Artificial Intelligence (AI) is redefining video games. Unveil benefits, dangers and cybersecurity insights of artificial intelligence.
Artificial Intelligence (AI) is redefining video games. Unveil benefits, dangers and cybersecurity insights of artificial intelligence.
Stop cheaters in their tracks by embracing the future of anti-cheat measures. Ensure fair and consistent gameplay experiences across PC, mobile, and console.
Many of you will by now have heard of ChatGPT. It’s an interactive and incredibly powerful machine learning tool that can generate human-like responses across a wide range of topics. Every innovation, though, has its pros and cons. While ChatGPT was coded with good intentions, let’s explore how the tool could be problematic from a cybersecurity standpoint.
Rather than spending long hours within a game environment, cheaters are using bots to advance through a title and build their in-game character. Using gaming bots and hardware cheats not only facilitates criminal money earnings, but also gives unscrupulous players the ability to super-enhance their in-game characters. What techniques are they using and what can you do to stop them? Read on to find that out!
With 32% of gamers admitting to cheating at least once and 77% of players being likely to leave the game if there were cheaters, it’s only natural that gaming studios big and small are looking for ways to protect their titles from cheaters. But with the current choice on the market, there comes the question: how to tell an excellent anti-cheat solution provider from an average one? Read the top 5 features to look out for!
There is little doubt that the future of healthcare will rely more on always-connected devices, Software as a Medical Device (SaMD), cloud computing and vast amounts of data processing. However, moving medical devices outside of the security provided within a managed hospital network and placing them at our homes increases the risk of cyberattacks. So, how manufacturers can face the ongoing challenge of ensuring security of their devices and the ever-increasing pressure by the regulatory bodies?
Threat modeling is a well-established practice within the cybersecurity industry but is still relatively new within the medtech space, so many are unsure where to start and exactly how to do it. Fortunately, the MITRE Corporation, in conjunction with the FDA and other industry leaders, have just released a very helpful resource.
Sixteen years after release of Guidance for the Content of Premarket Submissions for Software Contained in Medical Devices, the US Food and Drug Administration (FDA) has published a draft version of an updated Content of Premarket Submissions for Device Software Functions. What’s in the document and why should it concern you?
When two FDA cybersecurity leaders highlight the importance of threat modeling for more secure medical devices, it’s time to pay close attention. Find out why they’re saying it’s vital to device design and approval.
Get answers to important questions about your product and its regulatory requirements under EU MDR.