Perception Point, a provider of advanced threat protection across digital channels announced that it has partnered with SentinelOne, an autonomous cybersecurity platform company, to provide customers unparalleled advanced threat detection and rapid remediation across enterprise endpoints, email, and cloud collaboration channels.
SentinelOne Singularity XDR unifies prevention, detection, and response into a single platform driven by patented machine learning and intelligent automation. Perception Point isolates, detects and remediates all threats across the organisation’s main attack vectors, including email and cloud collaboration channels, from a single platform.
Perception Point’s integration with SentinelOne offers users the unique ability to simplify and consolidate protection across these attack vectors and rapidly remediate any threat autonomously across them. Joint customers benefit from:
- Rapid remediation with additional triage from Perception Point’s managed Incident Response service
- Reduced workloads on the SOC team by up to 75 per cent, simplifying and shortening containment time
- Full visibility into attacks across the endpoint, email, and cloud collaboration apps
“The threat landscape is only becoming more complex with attacks threatening organisations across multiple vectors,” said Orit Shilvock, VP Sales at Perception Point. “We’re excited to partner with SentinelOne to protect users from all threat types across their most used communication channels – endpoints, email, cloud collaboration apps, and cloud storage. The integration consolidates and simplifies threat prevention and remediation, boosting our customers’ security posture while reducing the SOC team’s workloads.”
“SentinelOne is committed to enabling choice and flexibility for our customers with Singularity Marketplace,” said Ruby Sharma, Head of Technology Ecosystem, SentinelOne. “Partnering with Perception Point brings together leading detection and response capabilities to address threats across endpoint, email, cloud and collaboration attack surfaces.”