When teams work remotely, at least half of all communication is done via writing rather than speaking. This means communicating through emails, Slack, or texting. It even applies to using the chat function while you’re on a video call. You need to be able to communicate clearly no matter what platform you’re using. ... Working remotely doesn’t mean working alone. You’re still going to be part of a team, which means working with colleagues on projects and tasks. Without a physical space to gather, collaboration can be a bit more challenging. Communication skills and collaboration skills go hand in hand, as communication plays a huge role in successful collaboration. Find the right balance of video meetings, phone calls, and messages to ensure ample but not overwhelming communication. ... You might be working with colleagues who are in a different time zone which impacts deadlines, when meetings can be scheduled, and even when you can get in touch with those colleagues. If you’re assigned to work with a new team, you might have to adapt to the way that team works.
Dynamic application security testing (DAST) is a highly effective way to find certain types of vulnerabilities, like cross site scripting (XSS) and SQL injection (SQLi). However many of the commercial DAST tools are expensive to use and often only used when a project is getting ready to ship, if they are used at all. ZAP can be integrated into a project’s CI/CD pipeline from the start, ensuring that many common vulnerabilities are detected and can be fixed very early on in the project lifecycle. Testing in development also means that you can avoid the need to handle tools and features designed to make automation difficult, like single sign-on (SSO) and web application firewalls (WAFs). ... For web applications, or any projects that provide a web based interface, you can use ZAP or another DAST tool. But don’t forget to use static application security testing (SAST) tools as well. These are particularly useful if they are introduced when starting a project. If SAST tools are used against more mature projects then they often flag a large number of potential issues, which makes it difficult to focus on the most critical ones.
Attack sophistication is directly proportional to the goals of the attackers and the defensive posture of the target. A ransomware ring will target the least-well-defended and the most likely to pay (ironically, cyber insurance can create a perverse incentive in some situations.) because there is an opportunity cost and return on investment calculation for every attack. A nation-state actor seeking breakthrough biotech intellectual property will be patient and well-capitalized, developing new zero-day exploits as they launch a concerted effort to penetrate a network's secrets. One of the most famous of these attacks, Stuxnet, exploited vulnerabilities in SCADA systems to cripple Iran's nuclear program. The attack was thought to have penetrated the air gap network via infected USB thumb drives. As awareness of these complex, multi-stage attacks has risen, startups have increased innovation - such as the behavior analytics space where complex machine-learning algorithms determine "normal" behaviors and look for that one bad actor. Threat actors are the individuals and organizations engaged in the actual attack. In the broadest sense of the term, they are not always malicious.
What’s different now is that over the last two or three years the industry has come together to collaborate on evolving the ecosystem. One example is the formation of an industry group called the Financial Data Exchange. As a result, financial institutions, financial data aggregators, and related parties are developing standards for access, authentication, and transparency that will provide end-to-end governance to keep the ecosystem safe and fair, and consumer data secure. ... “Banks are looking for technology innovation to address both back office challenges, get faster and leaner, reduce costs, but also to increase engagement with their customers,” Costello says. “Certainly at times like this we see how important digital engagement is.” As some FIs are closing branches to reduce costs, digital engagement becomes essential. And if it’s done right, it works. And the opportunity for innovation abounds. The better multi-factor authentication and authorization that comes with open banking means that the bank has a higher degree of confidence that the person with whom they’re engaging is the account holder. Now that they have a higher degree of trust, they can offer a higher degree of engagement.
Early micro front-end projects have focused on how to provide better separation of logic and UI elements into smaller, more dynamic components. But modern micro front ends have moved far beyond the idea of loose coupling code to full scale Kubernetes-based deployment. There's even been a recent trend of micro front ends containerized as microservices and delivered directly to the client. For example, the H2 app by Glofox recently adopted this approach to implement a PaaS for health and fitness apps, which gyms and health clubs then customize and provide to clients. The app uses the edgeSDK from Mimik Technology Inc., to manage the containerized micro front-end microservices deployment to run natively across iOS, Android and Windows devices. In addition, a micro front-end deployment reduces the server load. It only consumes client-side resources, which improves response times in apps vulnerable to latency issues. Users once had to connect to databases or remote servers for most functions, but a micro front end greatly reduces that dependency.
For any attack that involves ransomware, the fallout can be much more extensive than simply dealing with the malware. And organizations that don't quickly see the big picture will struggle to recover as quickly and cost-effectively as they might otherwise be able to do (see: Ransomware + Exfiltration + Leaks = Data Breach). That's why understanding not just what ransomware attackers did inside a network, but what they might still be capable of doing - inside the network, as well as by leaking - is an essential part of any incident response plan, security experts say. So too is identifying how intruders got in - or might still get in - and ensure those weaknesses cannot be exploited again, says Alan Brill, senior managing director in Kroll's cyber risk practice. "If you don't lock it down, it's very simple: You're still vulnerable," he tells Information Security Media Group. "If you lock down what you thought was the issue but you were wrong - it wasn't the issue - that they weren't just putting ransomware in your system but they've been in there for a month examining your system, exfiltrating data and lining up how to do the most damage when they launched the ransomware, you may not even know what happened."
Leufer has just put the final touches to a new project to debunk common AI myths, which he has been working on since he received his Mozilla fellowship – an award designed for web activists and technology policy experts. And one of the most pervasive of those myths is that AI systems can and act of their own accord, without supervision from humans. It certainly doesn't help that artificial intelligence is often associated with humanoid robots, suggesting that the technology can match human brains. An AI system deployed, say, to automate insurance claims, is very unlikely to come in the form of a human-looking robot, and yet that is often the portrayal that is made of the technology, regardless of its application. Leufer calls those "inappropriate robots", often shown carrying out human tasks that would never be necessary for an automaton. Among the most common offenders feature robots typing on keyboards and robots wearing headphones or using laptops. The powers we ascribe to AI as a result even have legal ramifications: there is an ongoing debate about whether an AI system should own intellectual property, or whether automatons should be granted citizenship.
The growth means companies are looking to hire applicants for quantum computing jobs and that the country needs to build a quantum workforce. Efforts are underway; earlier this month, more than 5,000 students around the world applied to IBM's Qiskit Global Summer School for future quantum software developers. And the National Science Foundation and White House Office of Science and Technology Policy held a workshop in March designed to identify essential concepts to help students engage with quantum information science (QIS). But industry experts speaking on the topic during an IBM virtual roundtable Wednesday said K-12 students are not being prepared to go to schools with the requisite curriculum to work in this industry. Academia and industry must work in tandem to engage the broadest number of students to get them prepared to do these kinds of jobs that will be needed in the future, said Jeffrey Hammond, vice president and principal analyst at Forrester Research, who moderated the discussion. It was only four years ago that quantum computing became available in the cloud, giving more people access, noted panelist Abe Asfaw, global lead of quantum education at IBM Quantum.
A substantial majority of embedded developers in the IoT and complex instrumentation space use C, C++, or C# to handle data processing and local analytics. That’s in part because of how easy it is to handle direct I/O for devices and internal systems components as well as more complex digitally-enhanced machinery through some variations of inp() and outp() statements. It’s also easy to manipulate collected data using familiar file system statements such as fopen(), fclose(), fread(), and fwrite(). This is the path of least resistance. Almost anyone who takes a programming class (or just takes the time to learn how) can use these statements to interact with data at the file system level. The problem is that file systems are very simple. They don’t do much by themselves. When it comes down to document and record management, indexing, sorting, creating and managing tables, and so on, there’s only one operative statement: DoItYourself(). And we’re not even talking about rare or rocket science-level activities, here. These are everyday activities that that you’d find in any database system. Wait! It’s the D-word! May as well be the increment of the ASCII character pointer by two to the … you know what word.
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