Computers are machines driven by specific instruction sets governed by various rules and protocols known as operating systems. Just like the human body’s immune system is vulnerable to new viruses and their mutants, computers are prone to malware infections. We cover these basics and the different types of malware in this article. Malware in electronic devices can result in software vulnerabilities, which may affect legitimate programs in the system.

Open Policy Agent (OPA), now a graduated project from the Cloud Native Computing Foundation, has become the open-source tool of choice for millions of users, who leverage it as a standard building block for policy and authorization across the cloud-native stack. Given the flexibility of OPA — with practically limitless deployment options — it has been adopted for dozens of use cases across hundreds of companies.

Integration with your source code managers and issuing pull requests to fix issues has been part of Snyk’s success in helping our customers fix application dependencies for several years. Now, we want to help you address container security in a similar way. We’re happy to share that we are extending Snyk Container by helping you automatically fix issues in your Dockerfile to keep an up-to-date base image at all times.

Have you shifted left, yet? That’s the big trend, isn’t it? It’s meant to signal a movement of security responsibilities, moving from central IT teams over to developers, but that’s trickier than it sounds. Simply taking tools that are intended for use by security experts and making them run earlier in the supply chain does not provide developers with meaningful information.

AWS Fargate is a technology that you can use with Amazon ECS to run containers without having to manage servers or clusters of Amazon EC2 instances. With AWS Fargate, you no longer have to provision, configure, or scale clusters of virtual machines to run containers. This removes the need to choose server types, decide when to scale your clusters, or optimize cluster packing. In short, users offload the virtual machines management to AWS while focusing on task management.

Those who are familiar with ionCube and ionCube24 will know we are big on security with our focus being on robust PHP code protection tools and website malware protection. But what about the daily cyber security risks which affect all of us? Cyber crime is a huge deal in the age of technology and not everyone will be as aware of tools we can use to protect ourselves or the tips we can consider every day to keep ourselves safe.

In the summer of 2020, there was a big, short-lived spike in malicious Office documents. The Emotet crew had been quiet in the spring and began leveraging their botnet to send extremely convincing phishing emails to their victims, often with a link to download an invoice or other document from a popular cloud service. Those documents contained malicious code that installed backdoors, ransomware, bankers, and other malware on unsuspecting victims’ computers.

A typical organization’s environment consists of a myriad of applications and services, each with its own unique set of ongoing vulnerabilities and flaws that could ultimately lead to a data breach. This can make IT security and operations’ job difficult, as different departments and groups within a company may utilize specific software offerings to accomplish their job functions.

Cybercriminals are surprisingly lazy. Hackers are continuously cultivating their methods to achieve maximum impact with minimal effort. The adoption of a Ransomware-as-a-Service model is one example of such an achievement. But perhaps the apical point of cyberattack efficiency was achieved with the invention of the supply chain attack. A supply chain attack is a type of cyberattack where an organization is breached though vulnerabilities in its supply chain.

On January 6, 2021. Hafnium, a Chinese state-sponsored group known for notoriously targeting the United States, started exploiting zero-day vulnerabilities on Microsoft Exchange Servers. The criminals launched a deluge of cyberattacks for almost 2 months without detection. On March 2, 2021, Microsoft finally became aware of the exploits and issued necessary security patches. By that point, it was too late.