS which will see it abandon future phone development in favour of using the software as (yet another) IoT platform.
In an announcement to the developer community by John Bernard, director of collaboration for Connected Devices at Mozilla, and George Roter, head of core contributors, it was confirmed that Firefox OS for smartphones will be canned at version 2.6.
“The circumstances of multiple established operating systems and app ecosystems meant that we were playing catch-up, and the conditions were not there for Mozilla to win on commercial smartphones,” they said in a statement.
Meh. Could have told you that one two years ago.
In addition, the Firefox OS Marketplace will no longer accept submissions for Android, desktop and tablet apps. Apps for Firefox OS itself will remain accepted until sometime in 2017.
At the moment, the new emphasis on connected devices is in the internal testing phase with three products ‘past the first gate’ and more in the pipeline. It is expected that this process will be opened to outsiders before the end of the second quarter.
The foxfooding (think dogfooding, or insider programme) will continue, turning its focus to connected products, and by the end of March, Mozilla intends to identify how the existing Sony Z3 Compact devices used for testing so far will figure going forwards.
The statement continued “Obviously, these decisions are substantial. The main reason they are being made is to ensure we are focusing our energies and resources on bringing the power of the web to IoT. And let’s remember why we’re doing this: we’re entering this exciting, fragmented space to ensure users have choice through interoperable, open solutions, and for us to act as their advocates for data privacy and security.”
This seems to suggest that Mozilla wants to help the fragmentation issue by fragmenting it further. This is the ongoing problem with connected devices – everyone wants to be the one to end the fragmentation with their solution.
One of the solutions through the internal tests early doors is the Firefox Smart TV platform, an already fragmented market that should still be licking its wounds from the Matchstick debacle.
Roter adds, “Our push into the Connected Devices space will absolutely necessitate strong community support for our initiatives to be successful – and that means hacking on and testing new product innovations coming through the pipeline.”
Toshiba is getting out the processor business so that it can concentrate on making memory as it tries to recover from its $1.3 billion accounting scandal.
The Japanese press has suggested that Toshiba has interest in part of its chip making business from the Development Bank of Japan. The state-owned bank has already invested in Seiko’s semiconductor operations.
Toshiba is keeping its NAND flash memory operations and will chuck some of the money it has not got into improving production.
What will be sold is its LSI and discrete chips, which are widely used in cars, home appliances and industrial machinery. In fact it is one of the few companies trying to get out of the automotive industry. Some of this is because Tosh has not made much money out of it. This division lost $2.78 billion in the year ended March 2015.
Following the accounting scandal, Toshiba has been focusing on nuclear and other energy operations, as well as its storage business, which centers on NAND flash memory chips.
Project Tango is an ongoing effort by Google to allow a mobile device like a smartphone to measure spaces and provide information to a user that can be useful for navigating indoor locations. Lenovo also envisions adding augmented reality apps that can be used in games or in shopping for furniture and sizing up how the furniture fits in a room. The apps rely on the physical space around a smartphone user as detected by the 3D Project Tango technology.
The phone’s display will be smaller than 6.5-in. and the body very thin, although Lenovo hasn’t yet come up with a name, Jeff Meredith, Lenovo vice president of development, said during a press conference. It will use a Snapdragon processor and run Android, no surprise given the phone’s connection to Google.
Adding Project Tango to a smartphone is a “fundamental shift,” Meredith said. “This has significant capability of changing how we interact with smartphones.”
The device will feature three cameras in addition to the two traditional cameras used on modern smartphones. The three are a depth sensor, a fisheye camera for wide angle views and an RGB (red, green, blue) camera for acquiring very accurate color images.
Google Project Tango’s head of development, Johnny Lee, used a special 7-in. tablet developed by Google to show off how Tango will work. He measured the length and width of a small stage where he stood, calculated the size of a box onstage and played a virtual game of Jenga.
Lee was also able to show how he could fit a virtual couch and a refrigerator into the space on the stage, as depicted on the tablet screen.
Lenovo didn’t offer many details about the phone and showed photos that only offered a glimpse of what it will look like.
IPv6 is 20 years old and the milestone has been celebrated with 10 percent adoption across the world for the first time.
The idea that IPv6 remains so far behind its saturated incumbent, IPv4, is horrifying given that three continents ran out of IPv4 addresses in 2015. Unfortunately, because the product isn’t ‘end of life’ most internet providers have been working on a ‘not broken, don’t fix it’ basis.
But 2016 looks to be the year when IPv6 makes its great leap to the mainstream, in Britain at least. BT, the UK’s biggest broadband provider, has already committed to switch on IPv6 support by the end of the year, and most premises will be IPv6-capable by April. Most companies use the same lines, but it will be up to each individual supplier to switch over. Plusnet, a part of BT, is a likely second.
IPv6 has a number of advantages over IPv4, most notably that it is virtually infinite, meaning that the capacity problems that the expanded network is facing shouldn’t come back to haunt us again. It will also pave the way for ever faster, more secure networks.
Some private corporate networks have already made the switch. Before Christmas we reported that the UK Ministry of Defence was already using the protocol, leaving thousands of unused IPv4 addresses lying idle in its wake.
IPv6 is also incredibly adaptable for the Internet of Things. Version 4.2 of the Bluetooth protocol includes IPv6 connectivity as standard, making it a lot easier for tiny nodes to make up a larger internet-connected grid.
Google’s latest figures suggest that more than 10 percent of users are running IPv6 connections at the weekend, while the number drops to eight percent on weekdays. This suggests that the majority of movement towards IPv6 is happening in the residential broadband market.
That said, it is imperative that businesses begin to make the leap. As Infoblox IPv6 evangelist Tom Coffeen told us last year, it could start to affect the speed at which you are able to trade.
“If someone surfs onto your site and its only available in IPv4, but they are using IPv6, there has to be some translation, which puts your site at a disadvantage. If I’ve not made my site available in IPv6, I’m no longer in control over where that translation occurs.”
In other words, if you don’t catch up, you will soon get left behind. It was ever thus.