Security Peering Mechanism for Cross-Installation Resource Sharing
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Solution Overview
Problem
Existing security systems lack the ability to efficiently share and manage resources across multiple installations in real-time, particularly during exigent situations, leading to delays in response and coordination among security personnel and systems.
Innovation Solution
Implementing a peering mechanism that allows security installations to share resources and assets through a centralized or distributed system, enabling authorized access and control of devices such as video cameras and sensors across peer installations, facilitated by a peering agreement and a clearinghouse for resource management and access control.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If security installations operate independently without peering, then system complexity is reduced, but response coordination and resource sharing efficiency deteriorate
Solution Approach 1:
The system segments security installations into independent peer nodes that maintain autonomous operation while enabling selective resource sharing through standardized peering interfaces. Each installation remains a separate entity with its own control systems, but can establish peer relationships to share specific resources like video feeds or sensor data during exigent situations, thus improving coordination without forcing full system integration.
Solution Approach 2:
The patent introduces a peering mechanism as an intermediary layer between independent security installations. This peering interface acts as a mediator that enables resource sharing and coordination between installations without requiring direct integration of their internal systems. The peering relationship allows selective access to resources while maintaining system independence, resolving the contradiction between coordination efficiency and system complexity.
2Loss of time
If security installations share resources in real-time during exigent situations, then response time is improved, but access control security requirements increase
Solution Approach 1:
The system establishes peering agreements and configures access control policies in advance before exigent situations occur. Resource sharing permissions, authentication methods, and access conditions are pre-defined in the peering relationship configuration. When a security incident occurs, the pre-configured peering relationships enable immediate resource access without requiring real-time security negotiations, thus reducing response time while maintaining security through预先 established controls.
Solution Approach 2:
The peering mechanism implements continuous feedback through authentication verification and access monitoring. When resources are shared between peer installations, the system verifies user credentials, checks access permissions, and logs resource access events. This feedback mechanism ensures that only authorized personnel can access shared resources during exigent situations, maintaining security controls while enabling timely resource sharing.
3Productivity
If a centralized peering management system is implemented, then resource coordination is improved, but system vulnerability to failures increases
Solution Approach 1:
The patent implements a distributed peering management architecture where each security installation maintains its own peering relationship configurations and can independently manage its resource sharing. Rather than relying on a single centralized authority, the system segments peering management across multiple autonomous nodes. This segmentation eliminates single points of failure, as the failure of one peer node does not prevent other peer relationships from functioning, thus improving reliability while maintaining resource coordination.
Solution Approach 2:
The system combines centralized peering agreement templates with decentralized execution. Standardized peering protocols and resource description formats are merged across all installations to enable interoperability, while the actual resource sharing and coordination decisions are made locally at each peer node. This combination allows for consistent resource coordination through standardized interfaces while distributing failure risk across multiple independent decision-making points, reducing vulnerability to centralized failures.
Data Source
AI summary
A security installation positions a peering ability with a peer installation by establishing a peering agreement to define the conditions constituting a situation for which peering applies, and identifies the resources and assets which will be shared, as well as the duration of the peering, typically until the resolution of the exigent situation or circumstances that prompted the peering. Peering selectively couples security installations for monitoring a particular upon determining that a situation responsive to mediation has occurred within an area monitored by the security installation for monitoring an area. The security installation initiates a peering invitation to a peer installation, in which the peer installation is configured to share resources with the security installation for mitigating the cause of the situation. The resulting peered access provides communication between the peer installation and the security installation, the access being temporary and conditional on the exigency of the determined situation.