The Software behind today’s cyberattacks

As software is incorporated into critical infrastructure transportation, healthcare, and personal devices, the implications of a lack of security for software are escalating. Cybercriminals are constantly scouring systems searching for weaknesses to exploit. Software that isn’t secure could be exploited to gain access to theft, data breaches, and other illegal actions.

Making sure that attacks are prevented from happening is the best way to protect software. This requires a combination practices which include patching software and keeping it up to date. It also requires a secure architecture and also coding the best practices like using encryption, data validity, and a programming language that effectively manages memory allocations.

There are a variety of commercially available solutions (COTS) that can assist you in ensuring that your system is safe. However, if you are creating software from scratch or are part of a DevOps team, the goal is to incorporate security into the process of development so it is built into your application right away. This reduces the amount of time required to correct issues in production.

The benefits of designing security into software far outweigh the cost. Through the use of security-by design methods and best practices frameworks, software makers can limit the number and impact of vulnerabilities that reach production, limit the amount of undiscovered vulnerabilities, and quickly address any new get redirected here vulnerabilities that emerge. It costs 6x more to fix a production bug which is why it’s vital to make sure it’s done right on the first go.