Corxor AISOS
The AI Security Operating System.
Security tools produce alerts. An operating system produces decisions. AISOS is the intelligence layer Corxor builds every product on — it observes, understands, correlates, predicts, decides, explains, responds, and learns, under governance you command.
Why an operating system
Cybersecurity doesn't need another dashboard. It needs an operating system.
Attacks are now generated, personalized, and mutated by machines in seconds — while most defenses still route every decision through a human queue. Another dashboard adds latency, not safety. The gap is not visibility; it is the distance between seeing and acting.
An operating system closes that distance. It schedules specialized AI agents, gives each a bounded mandate, records every step as evidence, and keeps a human seat above every destructive action. That is AISOS — Corxor's platform for autonomous cyber defense.
Alerts describe the past. Decisions change the outcome. AISOS is built to decide — and to show its reasoning.
The operating loop
Eight functions. One loop. Decisions that carry their evidence.
Continuous telemetry from kernel-deep sensors across processes, files, network, and identity.
Behavior over signatures — what software does, not what it is called.
Signals joined across process, identity, network, and time into one picture.
Likely next moves scored on short horizons, so response starts before impact.
A policy-bounded action chosen on the device, in milliseconds — the one moment that turns gold.
A plain-language rationale drafted for humans — before anyone has to ask.
Isolate, block, quarantine, kill, roll back — reversible wherever possible.
Confirmed outcomes fold into the next model generation on a governed pipeline.
Evidence, not noise
How a decision reads.
Every AISOS product speaks the same grammar: a case, a ledger of the loop, and a decision that carries its policy, its reversibility, and its evidence.
Illustrative case — the decision grammar shared by every AISOS product.
What the platform is made of
Autonomy is an architecture, not a feature.
AI agents with seats, not chat windows
Specialized agents hold seats on the loop — each with a narrow job and a bounded mandate. No monolithic black box, no free-running automation.
Behavioral intelligence
Baselines learned per tenant describe how your fleet actually behaves — so an anomaly means something, and false alarms lose their oxygen.
Enterprise governance
Mandates, policy packs, and audit trails. Autonomy is a level you set per action class — never a switch that is simply on.
Edge AI — decisions on the device
Models run where attacks execute: on the endpoint. Decisions do not wait for a round trip, and raw data does not have to leave to be understood.
Human supervision by design
The loop never closes on its own. Destructive actions stop at a human countersign, and reversible-by-default response keeps a way back.
Continuous learning
Verified outcomes retrain behavioral models on a governed pipeline — versioned, signed, and attributable from data to deployed model.
The first product
QuickSecure runs on AISOS.
QuickSecure is enterprise endpoint security powered by AISOS — the first Corxor product built on the platform, defending real fleets today.
- Behavioral defense — watches execution chains, persistence, credential access, and ransomware-like patterns — then acts on the device.
- Explainable decisions — every action ships with its reasoning, its policy, and its confidence — in plain language.
- Autonomous remediation — isolate, block, quarantine, kill, roll back — under policies and autonomy levels you control.
- Signed intelligence — behavioral models arrive signed and versioned, with provenance from training data to your endpoint.
Powered by AISOS
The road ahead
One platform. A growing shelf of defenders.
Products may multiply — the intelligence layer beneath them never fragments. Future Corxor products will share the same loop, the same governance, and the same evidence discipline as QuickSecure does today.
We are building AISOS in the open — the ten-part engineering series covers the enforcement ladder, the decision kernel, trust architecture, and self-healing security. Read the AISOS series →