Suspicious PowerShell detected on CORP-WIN-7452
Behavior matched known attack pattern
Authority verified — Contain & Respond
Process terminated; host isolated via EDR
System integrity verified; no further indicators
Host returned to safe state
Incident closed — objectives met
Built to answer one question: who authorized this action, and why?
Every response decision is designed to carry identity, evidence, target state, authority, rollback and audit context through the execution boundary.
Workload identity
Request-bound proof-of-possession prevents an agent from becoming trusted merely by choosing a privileged name.
Signed evidence
Telemetry provenance, target binding, source diversity, freshness and integrity are evaluated before authorization.
Bounded autonomy
Autonomous response is restricted to reversible A1 operations with registered rollback, risk budgets and policy gates.
IT / OT safety separation
Authoritative asset classification prevents corporate-endpoint actions from being redirected toward PLC, ICS or safety-class targets.
Open integration plane
v7 includes production-oriented read adapters for Microsoft security telemetry, Entra, CrowdStrike Falcon, Splunk and AWS CloudTrail plus network replay inputs.
Capability-bound execution
Short-lived signed capabilities bind principal, target fingerprint, action, evidence digest, authority and rollback before a connector executes.
Agents reason. Independent controls authorize.
The core design separates intelligence from authority. An agent can recommend an action; it cannot self-assert identity, evidence validity, safety classification or approval.
Workload Identity
Proof-of-possession and scope establish who is requesting the action.
Evidence Envelope
Signed source telemetry establishes what happened and to which target.
A0–A4 Policy
Authority, target class, risk budget and approvals are independently derived.
Signed Permit
A short-lived capability binds action, target fingerprint, evidence and rollback.
Connector Gateway
The execution boundary revalidates the capability before performing the action.
Fuse the security stack into one command picture.
Vigilory X normalizes multiple telemetry planes before feeding correlation and authorization. Live reads are configuration-driven; live writes remain behind the capability gateway.
[OK] EDR telemetry normalized
[OK] IdP telemetry normalized
[OK] SIEM findings normalized
[OK] Cloud events normalized
[OK] Network telemetry normalized
findings ………….. 7
autonomous attempts … 7
bounded A1 executions . 3
processing errors ….. 0
live vendor credentials: not bundled
From telemetry to governed action.
Vigilory X is designed to preserve trust across the entire response chain—from source telemetry and identity verification through policy, authority, execution, and safe-state recovery.
Telemetry Ingest
EDR, IdP, SIEM, cloud and network data enter through a normalized integration plane.
Evidence Provenance
Signed evidence preserves source identity, target binding, freshness and integrity.
Correlation
Cross-domain findings are stitched into campaigns, entities and attack progression.
Authority Derivation
A0–A4 policy evaluates identity, target class, evidence quality, safety and approval requirements.
Capability Issuance
Authorized actions receive a short-lived signed capability bound to the target and evidence.
Execution & Recovery
The connector gateway revalidates authority, executes bounded action and preserves rollback.
Command advantage through provable authority, not feature-count theater.
Mature platforms lead in installed base, native sensors, data scale and integration breadth. Vigilory X’s differentiator is the trust boundary around autonomous action: cryptographically verified provenance, explicit authorization tiers and capability-bound execution.
| Dimension | Vigilory X | Stellar Cyber | Cortex XSIAM | Microsoft Security Copilot |
|---|---|---|---|---|
| Primary focus | Autonomous-response control plane | AI-native SecOps / Open XDR | Converged AI-driven SOC platform | Agentic security & IT operations |
| Identity before agent action | Workload proof-of-possession + scopes | Different implementation model | Different implementation model | Agent identities and configured permissions are publicly documented |
| Evidence as authorization input | Signed evidence envelope + source diversity | Rich correlated context; different public architecture | Unified data stitching; different public architecture | Organizational + threat data grounding; different public architecture |
| Autonomous safety model | A0–A4 authority + reversible A1 + signed capability | Automated response/playbooks | Autonomous playbooks + agentic response | Administrator-configured identity, permissions and triggers |
| Open telemetry integration | Developing: Microsoft, Falcon, Splunk, AWS, network inputs | Mature: 400+ integrations publicly advertised | Broad third-party ingestion ecosystem | Strong Microsoft ecosystem + partner/plugin model |
| Native data lake / NDR / SOC UI | Next major engineering layer | Production platform capabilities | Production XDL + NDR + unified SOC | Hyperscale Microsoft platform; product model differs |
| Best current Vigilory X differentiation | Mission-grade chain from identity → evidence → authority → capability → execution | Broad Open XDR and native NDR maturity | Converged SOC breadth and large-scale AI/data platform | Deeply integrated agent ecosystem and Microsoft security context |
Validated under coordinated pressure.
The internal validation runs are presented as engineering evidence—not as independent certification. Results should be reproduced in the customer’s own cyber range before production use.
Five-profile adversarial campaign
The v6 shared-control-plane test executed 350 simulated hostile-agent attempts across identity, evidence, approval, OT, replay and poisoning scenarios with zero recorded control failures after remediation.
Five telemetry planes
v7’s packaged enterprise range normalizes EDR, IdP, SIEM, cloud and network telemetry through one provenance-aware pipeline.
Zero processing errors
The packaged v7 reference range processed all nine reference events, generated seven findings and exercised three bounded A1 executions without processing errors.
Make autonomous defense provable.
Connect the security stack. Verify the evidence. Derive the authority. Sign the capability. Execute only what policy permits.