RIYADH, Saudi Arabia — January 20, 2026 — SentinelOne®, the leader in AI-native cybersecurity, today announced the local availability of the SentinelOne Singularity™ Platform on Google Cloud in Saudi Arabia. This expansion provides Saudi organizations with in-country AI cybersecurity, directly aligning with Vision 2030, national regulatory frameworks, and strict data sovereignty requirements.
Empowering National Cyber Resilience
The launch marks a significant milestone in SentinelOne’s investment in the Kingdom, unlocking a new era of AI-powered protection for highly regulated sectors, including:
- Public Sector & Critical Infrastructure
- Financial Institutions & Healthcare
- Energy Providers
By hosting the platform entirely within the Kingdom, SentinelOne ensures that all customer security data—including logs, threat telemetry, and incident reports—remains inside national borders. This enables organizations to seamlessly meet compliance standards such as the SDAIA’s Personal Data Protection Law (PDPL) and National Cybersecurity Authority (NCA) regulations.
AI-Powered Defense at Machine Speed
Local hosting through Google Cloud’s Dammam region significantly reduces latency. This allows SentinelOne’s autonomous agents to detect, block, and remediate malicious activity in real-time—responding at “machine speed” to outpace human attackers. Security teams will benefit from a highly responsive and sovereign operating experience for threat hunting and incident response.
A Commitment to Saudi Arabia’s Digital Future
Meriam ElOuazzani, Regional Senior Director (META) at SentinelOne, stated:
“Saudi Arabia is one of the most forward-thinking digital economies in the world. Local availability in Dammam ensures that organizations can strengthen their cyber resilience while keeping their data within the country. This investment reinforces our mission to drive national priorities and fuel secure innovation.”
As Saudi enterprises accelerate their cloud adoption, the SentinelOne Singularity Platform provides a scalable foundation to secure AI infrastructure and protect modern workloads in the AI era.
