Opsonance
Turn static security coverage into a probabilistic defense model.
Opsonance is an adaptive runtime security platform for Kubernetes and Linux infrastructure. It combines lightweight kernel-level telemetry, adaptive inspection, local security orchestration, and on-demand response to protect production workloads without treating every workload as equally risky.
Security that adapts to your infrastructure.
Opsonance deploys an immortal grid of intelligent patrol agents to secure your environment at the kernel level. Fed by a real-time Synapse stream, these agents autonomously block threats the millisecond they appear — with near zero performance tax.
The agents hold the line. Your engineers focus on scale.
THE VELOCITY GAP
Modern infrastructure moves faster than static security.
- ■Cloud infrastructure is ephemeral.
- ■Containers appear and disappear.
- ■Workloads scale automatically.
- ■Identities change.
- ■AI agents make decisions.
- ■Applications acquire new capabilities at runtime.
The infrastructure became adaptive.
Security didn't.
ADAPTIVE DEFENSE
Separate security presence from security intensity.
Opsonance does not treat every workload, process, or event as equally important. Instead, it maintains lightweight security presence across the environment and dynamically increases security intensity when risk changes. This is driven by the Casino Model—our stochastic patrol architecture that makes meaningful observation statistically inevitable while minimizing the continuous compute tax. Know more →
Infrastructure
State Changes
Risk Assessment
Baseline Observation
Normal
Lightweight Observation
Anomaly
Deep Inspection
Intervention
Verify + Adapt
IF NORMAL
Normal
Lightweight Observation
IF ANOMALY
Anomaly
Deep Inspection
Intervention
Verify + Adapt
Observe broadly.
Maintain visibility across the environment without requiring maximum inspection everywhere.
Inspect intelligently.
Allocate deeper security resources where behavior, capability, identity, or context indicates increased risk.
Intervene precisely.
Move from observation to runtime control when an attack path requires disruption.
THE AI SECURITY BOUNDARY
AI changed what a workload can become.
AI agents are no longer just software that produces text. They can execute code, access files, call APIs, communicate over networks, use credentials, interact with Kubernetes, create processes, modify infrastructure, and make autonomous decisions without a human in the loop.
Traditional security evaluates risk based on what a container or process looks like when it starts. But an agentic workload might boot as a harmless script, only to autonomously download a new tool, request a high-privileged token, and completely rewrite its own execution path seconds later.
Because these systems mutate at runtime to solve complex tasks, static analysis and point-in-time scanning are completely blind to them.
The security problem is therefore changing.
"Is this process malicious?"
"What has this workload become capable of doing?"
AI can reason at machine speed.
Opsonance secures what that reasoning becomes capable of executing.
SECURING AGENTIC SYSTEMS
When software starts making decisions,
Runtime becomes the security boundary.
Every step introduces new capabilities and new attack paths. Opsonance operates at the point where those decisions become machine execution.
Identity
Who or what is acting?
Capability
What can it access or execute?
Behavior
What is it actually doing?
Context
Does that behavior make sense for this workload?
BUILT FOR MODERN INFRASTRUCTURE
From Linux processes to AI infrastructure.
Opsonance is built from the ground up for environments where software is increasingly dynamic, distributed, and autonomous. We protect the entire execution stack.
Kubernetes
Protect workloads across dynamic clusters. Monitor API server interactions and instantly lock down lateral movement.
Linux
Observe and control execution close to the kernel. EBPF-powered visibility captures system calls without the user-space tax.
Cloud Infrastructure
Correlate cloud plane events with runtime execution to catch adversaries bypassing traditional boundaries.
AI Infrastructure
Ensure that hijacked prompts cannot force the underlying host infrastructure to execute malicious code payloads.
Agentic Systems
Control the boundary between AI decisions and machine execution. Establish state-aware policies that understand why an agent is acting, not just what it is doing.
The Architecture Advantage
THE OPSONANCE SECURITY MODEL
An event is only the beginning.
Traditional security often stops at detection, alerting you after the damage is done. Opsonance follows the event through the entire runtime lifecycle—terminating the attack chain before it reaches your critical infrastructure.
The Context Pipeline
Opsonance evaluates every isolated event through a strict 9-stage context lifecycle to determine true intent before execution.
Attack Chain in Action
A single event (like reading a file) might be legitimate background noise. Opsonance connects the dots as the sequence unfolds.
YOUR INFRASTRUCTURE IS ALREADY ADAPTIVE.
Why isn't your security?
The infrastructure is already moving.
Opsonance gives security the ability to move with it.
Adaptive runtime defense for Kubernetes, Linux, and AI infrastructure.