In our previous blogs, we’ve explored why immutable backups are a good idea for your disaster recovery plan. We’ve also taken a deeper dive into the solutions of top tier providers like Veeam and Cohesity. Now we are exploring a different approach to immutability, and that’s what Amazon Web Services (AWS) has to offer. AWS covers a wide range of services provided by Amazon’s cloud computing platform. In this blog, we’ll discuss Amazon Simple Storage Services (S3). These services can enhance existing technologies to create better backup, data protection, and disaster recovery solutions.

In our recent blog post, we covered our partner, Cohesity’s immutable and AirGap Backup solutions. Before that, we dove into immutable backups and why you need them for your disaster recovery strategies. Now, we need to address one of the biggest players in the disaster recovery game, Veeam. Veeam offers data backup, disaster recovery, and modern data protection software for your on-prem, virtual, or multi-cloud infrastructure.

In our recent blog, Immutable Backups and 5 reasons why you need them for your disaster recovery plan, we introduced immutable backups. Now it’s time to dive into the different solutions that are out there, to help you decide which one is the best approach for your environment.

While there is no precise ‘how to’ guide on how to lower your cybersecurity insurance policy premiums because every single business is different, you can hedge the bets in your own favor. We’ve put together 4 tried and true best practices to help you up your chances of getting a more manageable cybersecurity insurance premium. Let’s review.

Most organizations are bewildered at the mention of this latest cybersecurity requirement. When the term immutable backup comes up, we often hear, “’What is it,’ ‘Why would I need it?’, and ‘How can it help me?’”

A zero-day critical security vulnerability affecting the Java logging library Apache Log4j service was first discovered on December 9th. This vulnerability can allow remote attackers to perform unauthenticated remote code execution and access to Apache web server, which are widely deployed and used in many products. Security researchers have observed hundreds of thousands of attempts to exploit this vulnerability since it was discovered. As such, organizations should take all measures necessary to mitigate this threat.