Connecting your disparate security products into a single, intelligent, and unified ecosystem to break down silos, automate actions, and gain complete visibility.
Most organizations use a variety of best-of-breed security tools that operate independently. This includes:
When these tools don't communicate, they create significant problems for security teams:
Combine data from all security tools to see the complete attack chain and eliminate dangerous blind spots.
Automate repetitive tasks and orchestrate actions across multiple systems to contain threats in minutes, not hours.
Correlate and contextualize alerts from multiple sources into single, high-fidelity incidents that matter.
Ensure all your security products work together as a cohesive unit, increasing the value and effectiveness of each one.
What we do: We start by assessing your existing security technologies, workflows, and business objectives to create a tailored integration roadmap.
Result: A clear, strategic plan that aligns technology integration with your specific security goals.
What we do: We leverage vendor APIs to create robust, two-way connections that enable automated data sharing and actions between your systems.
Result: A seamless flow of information that allows your security tools to communicate and act in concert.
What we do: We normalize and parse data from diverse sources into a common, understandable format for your central SIEM or analytics platform.
Result: A unified data language that enables effective threat correlation and analysis.
What we do: We help you implement and configure a central "brain" like a SOAR or XDR platform to aggregate data and orchestrate automated responses.
Result: A single pane of glass for monitoring, investigation, and coordinated incident response.
What we do: We build custom security playbooks that automatically execute a series of actions in response to specific triggers, such as isolating an infected endpoint.
Result: A highly efficient, automated security operations process that reduces manual effort and human error.