Edge-Cloud Collaborative Access CR Intell Sched Platform

About The Entry

By constructing a multi-tenant instance management framework, a full-lifecycle operation auditing system, and security control modules for peripherals and files, the Intelligent Scheduling Platform for Computing Resources Based on Edge-Cloud Collaborative Access achieves unified management and security isolation of edge-side virtual machine instances, disk images, USB devices, and shared files. The platform supports remote instance access, real-time monitoring, and operation video playback via the web interface. Combined with file transfer review, fine-grained permission policies, and log tracking, it comprehensively ensures the controllability and compliance of edge business resource access.

The platform specifically addresses core pain points in edge computing scenarios—including rigid instance resource allocation, lack of auditing for user operations, and security risks in peripheral mounting and file sharing—meeting enterprises' high management demands for flexible resource allocation and secure behavior auditing. Traditional edge node management models suffer from low efficiency in instance creation and cloning, scattered operation logs, and difficulty in rapid tracing and accountability for security incidents, failing to adapt to enterprises' refined management requirements.

Leveraging instance snapshot and image rapid deployment, fine-grained permission control for clipboards and USB devices, real-time screen recording, and comprehensive operation log documentation, the platform significantly enhances the management efficiency and security protection of edge instances. It supports batch creation, cloning, suspension, and rapid recovery of instances; audit videos can be automatically cleaned up, retrieved, and played back according to policies; file transfers include upload, download, and multi-level review processes, effectively preventing unauthorized data leakage. In terms of resource management granularity, operational audit integrity, multi-tenant isolation, and security compliance support capabilities, the platform outperforms the traditional decentralized operation and maintenance methods for edge nodes, providing a feasible implementation path for secure and controllable resource management in edge computing environments.