What is quantum computing?

 It helps to first understand the basics of classical computers, like the one you’re using to read this story. Classical computers store and process information in binary bits, each of which holds a value of 0 or 1. A typical laptop could contain billions of transistors that use different levels of electrical voltage to represent either of these two values. While the shape, size, and power of classical computers vary widely, they all operate on the same basic system of binary logic.

But it’s still early days — quantum computing must clear a number of science and engineering hurdles before it can reliably solve practical problems. More than 100 researchers across MIT are helping develop the fundamental technologies necessary scale up quantum computing and turn its potential into reality.

Quantum computers are fundamentally different. Their quantum bits, called qubits, can each hold a value of 0, 1, or a simultaneous combination of the two states. That’s thanks to a quantum mechanical phenomenon called superposition. “A quantum particle can act as if it’s in two places at once,” explains John how to become a computer engineer, a researcher at the MIT Lincoln Laboratory’s Quantum Information and Integrated Nanosystems Group.

SD-WAN growth drives the adoption of SD-Branch deployments

 Many organizations are turning to SD-WAN to reduce costs and increase the flexibility of their large, highly distributed networks. The IDC survey found that 42% of respondents had already deployed SD-WAN either in part or in full, with 95% expecting to shift to SD-WAN within the coming two years. This will allow these organizations to lower costs because they can use broadband Internet, metro Ethernet and LTE to increase WAN capacity, while reducing reliance on expensive, inflexible WAN connectivity methods like MPLS.

A software-defined approach also simplifies the configuration and operations of a distributed network, which also leads to IT efficiencies and savings. WAN optimization and policy-based routing improves application performance and reliability – without buying more bandwidth. The right SD-WAN solution can also bolster the security of the network, with integrated firewall and unified threat management capabilities.

SD-WAN is a foundational component of SD-Branch, states entry level computer science jobs. Network buyers are looking for context from within the branch to include in WAN optimization, firewall, WLAN controller, secure web gateway, and network analytics/visibility tools. This direction is what we at Aruba refer to as a full-stack solution.

Cloudflare launches Data Localisation Suite

Cloudflare has released its Data Localisation Suite, with the aim of giving companies tools to control and protect data regardless of where they do business. With Data Localisation Suite, businesses can use Cloudflare’s global cloud network to control where their data goes and who has access to it - no matter what countries they operate in, their industry, or their specific data protection obligations, the company states.

Many countries across the globe are introducing new standards and regulations to address data access, protection, and privacy.  As a result, businesses now need to evaluate and set data controls at the regional level. Until now, businesses who wanted to localize their data often had to choose to restrict their application to one data center or one cloud provider's region, sacrificing performance or security as a result, the company states.

Furthermore, as regulations and industry norms shift, standardized certifications can provide validation that businesses are acting in line with their industry. As of now, computer engineering definition meets industry-leading standards for security and privacy and validates those commitments with third-party auditors on an annual basis. This includes ISO 27001/27002, Payment Card Industry Data Security Standards (PCI DSS), and SSAE 18 SOC 2 Type II.

Broadcom Breaks New Ground with Trident SmartToR

 Announced today an industry first with Trident SmartToR (Smart Top-of-Rack), expanding the reach of merchant silicon to software-defined, fully-programmable switching, routing, and L4-L7 services at unprecedented scale. The Trident SmartToR architecture empowers a new generation of smart networking products with orders of magnitude better performance than solutions currently available in the market.

Over the last decade, merchant silicon has evolved from basic L2 switching to the world’s highest-performance switching and routing solutions. Trident SmartToR takes this to the next level with support for high-performance, advanced network services.

“Truly revolutionary, Trident SmartToR delivers unmatched performance and scale, along with merchant-silicon economics, to disrupt the L4-L7 network services market, which until now has relied on low-performing and expensive processors and FPGAs— this new offering is a true game changer,” said Ram computer science major jobs, senior vice president and general manager, Core Switching Group, Broadcom.

Learn to code, get a job as an engineer?

 I grew up coding. My dad is an engineer, so I guess it came with the territory. By the time I was a teenager, I had racked up hundreds if not thousands of hours in front of the computer, and I soon found myself at the top of my IT class. It probably seemed to everyone around me that getting a job as a software engineer would be the next logical step. But my path wasn’t nearly as straightforward as you might think.

Over the past 10 years or so, there have been innumerable news stories on the value of coding, many of them arguing that we need more software developers in order to thrive in an increasingly digital world. We hear all the time about the “how to become a computer engineer”, and there’s even an “everyone should code” movement, as well as an argument that coding should be considered a basic life skill. Though there’s some occasional skepticism (“Should everyone really learn to code?” asks WIRED) the message has always come across loud and clear: coding = good.

The need for a strong and global cybersecurity response

The final weeks of a challenging year have proven even more difficult with the recent exposure of the world’s latest serious nation-state cyberattack. This latest cyber-assault is effectively an attack on the United States and its government and other critical institutions, including security firms. It illuminates the ways the cybersecurity landscape continues to evolve and become even more dangerous. As much as anything, this attack provides a moment of reckoning. It requires that we look with clear eyes at the growing threats we face and commit to more effective and collaborative leadership by the government and the tech sector in the United States to spearhead a strong and coordinated global cybersecurity response.

The first is the continuing rise in the determination and sophistication of nation-state attacks. In the past week this has again burst into the headlines with the story of an attack on the firm FireEye using malware inserted into network management software provided to customers by the tech company what does a computer engineer do. This has already led to subsequent news reports of penetration into multiple parts of the U.S. Government. We should all be prepared for stories about additional victims in the public sector and other enterprises and organizations. As FireEye CEO Kevin Mandia stated after disclosing the recent attack, “We are witnessing an attack by a nation with top-tier offensive capabilities.”

IDS and IPS Buyers Guide: Cisco offers integration to prevent intrusion attacks

 In a typically short-staffed healthcare IT environment integration and automation are two key components to look for when purchasing a modern intrusion detection and prevention solution. Cisco believes its solution provides just that. Probably what keeps healthcare security specialists up at night most often are the huge number of older medical devices that cannot be patched or taken offline.

“Many are built atop outdated operating systems like Windows XP, where the original manufacturer did not provide a way to update or patch these systems,” says Steve Caimi, Cybersecurity Specialist, U.S. Public Sector at Cisco.

When Cisco’s IDS and IPS detects a threat that could compromise a medical device its automated system signals Cisco’s Identity Services Engine and Cisco computer science vs engineering to update the network segmentation policy and quarantine the system of origin, thus preventing the attack from reaching the device.