The organization requires unified MDM (Mobile Device Management) and EDR (Endpoint Detection and Response) controls for Windows and macOS endpoints. Key needs include endpoint asset inventory, compliant software distribution, granular peripheral device control, and malicious behavior detection and response. The solution must meet the high compliance standards of the research industry, ensure traceable endpoint activities, enable centralized policy deployment, and support secure access and dynamic permission adjustments in mobile work scenarios. This will provide a secure foundation for medical big data research.
Challenges
Solution
The LV7000 platform integrates EDR and MDM modules with deep adaptation for Windows/macOS systems:
●The EDR module offers process behavior monitoring, threat hunting, and forensic analysis capabilities, leveraging cloud-based intelligence to detect advanced threats in real time.
●The MDM module enables software allowlist/denylist management, authorized encrypted USB usage, remote assistance for IT operations, and unified policy distribution.
●The EDR module offers process behavior monitoring, threat hunting, and forensic analysis capabilities, leveraging cloud-based intelligence to detect advanced threats in real time.
●The MDM module enables software allowlist/denylist management, authorized encrypted USB usage, remote assistance for IT operations, and unified policy distribution.
Benefits
After implementation, the solution provides a new-generation security framework for Windows and macOS endpoint management at the laboratory.
It delivers real-time visibility into endpoint threats, precise alerts, and rapid response, significantly reducing the risk of unknown attacks.
Through multi-dimensional behavior analysis and customized expert rules, it effectively defends against targeted attacks and meets the high compliance requirements of the healthcare and research sectors, ensuring continuous protection for big data research operations.
This project has become a benchmark for endpoint security in the medical research industry, demonstrating the reliability of localized security solutions in multi-platform environments.
Its successful implementation provides a reusable security model for healthcare institutions in Hong Kong and the Greater Bay Area, promoting industry-wide security capability enhancement and strengthening overall protection for critical data assets.