ZTDS.ai Open AI Security Standard
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CLIENT-SIDE VOLATILE RAM ENVIRONMENT · ZERO SERVER EGRESS

Interactive Pipeline Inspector

Simulate real-time in-memory sanitization across all 4 RFC v1.0 pipeline stages: Egress Interception, Tokenization, Enclave Isolation, and Loopback De-tokenization.

Industry Profiles:
Stage 01 Quarantined
1. Egress Interception

Traps socket write before WAN dispatch (RFC v1.0 Invariant 1).

184 chars 0.00 B Egress
Stage 02 Deterministic
2. Ephemeral Tokenizer

1-to-1 reversible mapping; I(X; T) = 0.00 bits mutual information.

5 tokens 0 Collisions
Stage 03 Volatile RAM
3. Enclave Execution

WASM memory scope; M_map ∩ Storage = ∅; 0 disk telemetry.

<0.25 ms 0 Storage Keys
Stage 04 Zero-Subprocessor
4. Loopback Reveal

Client-side stream de-tokenization; GDPR Art. 28 DPA exemption.

100% Reversible Auto-Zeroize
Pipeline State: READY (RAM INITIALIZED)
1. Ingestion Buffer (Cleartext Quarantined in Client RAM) Live Input Buffer
Buffer Size: 184 B · WAN Sockets: 0.00 B Egress
Volatile Scoped
2. Sanitized Model Payload (Surrogate Tokens) Latency: 0.22ms
Reversible Token Rate: 100% · Collisions: 0.0000
Shannon I(X;T) = 0.00b

Volatile In-Memory SessionMap (Ephemeral RAM Dump)

Isolated strictly to volatile execution memory. Conforming to Theorem 2: ∅ non-volatile disk persistence.

{ /* Initializing volatile sessionMap */ }
Theorem 2 Lifecycle Constraint: lim_{t → t_destroy} M_map = ∅ M_map ⊆ VolatileRAM
Invariant 1: Zero-Egress
PASS (0.00 B WAN)

Cleartext never touches network socket frames.

Invariant 2: Reversible
PASS (0 Collisions)

Deterministic surrogate placeholder restoration.

Invariant 3: RAM Isolated
PASS (WASM Enclave)

Zero disk, cookie, or local storage writes.

Invariant 4: Zero DPA
PASS (Art. 28 Exempt)

No third-party subprocessor chain of custody.

Developer SDK · Reference Implementation

Embed ZTDS Invariant 1 & 2 into Production RAG

Protect your LangChain, LlamaIndex, or agentic pipelines in 2 lines of code. Zero third-party network egress. Powered by reference engine PrivacyScrubber.

npm install @privacyscrubber/sdk
View 10 Architectural Blueprints → Node · Python · WASM
Consortium Working Group · WG-2

Contribute Domain Entity Rulesets

Help expand the open standard. Submit high-precision regex patterns, Luhn/IBAN checksum validators, or formal verification benchmarks via GitOps pull request.

git checkout -b rules/eu-iban-profile
Submit Rule via PR → Working Group 2 (WG-2)