Strategic Account Executive

Cohesity enhances cyber resilience with next-generation malware scanning powered by Sophos. New integrated capability helps organizations detect advanced threats in backup data and restore with confidence SANTA CLARA, Calif. - March 19, 2026 - Cohesity, the leader in AI-powered data security, today announced the availability of next-generation malware scanning powered by Sophos, integrated natively into Cohesity Data Cloud. Cohesity Data Cloud is the first and only data security platform to embed next-generation antivirus malware detection alongside advanced threat intelligence feeds, enabling organizations to detect malware that bypasses primary defenses and validate clean recoveries after cyberattacks. As ransomware and supply-chain attacks grow more sophisticated, malware is increasingly present in backup data, creating the risk of reinfection during recovery. Cohesity's Sophos-powered scanning detects zero-day, polymorphic, and fileless threats that evade signature-based tools. The feature is included with Cohesity Data Cloud Enterprise Edition and does not require a separate Sophos license. "Cyber resilience is a team sport, and our focus is on delivering the best outcomes for customers by bringing together the strongest technologies regardless of who developed them," said Vasu Murthy, chief product officer, Cohesity. "By deeply integrating market-leading Sophos next-generation malware detection into Cohesity Data Cloud, we're giving customers a single, seamless experience that helps them uncover hidden threats in backup data and recover with confidence." The Sophos-powered engine uses signature-based detection, heuristic analysis, and file emulation techniques to inspect backups in three scenarios: during routine backups, before restoration, and after indicators of compromise (IOCs) or YARA-based matches are detected. Incremental scanning of newly ingested data minimizes operational overhead while maintaining visibility into backup integrity. Triggered and pre-restore scans validate trusted recovery points when risk is identified. The result is deep, snapshot-level inspection far beyond approaches that rely solely on metadata. Sophos X-Ops draws on one of the industry's most extensive threat intelligence networks, spanning tens of millions of endpoints and hundreds of thousands of firewalls globally, using AI-powered classification to continuously sharpen detection of known and emerging malware families. "Attackers are sophisticated. They have proven time and again that no environment is off limits, including what was once considered the safe haven of backup and recovery systems," said Simon Reed, chief security officer, Sophos. "By embedding Sophos' deterministic and machine learning-based detection into Cohesity's platform, Sophos is helping customers reduce reinfection risk and recover with confidence." Key benefits of the new Sophos-powered malware scanning include: * Advanced threat detection: Identifies known, unknown, and zero-day threats through heuristic and behavioral analysis * Operational efficiency: Always-on incremental scanning, with automated scans triggered by IOC or YARA-based detections * Clean recovery assurance: Pre-restore inspection to prevent reinfection and reduce recovery risk * SOC integration: Shares scan results with SIEM and SOAR tools for centralized visibility and response The addition of Sophos next-generation malware scanning further differentiates Cohesity as a leader in incident response and recovery, delivering one of the industry's most comprehensive data security platforms. Visit Cohesity at RSAC 2026, March 23-26, in booth #N-6271 and Sophos in booth #6477. About Cohesity. Cohesity protects, secures, and provides insights into the world's data. As the leader in AI-powered data security, Cohesity helps organizations strengthen resilience, accelerate recovery, and reduce IT costs. With Zero Trust security and advanced AI/ML, Cohesity Data Cloud is trusted by customers in more than 140 countries, including 70% of the Global 500. Cohesity is also backed by industry leaders such as NVIDIA, Amazon, Google, IBM, Cisco, and HPE. Cohesity is certified as a Great Place to Work in multiple countries. Follow Cohesity on LinkedInopens in a new tab and visit www.cohesity.com to learn more. Media contacts. Michael Thacker

ServiceNow has partnered with Cohesity to deliver real-time resilience for autonomous AI agents. The collaboration combines ServiceNow's AI Agent Control Tower with Cohesity Data Cloud to create a unified framework for building, governing and safeguarding AI agents managing critical business workflows. The solution addresses security gaps by enabling rapid recovery of data deleted or corrupted by compromised agents. ServiceNow provides orchestration and governance with full auditability, whilst Cohesity applies immutable, point-in-time recovery technology. If an agent malfunctions due to misconfigurations or malicious prompts, the system can restore both the agent and its operational environment to a verified baseline state. Set to launch later this year, the partnership aims to establish a new standard for responsible AI deployment at scale across mission-critical sectors.

Singtel is launching a sovereign AI data security service in Singapore, enabling enterprises to search and query archived backup data while maintaining regulatory compliance. The service, developed with Cohesity, will catalogue years of backups for real-time searches, historical audits and ransomware incident response. Available in single- and multi-tenant configurations, the service targets regulated sectors including financial services, healthcare and government. Cohesity will contribute research and development resources to Singtel Digital InfraCo's Centre of Excellence for Applied AI with Nvidia. The partnership aligns with Cohesity's broader sovereign cloud strategy across Europe, Canada and Singapore. The service transforms backup data into AI-searchable assets through federated semantic search, allowing AI enterprise tools to access governed data securely without duplication.