Privacy firewall for Paritok

Your context can shrink.
Your secrets shouldn't travel.

VaultTok replaces credentials and PII inside your browser, sends only safe aliases to Paritok's hosted GPU, then restores every protected value locally—with a receipt.

Inspect the architecture
01 Browser-local vault02 Fail-closed restoration03 O200k token receipt
RAW DATA BOUNDARY
10 detectors armed
0 values egress
aliases verified
The vault never crosses the dotted line.
Live privacy proof

See exactly what leaves the browser.

Ready
01 / RAW CONTEXTstays in browser
02 / PRIVACY RECEIPTsafe preview

No raw context has left.

Run the synthetic case to create a redaction manifest, compression result, and fail-closed restoration proof.

IP address__VT_IP_01_••••••••__
Email address__VT_EMAIL_02_••••••••__
Assigned credential__VT_CRED_03_••••••••__
GitHub token__VT_GITHUB_04_••••••••__
AWS access key__VT_AWS_05_••••••••__

Public demo: use synthetic data only. Raw values are protected in your browser before the request is created.

The privacy boundary

Compression without blind trust.

Paritok remains the semantic compression engine. VaultTok adds the missing control plane around hosted inference.

01

Seal locally

Detectors replace credentials, tokens, connection URIs, emails, IPs, and identifiers with random aliases.

safe aliases only
02
P

Compress with Paritok

The hosted 4B model receives useful context and intent—but none of the locally vaulted values.

guarded response
03

Verify & restore

Every alias must survive. If one disappears, VaultTok fails closed to the original context and reports zero savings.

Why it matters

The safest token is the one a third party never sees.

10secret and PII detector classes

With overlap resolution and no raw values in the receipt.

100%required alias survival

One missing alias activates a transparent, zero-savings fallback.

0credential values in egress

The server rejects residual sensitive values before Paritok is called.