Modern organizations are adopting a cloud-native approach to their application development. While this approach provides many benefits, it also makes organizations face several challenges, including the challenge of securing the application with a completely different approach. In this blog, we will discuss how software changes and how organizations should think about securing it.
Compliance software platforms have been around since 2016. These solutions may vary in focus, but typically, they share the same few traits. They tend to prioritize speed over quality, hide their pricing structures, and don’t allow prospects to try out the product until they’ve officially run through a demo and signed a contract.
1Password Shell Plugins brings the security and ease of use of biometrics to every tool in your terminal.
The SOC is changing. And to keep cybercriminals from wreaking havoc, security teams must mature their security operations to derive more value from the systems, tools, and data at their disposal. To do so, organizations are increasingly automating more SOC tasks and have long-term plans to build autonomous SOCs to augment their security analysts.
While we have all used digital security certificates like SSL/TLS, code signing certificates, or others, many don’t know the security technology behind them. Stringent security standards ensure that the cyber threats looming around us never get to our digital systems. Due to such threats, there’s a constant advancement happening in data security technology to protect sensitive information. Encryption and Signing are two methods used widely for data security.
There’s no denying that multi-factor authentication (MFA) is an essential security measure that significantly improves an organization’s cyber posture. However, there is no silver bullet in cybersecurity. Though multi-factor authentication proves extremely helpful, determined and resourceful cybercriminals can still find techniques to bypass it. Let’s look at some frequently-used methods cyber-attackers leverage to bypass MFA.
