How to Build a Quantum-Ready Workforce

 The expression “Quantum 2.0” implies the transition now under way from the academic study of “quantum weirdness,” such as entanglement and superposition of quantum states, to leveraging those properties in actual commercial devices. That transition has substantially boosted the interest of industry in building (and using) quantum applications.

But where will a quantum-ready workforce for this new industry come from? That was the topic of a Tuesday afternoon online panel discussion, “Workforce Development in Quantum Science and Technology,” at OSA’s first Quantum 2.0 Conference. The session highlighted some efforts already afoot to build a viable quantum workforce—and also touched on the changes in mindset that will be required to take things further.

The moderator of the panel, computer science degree jobs Fellow Michael Raymer of the University of Oregon, USA, began by pointing out that there’s a “wide consensus” that better quantum education is needed. That’s particularly true given the breadth of disciplines—including mechanical engineering, optical engineering, systems engineering, application development and many other areas—that quantum information science (QIS) covers.

Raymer noted that some efforts to build new educational structures and a “quantum ecosystem” are already underway. These include the Quantum Economic Development Consortium (QED-C) in the United States, a stakeholder consortium funded by the U.S. National Institute of Standards and Technology (NIST) as part of the federal strategy called for under the National Quantum Initiative (NQI) Act.

Tata Technologies, GKN Automotive open global e-mobility engg centre

 The centre, spread over 12,650 sq ft, will house a design studio, lab stations, meeting/conference rooms, and a wellness centre; will leverage Tata Tech’s expertise in electric, embedded systems

Tata Technologies, a global engineering and product development digital services company, and GKN Automotive, a driveline systems and advanced ePowertrain technologies company, announced the opening of an advanced, global e-mobility software engineering centre in Bengaluru.

The new centre spread across a 12,650 square feet area, will house a design studio, lab stations, meeting/conference rooms, a wellness centre and will leverage Tata Technologies’ expertise in electric and embedded systems as well as its ability to attract software engineering talent to work on computer engineering vs computer science Automotive’s next-generation e-Drive technologies, reshaping the future of sustainable e-mobility.

The ambition is to have a workforce of more than 100 software engineers and support staff by the end of 2020. An accelerated recruitment drive is already in place to attract talent to develop GKN Automotive’s future advanced e-powertrain capabilities supplying global automotive manufacturers.

3 ways criminals use artificial intelligence in cybersecurity attacks

Three cybersecurity experts explained how artificial intelligence and machine learning can be used to evade cybersecurity defenses and make breaches faster and more efficient during a NCSA and Nasdaq cybersecurity summit.

Kevin Coleman, the executive director of the National Cyber Security Alliance, hosted the conversation as part of Usable Security: Effecting and Measuring Change in Human Behavior on Tuesday, Oct. 6.

Elham Tabassi, chief of staff information technology laboratory, National Institute of Standards and Technology, was one of the panelists in the "Artificial Intelligence and Machine Learning for Cybersecurity: The Good, the Bad, and the Ugly" session.text

"Attackers can use AI to evade computer engineering jobs, to hide where they can't be found, and automatically adapt to counter measures," Tabassi said. 

Tim Bandos, chief information security officer at Digital Guardian, said that cybersecurity will always need human minds to build strong defenses and stop attacks. 

"AI is the sidekick and security analysts and threat hunters are the superheroes," he said. 

Here are three ways AI and ML can be used in cybersecurity attacks. 

Ericsson crashes Open RAN party with security scare

 Just as the Open RAN party was getting into full swing, Ericsson has arrived in sober mood, turned down the music, switched on the lights and given everyone a lecture about potential security concerns.

The Swedish vendor, which has long expressed reservations about the role that Open RAN technology could or should play in commercial network what jobs can you get with a computer science degree, has published a blog, titled Making sure that Open RAN doesn’t open the door for new risks in 5G, that lays out the various ways in which an Open RAN architecture, with its additional interfaces and new functions such as the near-real-time RAN intelligent controller (RIC), could lead to security challenges: “The introduction of new and additional touch points in O-RAN architecture, along with the decoupling of hardware and software, has the potential to expand the threat and attack surface of the network in numerous ways,” writes Jason Boswell, Head of Security, Network Product Solutions, at Ericsson.

This is an important topic, for sure, and the points raised by Ericsson are absolutely pertinent: Network security should be one of the major considerations of any network architect, and new deployment models need to be scrutinized from every angle to ensure that the network is as secure as possible.

And the Ericsson blog is absolutely worth 10 minutes of anyone’s time to read: It raises real world concerns from the perspective of a company that knows as much as any other about the nature of cellular networking.

What’s also notable, though, is that the topic is presented in a way that suggests quite clearly that an Open RAN network is, by its nature, inherently compromised, with the use of sub-headlines such as ‘expanded threat surface’ and ‘weakened links in the trust chain.’ 

Gartner ID’s New SD-WAN Leaders in ‘Magic Quadrant’

 The research firm just unveiled its latest WAN Edge Magic Quadrant (MQ), which evaluates SD-WAN vendors. Far more companies crowd the Leaders quadrant in 2020 than in 2019. Only VMware and Silver Peak claimed that honor in 2019, but Fortinet, Versa Networks, Cisco and Palo Alto Networks have now joined them.

Gartner’s report observed the dramatic change the WAN edge market has undergone in the last few years. Previously, a select few routing-focused suppliers dominated the market, according to Gartner.

“However, as SD-WAN routing functionality has improved and, in most cases, has become equal to traditional routers, vendor products have been proved, and traditional routers are reaching end of life,” report authors Jonathan Forest, Andrew Lerner and Naresh Singh wrote. “We see SD-WAN operating as the main WAN edge function in customer networks going forward.”

The report projected consolidation of both devices and vendors. As the rise of SASE indicates, security and WAN optimization functions are converging into the same solutions. how much do computer engineers make predicts SASE adoption among SD-WAN users to increase from 35% in 2020 to more than 60% by 2024.

2G, 3G, 4G and 5G Wireless Network Infrastructure Market 2020 In-Depth Analysis

 The in-depth study on the global 2G, 3G, 4G and 5G Wireless Network Infrastructure market report adheres the significant facts of the industry. It covers 2G, 3G, 4G and 5G Wireless Network Infrastructure market proportions, recent developments, growth factors, major challenges, opportunities, and various market categories. The 2G, 3G, 4G and 5G Wireless Network Infrastructure analysis is based on the past data as well the current market requirements. The 2G, 3G, 4G and 5G Wireless Network Infrastructure market involves several methodologies implemented by the market players. Through this, it supports the growth of the 2G, 3G, 4G and 5G Wireless Network Infrastructure market and has its uniqueness in the growing industry. 

The 2G, 3G, 4G and 5G Wireless Network Infrastructure market report shows a significant growth in the CAGR during the forecast period 2020 to 2026. The report segregates the overall 2G, 3G, 4G and 5G Wireless Network Infrastructure market report on the basis of product type, applications, top players and geographical regions. The deep study includes the key 2G, 3G, 4G and what is computer engineering Wireless Network Infrastructure market outline, guidelines, rules and market policies. It focuses on the valuations of market stake, market dynamics, and key players.

New survey indicates more than two-thirds of European organisations are planning

The shift to home working has left enterprises more vulnerable, Cloud security becomes top priority and Zero Trust gains acceptance

READING, England, Sept. 29, 2020 /PRNewswire/ -- Insecure devices, phishing schemes and data breaches are on the rise, according to a survey from entry level computer science jobs, the global leader in visibility and analytics for the hybrid cloud. The findings, set against the current digital and economic climate, reveal the coming challenges IT and security decision makers face, their top priorities for the next 12 months and specifically, their attitudes towards the adoption of Zero Trust. 

When it came to assessing current issues IT and security decision makers are facing, the survey revealed that the security landscape has become more menacing with about 84% of respondents having seen a rise in threats since the start of 2020. 

Following closely in terms of concerns were the increase in data and applications to monitor and protect (36%) and managing a complex working landscape (35%). This highlights a myriad of operational issues IT teams are dealing with on a daily basis.

What's more, with the network constantly evolving and infrastructure under increasing strain, IT teams are looking to make new investments to future-proof their organisation despite lower budgets and uncertainty (36%). This is reflected by respondents citing that keeping developments safe and secure in the Cloud was their top priority for the rest of this year (44%).