KLTu v3.1 Secure Computation Review Platform

About KLTu v3.1 Secure Computation Review Platform

The official validation, audit, attestation, and demonstration environment for the KLTu v3.1 Fully Homomorphic Encryption (FHE) ecosystem.

🛡️ Boundary Isolation

Enforces a strict cryptographic separation of concerns. Plaintext encryption and final result decryption are restricted to the private **Authority** domain, while homomorphic evaluations run in the untrusted **Worker** domain with zero secret key access.

⚙️ Proprietary FHE Engine

KLTu v3.1 implements a proprietary, unified KEM-DSA-FHE encryption engine that operates independently from OpenFHE while following its mathematical rules. OpenFHE is utilized here solely as a benchmarking reference.

📝 Self-Contained Attestations

Every homomorphic step generates a canonical **Audit Manifest** signed by the Worker's secure key, proving FHE execution path integrity and ciphertext provenance.

A. System Status

Gateway Status: Checking...

Authority Status:

Checking...

Compute Worker:

Checking...

Manifest Spec: -

B. Encrypt Inputs

Encrypt numerical operands through the Authority service.

Operand A (Integer):

Operand B (Integer):

C. Challenge Mode (Optional)

Trigger cryptographically secure random operand generation inside the Authority.

D. Submit Evaluation

Send ciphertexts to the FHE Compute Worker for homomorphic processing.

Session ID:

Ciphertext A:

Ciphertext B:

Challenge ID (Optional):

FHE Operator:

E. Challenge Verification

Verify that worker evaluation yields expected results for the challenge.

Challenge ID:

Evaluation ID:

F. Result Decryption

Decrypt final homomorphic output ciphertext using the Authority's secure private key.

G. Attestation Viewer

Retrieve and cryptographically verify the worker's execution signature.

Attestation Status:

Worker Signature:

Ciphertext Hash:

Crypto Mode: -

Ciphertext Handle Size: - bytes

Serialized Ciphertext Size: - bytes

Challenge ID:

🛡️ Why This Was FHE

Worker Had No Secret Key
Worker Could Not Decrypt
Inputs Were Encrypted
Worker Processed Ciphertexts
Authority Performed Final Decryption
Worker Signature Verified
Manifest Integrity Verified
Ciphertext Provenance Verified
OpenFHE Backend Active
Runtime Security Context Verified

Security Context

Backend: -

Ring Dimension: -

Security Level: -

Parameter Source: -

Runtime Verified: -

Auditor Attestation Verdict: Evaluating trust evidence...

View Raw JSON

H. Performance Telemetry

Live performance measurements captured directly from FHE worker evaluation records.

No attestation data verified yet.

I. Performance Benchmark (Under Construction) — Live Worker Evaluation

10,000-iteration batched evaluation on remote KLTu worker (100.81.1.28). Uses ciphertexts from Section B. Single API call only — no 10k network roundtrips.

⚡ KLTu Live Worker Results (CustomCoreBackend) Ready

Provenance: Live run on 100.81.1.28 • Single batched request

Metric	Value
N	-
Mean (µs)	-
P50	-
P99	-
P99.9	-
Max	-

Bootstrap Statistics (Naturally Triggered)

Metric	Value
Total Bootstraps	-
Bootstrap Rate	-
BS Mean (µs)	-
BS P50	-
BS P99	-

⚙️ OpenFHE Head-to-Head Reference (OpenFheBackend)

Provenance: Reference only

Metric	Value
N	-
Mean (µs)	-
P50	-
P99	-
P99.9	-
Max	-

Run a benchmark to see results.

J. Audit Manifest Viewer

Display the canonical evaluation manifest, verify its integrity, and export evidence.

Manifest Hash:

Download Filename: -

View Raw JSON

K. Platform Metrics

Aggregated operators' audit data and FHE scheme processing performance.

Active Sessions -

Active Challenges -

Active Evaluations -

Cumulative Sessions -

Cumulative Evaluations -

Cumulative Challenges -

Challenges Verified -

Avg Wall Time - ns

Avg CPU Time - ns

View Raw JSON