Prove your code exists before you ever share it.
Establish cryptographic identity without disclosure.
Convert source into an immutable cryptographic artifact.
Execute logic inside a hardware-attested sandbox.
Implementation is never exposed in readable form.
Only bit-identical results and receipts emerge.
Today, proving your code works means sending your source code to someone else, running a blind pilot, or passing a 6-month security review.
| Feature | Traditional Pilot | NovaVault-X |
|---|---|---|
| Core Security | NDAs & Legal Contracts (Reactive) | Cryptographic Sealing (Proactive) |
| Access Control | IP Whitelisting & VPNs | Zero-Access TEE Execution |
| Client Friction | Require login to your infrastructure | They run it on their own machine |
| Protection Level | Obfuscation (Reversible) | Bit-Identical Integrity |
Most IP protection frameworks assume disclosure first and enforcement later. In practice, enforcement is slow, expensive, and asymmetric—especially for early-stage teams.
Seal your algorithm before a VC or partner meeting. Prove you had it first without losing leverage.
Create a cryptographic audit trail for every model version across your internal teams.
Anchor your logic at a point in time to prove prior existence in case of suspicious similarity.
Establish ownership of an invention before you are ready for formal patents or pilots.
The same .nvx artifact works across all tiers.
Economic complexity scales only when you need it.
.nvx artifact for freeZero-trust handoff between Inventor and Recipient. No explanation required.
Two independent checks. Neither requires trusting you.
The inventor shares a hash out-of-band. The recipient confirms the artifact they received matches exactly — no tampering, no substitution.
The CLI independently recomputes the hash from the embedded artifact and confirms it matches the sealed fingerprint. Two-layer confirmation.
Legal tooling, CI pipelines, and compliance scripts can consume the result without parsing text.
The recipient needs only the CLI. No accounts, no network calls, no backend. Works air-gapped.
NovaVault-X verifies execution integrity, not execution intent. A valid receipt proves exactly what the code did and that it remains untampered. It does not replace the human decision of whether that code should be trusted.
Contact us to secure your pilot keys and Tier 2 execution access. Every user receives a private namespace for the oracle.
The protocol is open. Install the NovaVault toolkit directly via the Python package manager.
Run your first seal. Share the hash. Let the truth do the work for you.
"Anyone can verify it.
Verification requires zero access to your source.
Not even the recipient."
NovaVault-X separates using code from possessing code.
That's the invention. Everything else is consequence.