Mirai Systems provides proactive cybersecurity that closes the gap between breach and impact by detecting and containing threats during the “after breach, before impact” phase. Their platform augments existing tools to isolate attacker movement, reduce mean time to investigation from months to minutes, and lower false positives, enabling teams to shut down attacks before they reach critical applications and networks.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations often detect attacks only after adversaries have moved laterally within the network, leading to long mean time to investigation (MTTI) and high false‑positive alert volumes. This “after breach before impact” (ABBI) phase leaves critical systems exposed while traditional detection‑only tools struggle to contain threats quickly.
Solution
Mirai Systems delivers a proactive cybersecurity platform that augments existing security tools to operate during the ABBI phase. Leveraging AI‑driven analytics and a digital‑twin of the environment, the solution signals a breach, isolates malicious movement, and alerts security teams in real time. By integrating with MITRE ATT&CK and NIST frameworks, it reduces MTTI from months to minutes and lowers false positives. The platform provides bidirectional signaling across the entire security ecosystem—from edge devices to central vaults—enabling automatic containment and continuous resilience without replacing current investments.
Target Audience
Primary customers are enterprise security operations centers, IT risk and compliance teams, and organizations with complex application and network environments that require rapid post‑breach containment.
Features
- AI‑powered detection that identifies adversary activity in the unguarded space (ABBI phase) before traditional alerts fire
- Automated containment actions that isolate compromised workloads and halt lateral movement in real time
- Digital‑twin modeling of network and application assets to simulate attacks and guide response
- Seamless integration with existing security stacks via bidirectional signaling and API connectors
- Alignment with MITRE ATT&CK and NIST frameworks for standardized threat mapping and compliance reporting
- Reduction of false‑positive alerts through contextual analysis and threat deception techniques