Distributed security processing at the network edge, enabling real-time threat detection and response with minimal latency.
Edge computing brings security processing closer to where data is generated and consumed, reducing latency and enabling real-time threat detection and response. RazorSecurity's edge computing solutions deploy security functions at network edges, IoT devices, and distributed locations to provide comprehensive protection without relying solely on centralized cloud infrastructure.
This model is especially valuable for critical infrastructure and remote operations where bandwidth is constrained or connectivity is intermittent. Edge security keeps protection active even when central systems are unreachable.
Security functions deployed at the edge can analyze traffic and detect threats in real-time without sending all data to a central location. This reduces bandwidth usage, improves response times, and enables protection even when connectivity to central systems is limited.
By distributing security processing across edge locations, we can handle larger volumes of traffic and provide protection closer to the source. This is especially important for IoT devices, remote offices, and mobile workforces that generate security events at the edge.
Edge computing enables immediate threat response without waiting for round-trip communication to centralized systems. Security policies can be enforced locally, and threats can be blocked at the edge before they reach critical infrastructure.
Central teams still retain full visibility through synchronized telemetry, allowing consistent policy enforcement across all edge nodes.
Our edge computing platform uses containerized security functions that can be deployed on a variety of edge devices and platforms. We support Kubernetes Edge, Docker, and lightweight runtime environments. The platform uses efficient protocols like gRPC for communication and implements federated learning to improve threat detection across all edge nodes while maintaining data privacy.
Secure over-the-air updates, device attestation, and centralized observability ensure the edge fleet stays current and trusted without sacrificing performance.