Solution Briefing
Case Study

Solution Briefing

Endpoint Detection and Response (EDR) is an advanced cybersecurity technology designed to detect, investigate, and respond to threats on endpoints (e.g., laptops, desktops, servers, mobile devices). Unlike traditional antivirus, EDR provides continuous monitoring, behavioral analysis, and automated response to stop sophisticated attacks like ransomware, zero-day exploits, and file-less malware.

Key Features

Real-Time Threat Detection
  • Uses behavioral analysis, machine learning, and threat intelligence to identify suspicious activities.
  • Detects known and unknown (zero-day) threats.
Forensic Investigation & Threat Hunting
  • Records endpoint activities (processes, registry changes, network connections) for deep analysis.
  • Allows security teams to hunt for hidden threats proactively.
Automated Response & Remediation
  • Can isolate infected devices, kill malicious processes, or roll back changes.
  • Some EDRs integrate with SIEM and SOAR for coordinated responses.
Threat Intelligence Integration
  • Correlates endpoint data with global threat feeds (e.g., MITRE ATT&CK framework).
Cloud & On-Premises Support
  • Works across hybrid environments, including remote and cloud-based endpoints.

Case Study

Enhancing Endpoint Security with Cloud EDR at a Leading Asian University

Customer Background
  • A university ranked #1001–1200 globally and #57 in the Asia University Rankings – South Eastern Asia recognized the need to strengthen its endpoint protection strategy. With increasing cyber threats targeting critical infrastructure, the university sought a solution that could deliver continuous endpoint visibility, advanced threat protection, and seamless integration with existing network security systems.
Challenges
  • Critical endpoints and servers required always-on protection against advanced cyber threats.
  • Rising risk of ransomware attacks targeting academic and administrative data.
  • Limited visibility across endpoints and network devices, making threat detection and response difficult.
Proposed Solution
  • The university deployed our Cloud-based Endpoint Detection and Response (EDR) Solution, designed to provide real-time protection, rapid detection, and automated response across all critical devices.
Implementation
  • Deployment: EDR agents were installed on all critical endpoints and servers.
  • Ransomware Protection: Activated advanced ransomware defense with secondary RDP authentication on all servers.
  • Full Feature Activation: All EDR functionalities enabled, including behavioral monitoring, threat hunting, and automated isolation.
  • Integrated Security: The EDR solution was fully integrated with the university’s network security devices (same manufacturer), creating an end-to-end security ecosystem with unified visibility and protection.
Results / Benefits
  • Continuous protection for critical servers and endpoints.
  • Reduced ransomware risk through multi-layered defense and secondary authentication.
  • Improved visibility by correlating endpoint and network security data in a single ecosystem.
  • Faster incident response, minimizing disruption to academic and research operations.
Conclusion
  • By deploying our Cloud EDR solution, the university has established a resilient, integrated, and intelligent endpoint defense system. This approach ensures that critical assets remain protected against ransomware and advanced cyber threats, safeguarding both academic continuity and institutional reputation.