CNC Test Portal

The CNC Test Portal is a controlled, black-box evaluation environment for the Continuum Nexus Core (CNC) runtime. It allows approved evaluators to submit structured data and observe deterministic, reproducible runtime behavior under governed conditions.

What this portal is

A controlled environment to submit structured telemetry and observe CNC runtime behavior.
A deterministic execution surface with reproducible, auditable results.
A governed evaluation surface designed for serious certification and trust workflows.

What this portal is not

Not a downloadable product
Not a user interface for interacting with the kernel
Not a source-code or model access point
Not a probabilistic or stochastic AI demo

Deterministic

Reproducible

Black-box

Governed Evaluation

Evaluation flow overview

Prepare your data
- Data must be submitted in a fixed JSON schema (trace_v1).
- Data represents time-ordered telemetry or structured signals.
Submit data to the portal
- Send the JSON document to the /invoke endpoint.
- Requests must follow the published schema exactly.
CNC processes the data
- The runtime executes deterministically.
- No randomness, no hidden state, no adaptive drift.
Receive structured results
- A cryptographic digest
- Invariant pass/fail status
- Deterministic summary metrics describing runtime behavior
Replay or compare
- Submitting the same data again produces bit-identical results.
- Modified data produces predictably different outputs.

Evaluation workspace (interactive)

Use the toggles to load domain-relevant templates. Results are intentionally limited to: digest, invariants_passed, and summary.governance.

Industry mode

Scenario templates

Mode: general

Request JSON

Results

Input requirements (`trace_v1`)

Submit a JSON document that contains a fixed schema identifier, fixed channel list, a tick count, and time-ordered rows of numeric values. Requests that do not meet these requirements are deterministically rejected.

Input format

JSON document
Schema: trace_v1
Mode: portal
Fixed number of channels (must match exactly)
Time-ordered rows of numeric values

Hard limits (enforced)

Maximum ticks per request: 50,000
Channels: 16 fixed channels (ch0…ch15)
Maximum payload size: 10 MB
No NaN or infinite values

{ "request_id": "string", "schema": "trace_v1", "mode": "portal", "ticks": 10000, "channels": ["ch0","ch1", "...", "ch15"], "series": [ [0.12, -1.3, 4.2, "..."], [0.11, -1.2, 4.1, "..."] ] }

Note: The example above is illustrative only. Use the published schema reference and required channel ordering for real submissions.

Output: what to expect and why it matters

Every successful run returns deterministic, structured results designed for auditability and repeatable evaluation.

Every successful run returns

A deterministic digest (cryptographic proof of execution)
An invariants_passed flag
A structured summary including:

Adaptation behavior (Theta metrics)
Stress shaping behavior
Novelty / contradiction surface response
Governance parameter evolution
Macro-level stability indicators

Important clarification

Results are not just “true/false”.
Results provide interpretable, deterministic signals.
These signals support trust, auditability, and certification workflows.

{ "request_id": "string", "ok": true, "ticks_executed": 10000, "digest": "0x...", "invariants_passed": true, "summary": { "adaptation": { "theta_l2": 0.0, "theta_max_abs": 0.0, "pinned": false }, "stress": { "raw_sum": 0.0, "raw_max_abs": 0.0, "shaped_sum": 0.0, "shaped_max_abs": 0.0 }, "novelty": { "psi_sum": 0.0, "psi_max_abs": 0.0 }, "governance": { "L_min_final": 0.0, "wFlux_final": 0.0 }, "macro": { "x_macro_sum": 0.0, "x_macro_max_abs": 0.0 } } }

Note: The example above is for illustrative purposes only.

Security & black-box constraints

What is protected

The CNC kernel is sealed and not accessible.
No binaries, models, or internal state can be downloaded.
No raw vectors, per-tick logs, or intermediate values are exposed.

What evaluators can do

Submit structured data
Observe deterministic behavior
Verify reproducibility
Compare scenarios

What evaluators cannot do

Inspect or reverse engineer the kernel
Access internal memory or execution traces
Influence runtime behavior outside defined inputs

API & payload documentation

Only the endpoints below are available. No other endpoints are exposed.

GET /health — Confirms portal availability
POST /invoke — Executes a deterministic CNC run using trace_v1

Quick start (curl)

HOST="https://cnctestportal.com" curl -sS "$HOST/health"; echo curl -sS "$HOST/invoke" \ -H "Content-Type: application/json" \ --data-binary @payload.json

Smoke vs sensitivity

Smoke tests (ticks 1–2): verify connectivity + deterministic replay. Do not use these to judge sensitivity.
Sensitivity tests (ticks ≥ 3): change any value at tick 2 or later → the digest must change deterministically.

Minimal valid payload (ticks=3)

{ "request_id": "example-3tick", "schema": "trace_v1", "mode": "portal", "ticks": 3, "channels": ["ch0","ch1","ch2","ch3","ch4","ch5","ch6","ch7","ch8","ch9","ch10","ch11","ch12","ch13","ch14","ch15"], "series": [ [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0.001,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0] ] }

Closing statement

The CNC Test Portal exists to enable serious evaluation of deterministic runtime behavior in environments where trust, repeatability, and “no surprises” operation are mandatory. This portal provides visibility into behavior — not access to internals.