The Software behind today’s cyberattacks
As software is incorporated into critical infrastructure, transportation, healthcare and personal devices, the consequences of a lack of security for software are escalating. Adversaries are constantly probing systems searching for weaknesses to exploit. Software that isn’t secure can be abused for fraud, data breaches and other illegal activities.
Preventing attacks prior to they occur is the key to securing software. This requires a mix of practices which include patching software and keeping http://www.data-room.blog/why-secure-send-of-your-files-is-important/ it up to date. It also requires a secure architecture, as well as programming best practices, such as using cryptography, data validity and a programming language that effectively manages memory allocations.
Today, there are a myriad of commercially available solutions (COTS) to help ensure that your system is secure. However, if you are developing your own software or are a DevOps team, the aim is to incorporate security into the development process so that it is built into your application right away. This cuts down on the amount of work required to fix issues in production.
The benefits of designing software security far outweigh the costs. By using security-by design methodologies and best practices frameworks, software makers can limit the number and impact of vulnerabilities that are introduced into production, minimize undetected vulnerabilities, and quickly address any new vulnerabilities that emerge. Because it’s 6 times more expensive to fix a bug in production, it’s vital to fix it the first time.
