Ever wish SSL management were easier? We recently wrote about upcoming SSL lifetime changes and how, soon, manually managing SSL certificates will likely become more difficult to maintain. Before, certificate validity lasted years. By 2029, it will only be 47 days. 

Over the last few years, website owners have likely noticed a common trend with SSL certificates. SSL lifetime periods have been getting shorter and shorter. And that trend is set to continue. This all came from a ballot we covered in a blog earlier this year. In June 2025, the CA/Browser Forum approved a phased reduction in public TLS certificate validity periods. This year, it was reduced to 200 days. By 2029, it will be 47 days. 

Modern apps are built and deployed faster than ever. Anyone can use automated AI coding, also known as vibe coding,  tools to generate large amounts of code automatically, and cloud services make it incredibly easy to put applications online. The problem is, many apps created this way completely lack security, putting sensitive personal or corporate data at risk. 

Gaining root access to a system is a lot like getting master keys to an entire building. Malicious actors gain access and control over the entire system, as well as the ability to move further into connected systems without being noticed. This can be an issue for all computer systems, but recently the spotlight has been on Linux due to the “Copy Fail” Linux security vulnerability.

Most cyberattacks don’t come from a single hacker sitting behind one computer. Sometimes they rely on thousands of devices working together without their owners even realizing it. These networks are called botnets. And they’ve become one of the most powerful tools in modern cybercrime, and they’re only growing in magnitude.

Most people don’t think of their phones as something susceptible to malicious actors. Unfortunately, phones can be just as vulnerable as computers, but the way they are targeted is different. Quite often, it’s through spyware.

Much of a computer’s security is only active after it starts. For instance, antivirus software scans files, browsers block suspicious websites, and operating systems install security patches. But what about during startup? Not many people know that during this phase, a computer is especially vulnerable, because the system hasn’t fully loaded, and security tools aren’t active yet.