Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

No sooner did word start to spread about Apache Log4j that the usual torrent of blaring headlines, vendor marketing, and tips and tricks-style “information” quickly followed. You can find plenty of solid technical analysis out there about Log4j, and we’ve already posted information about Netskope protections and threat coverage from Netskope Threat Labs. But that’s not this post.

Lack of access accountability and unmonitored access create a considerable security risk for organizations, and the best way to mitigate this challenge is by implementing identity-based access.

Earlier this year, I wrote about what’s new in Version 8 of the Center for Internet Security’s Critical Security Controls (CIS Controls). An international consortium of security professionals first created the CIS Controls back in 2008. Since then, the security community has continued to update the CIS Controls to keep pace with the evolution of technology ecosystems and emerging threat vectors—all the way to Version 8 and the 18 Controls contained therein.

As we begin a new year, many organizations will enter a “goal-setting and strategic planning” season. During this time, individuals are re-energized and motivated to record new accomplishments for their professional development. Traditional corporate goal setting aligns with fiscal calendars and forces companies and individuals to build goals in chunks of 365 days. But why set your deadline based on the Earth’s orbital period?

Spending on security and risk management is soaring worldwide. But exactly which improvements should you focus on next to best strengthen your cybersecurity program? For many organizations, building a solid information security architecture should be at the top of the list. Read on to learn how what information security architecture is and how it can help you protect your critical IT assets from security threats with less work and worry.

Here at Nightfall we ensure that we are always using the most appropriate technology and tools while building services. Our architecture involves serverless functions, relational and NoSQL databases, Redis caches, Kafka and microservices written in Golang and deployed in a Kubernetes cluster. To effectively monitor and easily troubleshoot our services, we use distributed tracing across our services.