Opsonance is rebuilding runtime security for dynamic infrastructure.
Adaptive runtime security for distributed compute.
For a company running thousands of Kubernetes nodes, switching to Opsonance translates into:
Multi-Tiered Architecture
Nekron, Synapse, Sentinels, and Special Forces work in tandem to intercept, analyze, and neutralize threats from the global cloud down to the local kernel.
Opsonance utilizes a mathematically proven Agentic Firewall architecture to eliminate attacker dwell time. Ultra-lightweight Sentinels continuously enforce runtime and network boundaries at Ring-0, while the autonomous Synapse control plane maps identity and capability graphs to trap adaptive AI threats in real time.
Threat Detection
Identify malicious activity instantly by monitoring kernel-level signals, process executions, and intricate network behaviors. Opsonance analyzes privilege changes and workload context in real time to spot anomalies before they compromise the host. This deep visibility ensures your infrastructure remains secure against both known vulnerabilities and zero-day attack vectors.
Automated Response
Transition seamlessly from passive detection to active containment through locally orchestrated response capabilities. The intelligent patrol agents instantly isolate compromised workloads and drop malicious packets without waiting for manual human intervention. This active enforcement accelerates your defensive posture while simultaneously securing the forensic data needed for deeper investigation.
Data Privacy
Keep your sensitive telemetry entirely within your own boundaries, ensuring absolute data privacy for regulated workloads. Opsonance’s architecture guarantees that system logs, process context, and execution data never leave your user plane for external processing. By localizing threat analysis and enforcement directly at the node, you achieve enterprise-grade security without ever compromising the sovereignty of your proprietary data.
Tiered Architecture
Decentralize your security model by splitting enforcement power between overarching global directives and your node-level agents. While central policies dictate the baseline security posture across your entire fleet, local agents independently execute context-aware, split-second rules. This hybrid approach guarantees instant anomaly blocking at the edge while seamlessly inheriting global threat intelligence in the background.
The Opsonance Architecture
Four layers. One adaptive security system.
Modern infrastructure does not need more security software running everywhere. It needs security that can observe continuously, allocate intelligence intelligently, and respond proportionally to risk.
Opsonance is built around four coordinated components:
Each component has a specific role. Together, they create an adaptive runtime security system for Kubernetes, Linux, and AI infrastructure.
Lightweight everywhere.
Deep inspection where it matters.
Local decisions where latency matters.
AI where reasoning matters.
Sentinels
The security presence at the kernel.
Sentinels are the autonomous patrol units of your infrastructure. Instead of chaining heavy, static security agents to every single workload, Sentinels dynamically sweep across your Linux and Kubernetes environments.
Driven by a probabilistic Markov-chain engine, they shift their focus across nodes, observing execution state, eBPF telemetry, and kernel behavior in highly intelligent, unpredictable patterns. This stochastic patrolling guarantees continuous fleet-wide awareness—delivering massive visibility without the crippling compute tax of 1:1 continuous inspection.
This creates a fundamental distinction:
Security presence does not have to equal security workload.
What Sentinels observe:
- Process behavior
- System calls
- Container context
- Privilege changes
- Network activity
- Runtime anomalies
- State changes
Synapse
The local brain of Opsonance.
If Sentinels provide the distributed runtime awareness, Synapse coordinates it. It is the customer-side control plane that connects runtime telemetry, security policy, adaptive inspection, response capabilities, and AI-derived intelligence into a single local decision layer.
Adaptive Orchestration Loop
This allows Opsonance to move from "Monitor everything" to "Understand what is happening and allocate security effort accordingly."
The Hot Path stays local.
AI can produce sophisticated analysis, but security decisions should not depend entirely on a cloud model being available. Synapse makes latency-sensitive deterministic decisions locally inside your environment, acting as the bridge to external AI intelligence (Nekron) only when deeper reasoning is required.
Special Forces
Heavy capabilities. Activated when they matter.
Not every workload needs forensic investigation. Not every event requires expensive analysis. And not every security capability should consume resources continuously.
That's why Opsonance separates runtime awareness from deep response. Special Forces are the on-demand security capabilities that Synapse activates only when an event crosses a defined risk threshold.
Don't run your forensic machinery everywhere.
- Forensic collection
- Process investigation
- Evidence gathering
- Incident containment
- High-confidence response
- Deep workload inspection
This asymmetric architecture is particularly critical for large Kubernetes clusters and AI infrastructure. Instead of permanently paying the cost of maximum security depth everywhere, security escalates with risk.
Nekron
Deep intelligence for the cold path.
Nekron is Opsonance's AI intelligence layer. While Sentinels operate close to the workload and Synapse manages the local security loop, Nekron exists for problems that require deeper reasoning, correlation, and synthesis. Think of it as the analytical layer above the runtime system.
It analyzes complex forensic evidence, process relationships, historical context, and attack sequences, transforming individual telemetry events into a cohesive threat narrative.
AI does not replace the runtime. It extends it.
Nekron gives Opsonance a massive reasoning advantage without making your actual runtime dependent on an AI model. By staying exclusively on the cold path, Nekron synthesizes new security intelligence and feeds it back down to Synapse, ensuring your infrastructure is protected by advanced AI without suffering from AI latency.
One system. Four responsibilities.
The components working together to secure AI infrastructure.
Sentinels
The Eyes
Primary Function
Runtime observation
Strategic Advantage
Zero-Friction Visibility: Continuously sweeps the execution layer without degrading host performance or spiking CPU overhead.
Synapse
The Brain
Primary Function
Local orchestration & decisions
Strategic Advantage
Sub-Millisecond Enforcement: Translates complex security telemetry into immediate, deterministic containment before threats propagate.
Special Forces
The Response
Primary Function
Deep investigation & containment
Strategic Advantage
Surgical Precision: Eliminates forensic noise by deploying heavy investigation capabilities exclusively during confirmed threat escalation.
Nekron
The Intelligence
Primary Function
Deep analysis & reasoning
Strategic Advantage
Predictive Synthesis: Leverages advanced AI reasoning out-of-band to uncover multi-stage attack patterns that static rules miss.