[ INSTITUTIONAL DILIGENCE & VALUE ARCHITECTURE ]
Returns, ROI & Verifiable Metrics
Quantifying direct cost avoidance, compute latency reduction, audit acceleration, and zero-egress risk mitigation for autonomous agent runtimes.
< 35 μs
Deterministic AST Gating
Evaluates and intercepts tool invocations in-process before shell dispatch. Replaces 250ms+ cloud LLM guardrail delays with sub-millisecond local enforcement.
94.2%
Enterprise Gross Margin
Zero external GPU inferencing cost for runtime safety. Pure edge architecture ensures customer tool safety does not degrade protocol unit economics.
80%+
Audit Time Reduction
Single-command offline RFC 8785 Merkle tree verification eliminates hundreds of manual GRC consultant hours for SOC 2 Type II, ISO 42001, and EU AI Act.
Enterprise ROI & Value Generator
Calculate projected annual savings and return on investment based on your team deployment parameters.
LIVE COMPUTATION ENGINE
Deployment Parameters
Active Developers / AI Agent Swarms
25 Agents
Number of engineers or autonomous background swarms deploying tools.
Monthly Tool Invocations per Agent
100,000 / mo
Tool calls, database operations, shell executions, and API requests.
Annual Compliance & Security Audits
2 Audits / yr
SOC 2 Type II, ISO 42001, NIST AI RMF, and EU AI Act attestation cycles.
Average Blended Engineering Hourly Rate
$125 / hr
Used to calculate engineering hours saved from latency and audit readiness.
$216,500
Projected Net Annual Value Delivered
Cloud LLM Guardrail Cost Avoided
$90,000 / yr
Latency & Compute Stall Hours Saved
173.6 hrs ($21,700)
GRC Audit Preparation Savings
$75,000 / yr
Annual Keystone Enterprise Subscription
$25,000 / yr
Net ROI / Payback Horizon
766% (1.4 Months)
Performance & Architectural Comparison
Deterministic in-process AST gating vs legacy probabilistic cloud firewall architectures.
| Security & Performance Metric | Bartholomew Guard (BTP v7.0.0) | Cloud LLM Guardrails (e.g. Lakera / NeMo) | Static Rule Grep / Regex |
|---|---|---|---|
| Gating Latency (P99) | < 35 μs (In-Process) | 220 ms – 850 ms (Cloud HTTP) | 1 ms – 15 ms |
| AST Invariant Correctness | 100% Deterministic (Zero Drift) | Probabilistic (~88–94% F1 Score) | Fragile (Fails on string escaping) |
| Recursive JSON-RPC Smuggling Defense | Verified (Unpacks up to 12 depths) | Fails on stringified nested payloads | Not Supported |
| Zero Data Egress / Air-Gapped | 100% Local (0 Bytes Exfiltrated) | Full payload sent to third-party | 100% Local |
| Cryptographic Audit Proof | RFC 8785 Binary Merkle Tree | Unsigned server access logs | None |
| Offline Compliance Verification | 1-Line CLI (btp-guard verify) | Manual audit log collation | None |
| Cost per 1M Tool Invocations | $0 (Runs in memory) | $30.00 – $60.00 in LLM API tokens | $0 |
Reproducible Diligence & Verification Commands
Run these commands locally to audit your repositories, test attack vetos, and verify cryptographic attestation.
# 1. Audit repository for agent tool vulnerabilities and compute security score
$ npx btp-guard scan .
# 2. Run the 6-vector adversarial attack test-drive with live microsecond measurement
$ npx btp-guard demo
# 3. Mathematically recompute and verify the RFC 8785 offline Merkle compliance dossier
$ npx btp-guard verify dossier.json
# 4. Immunize workspace with fail-closed AST invariant policies and pre-commit hooks
$ npx btp-guard protect