Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Security orchestration, automation, and response (SOAR) has an opportunity to be a game changer in how we tackle cyber risk, but there is a significant disconnect between the promises made by existing SOAR platforms and how organizations are able to realize their real-world operational and cost-saving efficiencies. All those automations that promise to eliminate late hours working on mundane stuff. All the orchestrations that promise to get things done faster.

“Purpose-built does not scale.” That’s what IDC says in its latest research report “How Hyperautomation Is Used to Reduce Gaps and Inefficiencies in Network Cybersecurity.” What does that mean? It means that your monitoring point products, like legacy SOAR, just don’t cut it any longer. They can’t scale in today’s hybrid cloud and multi-cloud environments without piling on more tools, further fueling tech stack sprawl.

The AEC industry is heavily reliant on accurate and reliable information. Architects, engineers, builders, and owners all require instant access to data and documentation throughout the lifetime of a project, from inception to post-occupancy. In a project with numerous stakeholders, ensuring timely access to necessary information is crucial for all involved parties.

The nation’s capital—Washington, D.C., hosts over 700k+ individuals along the shared border of Maryland and Virginia; within Columbia, an estimated 86.9% of inhabitants can actively vote. The D.C. Board of Elections (DCBOE) is an autonomous group overseeing elections in the area. They manage the voter registration process and manage ballot access for the public. However, D.C. residents are under threat following a recent data breach.

All web traffic flowing out of your company network should be passing through a web proxy. These proxy logs are a great resource for threat hunting and security investigations, yet they often translate into extremely large volumes of data.