Continuously observes evidence relevant to operational control behaviour, not a one-time scan.
Operational control assurance
Configured isn't the same as operating.
VERITA™ — Verified Evidence of Real-Time Integrity & Assurance — is the operational-assurance engine behind RixLogix™, continuously observing whether your important controls are actually operating over time, not just switched on once, across the CNIS™ platform.
Tap to pulse
MFA enforcement
Operating
Endpoint logging
Degraded
Backup verification
Silent
Access review workflow
Operating
WAF rule sync
Degraded
ENGINE VERITA™
PLATFORM CNIS™
STATUS MONITORING
Operating
Degraded
Silent
48Controls monitored
12Silent or degraded flagged
5Recovered this cycle
0–100ORI scale, evidence-weighted
Not a snapshot
Continuity that's proven, not assumed
Operational correlation builds a hypothesis about what's actually running — pulled from your own telemetry across the CNIS™ platform. Continuity scoring, run by the VERITA™ engine, confirms sustained operation or flags silence, scoped to each control's expected activity.
Every control that survives assessment gets a source, a freshness signal, and a place in the evidence graph — never a one-time configuration check mistaken for ongoing assurance.
CNIS™ architecture
VERITA™ speaks the same language as the rest of CNIS™
Every module — VERITA™ included — moves evidence through the same three-stage framework before it reaches a decision-maker.
S
Signals
Operational deviations across your control landscape — degraded activity, unexpected silence, missing continuity.
→S
Scenarios
Signals resolved into the single most material operational exception — not a flat list of unrelated blips.
→I
Intelligence
A structured ORI result your team — and the rest of CNIS™ — can act on directly.
// SIGNALS → SCENARIOS → INTELLIGENCE — the SSI framework CyberNeurix Pulse runs across cybersecurity and neurotechnology alike.
Beyond pass/fail
A control's status is a state, not a score
A single number can't tell you whether a control degraded, went quiet, or is genuinely healthy. VERITA™ reads and reports state, not just an index.
Operating
Fresh, sustained evidence that the control is actively doing what it's supposed to do.
Degraded
Evidence is present but irregular — activity that's thinner or less consistent than expected.
Silent
A control expected to fire hasn't — an absence that's scored as an exception, not ignored.
Recovered
New valid evidence arrives after silence or degradation, and the control is observed operating again.
Product
Is that control still operating today, or only on the day we checked?
Not another dashboard of point-in-time checks. VERITA™ focuses on whether important controls are operating as expected over time, not merely whether they are configured.
Observe
Distinguish
Distinguishes operational evidence from point-in-time configuration evidence — running vs. switched on.
Surface
Surfaces degradation, missing expected activity, and operational exceptions as they happen.
Feed CNIS™
Provides a structured assurance result usable by security and assurance stakeholders alike.
Why it matters
Configured is not the same thing as operating
- Configured controls can fail silently or degrade operationally.
- Point-in-time assessments can miss whether a control actually performs its intended function.
- Security leadership needs evidence of control operation, not only evidence of configuration.
- Operational control assurance as the central product problem.
- Time-based evidence rather than point-in-time posture alone.
- Clear distinction between observed operation and assumed operation.
- Purpose-built output for assurance, not a replacement for SIEM.
Measurement & output
ORI — an honest band, not false precision
This page describes what the band means and how teams read it. What sits behind it — the polarity handling, sufficiency gate, and calibration — is deliberately not published.
Illustrative readout
Operational Reliability Index
Low reliabilityHigh reliability
Shape only — no real scoring, thresholds, or calibration data shown.
A reliability band with coverage and freshness attached, so a control observed twice never presents like one observed continuously.
A clear separation between what VERITA™ observed operating and what your team treats as assured. Structured for a human reviewer and for the next engine in the chain.
Competitive landscape
Where VERITA™ sits, and what it defends
A capability-level view based on public 2026 market sources. Not a claim of feature parity with every platform listed — a statement of category boundary.
| Market alternative | Category | Typical strength | CNIS™ distinction |
|---|---|---|---|
| ServiceNow IRM / GRC | GRC / control management | Broad control, risk and compliance workflow management. | VERITA™ focuses on operational evidence of control behaviour rather than enterprise GRC administration. |
| MetricStream | GRC / compliance monitoring | Control, risk and compliance management at enterprise scale. | VERITA™ is narrower and more operational: it asks whether evidence indicates that a control is actually behaving as expected. |
| Security operations / observability platforms | Operational telemetry | Deep event, log and monitoring analysis. | VERITA™ is not positioned as a SIEM or observability replacement; it consumes appropriate evidence and produces an assurance-oriented result. |
| Continuous compliance / assurance tools | Continuous assurance | Automated evidence and compliance monitoring. | VERITA™'s distinction is the explicit operational-control assurance problem rather than broad audit automation. |
Market comparison is capability-level and intentionally conservative; public sources reviewed across GRC, continuous assurance, and security-operations categories in 2026.
Differentiation strategy
Watch operation over time. Leave point-in-time attestation to the assurance layer.
Most control tooling answers a question about a single moment. VERITA™ is built around duration: a control that passed in March and has been silent since is not a passing control, and the product refuses to render it as one.
Where VERITA™ competes
- Operational control assurance as the central product problem.
- Time-based evidence rather than point-in-time posture alone.
- Clear distinction between observed operation and assumed operation.
- Purpose-built output for assurance, not a replacement for SIEM.
Where it deliberately doesn't
Do not position this product as a universal replacement for SIEM, enterprise GRC, global threat intelligence, vulnerability management, or broad enterprise risk software.
The strategy is specialization plus composition. VERITA™ computes in failure polarity internally and inverts exactly once, after the sufficiency gate — so a silent control can never quietly read as a healthy one.
CNIS™ architecture position
Where VERITA™ sits in the pipeline
Input
Evidence & sources
Approved, product-specific evidence across the CNIS™ platform
→
RixLogix™
VERITA™
Domain analysis → ORI
→
Output
CNIS™
Structured intelligence for wider security context
Use cases
What operations teams actually do with it
Baseline
Establish an evidence-based baseline for operational control assurance.
Investigate
Find when a control stopped operating, and what the telemetry was doing either side of it.
Report
Show that important controls ran continuously, with the gaps stated rather than smoothed over.
Connect
Tell NORMA™ when an assured control stops operating, and feed operational reality into INFERA™.
Buyer profile
Bought after a control failed quietly for a quarter
The buyer discovered that backups had not run, or that a log source stopped shipping, and found out weeks later. What they want is not another checklist — it is to be told when something that was working stops.
Can RixLogix™ give us a clearer view of our operational control assurance position?
Will we know when a control goes silent, rather than finding out at the next review?
Can a control that stopped reporting ever be scored as if it were healthy?
Can we start with the handful of controls we care most about?
Know whether your controls are still operating
A live demonstration walks through a realistic input, the RixLogix™ workflow, the resulting ORI, supporting evidence, and the decision it supports.