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NOMEVEX The exam should look like the work. The evidence should stand up to scrutiny.
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Verifiable integrity. Without the surveillance.

Secure exam delivery, on-device AI monitoring, cryptographic proof chains, and independent audit verification — engineered for high-stakes rigor and total student privacy.

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See how cryptographic attestation works

Step through a live exam verification cycle — from on-device kiosk launch to independent mathematical proof.

Kiosk Launch — Locks device into secure sandbox Step 1 / 4
00:00:00 [system] NOMEVEX Secure Client v4.1 initialized (Rust native)
00:00:01 [system] Kiosk mode locked — VM & remote desktop blockers engaged
00:00:02 [monitor] Local ONNX neural engine initialized
00:00:02 [privacy] Privacy mode: Zero Video Streaming (Proofs only)
Cryptographic proof tree generated locally in real time

Zero Cloud Video Ingestion: On-device neural inference guarantees complete student privacy. Only mathematical Merkle hashes leave the endpoint machine.

How NAE delivers unbreakable trust

Configure the environment

Set security policies, kiosk rules, allowed tools (Python, Excel, terminal) and accessibility accommodations. LTI 1.3 sync with Canvas, Blackboard and Moodle is automatic.

Candidate launches the client

The lightweight client (~15MB Rust engine) locks down secondary screens, virtual machines and screen capture while initialising on-device AI monitoring.

On-device telemetry and proof chain

Integrity events, focus shifts and device state are hashed continuously into an append-only Merkle tree. No raw video ever leaves the candidate device.

Cryptographic attestation

Session roots are sealed with timestamped anchors. Anyone holding the audit proof can independently verify integrity without seeing private candidate data.

Results feed AI Learn

Per-question telemetry flows into the concept mastery engine, updating each learner's knowledge profile in real time.

Built for high-stakes institutional scale

NAE (NOMEVEX Assessment Environment)

Built in Rust for Windows, macOS, and Linux. Enforces kiosk mode, process monitoring, clipboard protection, peripheral detection, and WebAssembly fallback — with full cryptographic audit. The ~15MB binary replaces legacy browser-based exam delivery.

  • Cross-platform support (Windows, macOS, Linux)
  • Kiosk mode with Alt+Tab prevention
  • Process monitoring for unauthorized tools

On-Device AI Monitoring

Unlike traditional proctoring that streams video to centralized servers, our AI performs inference on the student's machine. Only cryptographic proofs and event metadata are transmitted.

  • Face presence and multiple face detection
  • Prohibited object detection (phones, notes)
  • Behavioral analysis (gaze, head movement)

Cryptographic Verification

Every session event is hashed into a Merkle tree. Roots are anchored to public blockchains or transparency ledgers, enabling independent third-party verification without accessing private recordings.

  • Tamper-evident Merkle tree audit chain
  • Blockchain anchoring for immutable timestamps
  • Independent verification without private data access

Compliance & Accreditation

From data minimization and subject access reports to accreditation-grade audit trails — compliance is embedded in the platform architecture, not bolted on.

  • GDPR Article 15/20 data portability exports
  • FERPA-compliant data handling
  • ISO/IEC 17024 and NCCA accreditation support

Accessibility & Inclusion

Accessibility is architected in from day one. Accommodations are first-class policy inputs that affect enforcement rules, not afterthought exceptions.

  • WCAG 2.2 AA compliant interfaces
  • Screen reader and keyboard navigation
  • High contrast mode and UI scaling

If the result matters, the assessment should too.

See how Nomevex can secure your assessments, capture real performance and turn results into trusted intelligence.

Book a demo