Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Since organizations around the globe began investing more aggressively in their digital transformation by migrating and modernizing applications within the cloud, the value of audit logging has shifted. It has expanded from industries like finance and healthcare to nearly any company with a digital strategy.

Aside from executing physical attacks on servers, hardware or people, there are three main access points where criminals can break into systems: web, mobile and API. In this post, we’ll focus on mobile security, an area increasingly being exploited due to a sharp rise in mobile device use over the course of the pandemic.

Predicting the future is tricky business. However, when you’re privileged enough to frequently speak with the technology leadership at Fortune 500 companies, looking forward is less about gazing into a crystal ball and more of an extrapolation of trends that you're seeing. I’m honored that Fast Mode published my article detailing what I think is in store for cloud computing in 2022.

Netskope is a leading provider of cloud security with its security service edge, single-pass architecture. Using clients to steer traffic to the Internet through the Netskope Security Cloud means that customers can securely enable data moving into and out of the distributed corporate environment. But this traffic has to originate from an endpoint—and endpoints can be compromised. How do organizations know whether SaaS traffic originating from an endpoint is potentially compromised or at risk?

Snyk’s developer security platform provides developers and security professionals with the tools they need to build and operate modern applications securely. Snyk enables users to shift security left and to embrace a DevSecOps model. Modern application development teams understand that shifting left means bringing information to developers’ fingertips as early as possible in the development process to create efficient and secure applications and development processes.