LevelBlue and SentinelOne have formed a strategic global partnership to deliver integrated, intelligence-driven security operations for organizations worldwide. The collaboration brings together SentinelOne’s Purple AI and Singularity Platform with LevelBlue’s threat-intelligence-led operations and Indigo™ security platform to enhance visibility, accelerate detection, and strengthen response across complex environments.
As part of this partnership, LevelBlue will serve as a SentinelOne preferred global partner provider for managed detection and response (MDR) and managed security information and event management (SIEM) services. The partnership also extends to incident response, with LevelBlue named a SentinelOne preferred provider, helping organizations better prepare for, respond to, and recover from cyber incidents.
Together, the companies deliver a unified security operations model that combines AI-driven detection with human-led investigation and response, helping organizations reduce dwell time, accelerate remediation, and improve overall cyber resilience.
Advancing Security Operations
Modern threats target endpoints, cloud workloads, and identities across hybrid environments. SentinelOne provides AI SIEM and AI-driven analytics technology, while LevelBlue delivers managed security services through its Indigo™ security platform, supported by threat intelligence and digital forensics capabilities.
SentinelOne provides the core data ingestion, normalization, and analytics foundation, while Indigo™ drives investigation, response, and service delivery across LevelBlue’s global MXDR operations. Together, this model combines a high-fidelity data and analytics foundation with a unified operational layer, helping close the gap between detection and response.
With this partnership, you can:
- Detect advanced threats earlier across endpoints, cloud workloads, and identities
- Accelerate coordinated detection, investigation, and response
- Close the gap between AI-driven detection and human-led response
- Improve visibility across hybrid environments while reducing operational complexity
