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Architecture & Capability Comparison

How CipherMap Compares to Cloud SAST, Legacy SBOM Scanners & Standalone AI Agents

Dependency SBOM tools cannot see cryptographic call sites, cloud SAST scanners require egress and skip .jks/.p12 keystores, and standalone LLMs hallucinate deprecated Round 3 Kyber/Dilithium drafts. CipherMap combines 12-language local PQC discovery, signed CycloneDX 1.6 CBOM/IBOM evidence, and compiler-verified remediation in one zero-egress binary.

Side-by-Side Technical Capability Matrix

Grounded in CipherMap v1.0.0 CLI flags, fail-closed exit codes, and CycloneDX 1.6 attestation schemas.

Inspect sample CycloneDX 1.6 CBOM & .pqc.sig evidence →
Requirement / Audit DimensionCipherMap CLI (v1.0.0)Cloud SAST (Semgrep / Snyk / Sonar)Package SBOM (Syft / Trivy)Standalone LLM Agents (Unverified)
Zero Source-Code & Prompt Egress (--offline --no-telemetry)

Executes locally on workstations, CI runners, and disconnected enclaves without uploading source files, secrets, or ASTs.

Yes

Static native binary + local stdio MCP (0 bytes egress)

Partial

Often uploads ASTs, snippets, or policy telemetry to vendor cloud

Yes

Local lockfile inspection, but no source/crypto AST depth

No

Streams source context to hosted model APIs unless air-gapped

12-Language AST + .jar/.whl Bytecode + .jks/.p12 Keystores + PKCS#11 HSM

Inspects source trees alongside compiled JVM/Python archives, X.509/JKS/PKCS#12 keystores, ELF/Mach-O/PE symbols, and HSM mechanisms.

Yes

Single-pass 12-language AST + archives + keystores + binaries (232ms median)

Partial

Source rules only; blind to .jks/.p12 keystores & compiled .jar constant pools

No

Lists package versions (e.g. openssl); cannot see RSA-1024 vs ML-KEM call sites

No

Cannot deterministically audit binary archives or keystore certificates

NIST FIPS 203 / 204 / 205 vs. Pre-Standard Round 3 Draft Drift

Distinguishes finalized ML-KEM, ML-DSA, and SLH-DSA parameters from wire-incompatible Round 3 Kyber/Dilithium drafts (PQC-PRE-001..005).

Yes

101+ PQC & classical crypto rules mapped to CNSA 2.0, OMB M-23-02 & NIST IR 8547

Partial

Basic MD5/SHA-1 checks; lacks FIPS 203/204/205 & Round 3 wire-drift rules

No

No algorithm parameter or NIST FIPS 203/204/205 validation

No

Frequently suggests deprecated Round 3 kyber768/dilithium3 imports from training data

Signed CycloneDX 1.6 CBOM + CISA IBOM + Composite Ed25519 + ML-DSA-65 (.pqc.sig)

Produces machine-readable cryptographic and immunity bills of materials with dual classical + post-quantum detached signatures.

Yes

CycloneDX 1.6 cryptoProperties, cbom --diff, SPDX 2.3, OpenVEX 0.2.0 & .pqc.sig

No

Proprietary CSV/PDF dashboards or SARIF without signed CycloneDX 1.6 CBOM

Partial

Generates package SBOMs, not call-site CycloneDX 1.6 cryptoProperties or .pqc.sig

No

Non-deterministic prose summaries; cannot sign audit-grade CBOM evidence

Fail-Closed Coverage Contract (coverage_status: complete | incomplete)

Refuses to emit a silent clean pass when archives, keystores, or source files fail to parse (exits code 2).

Yes

Explicit exit 0 (clean), exit 1 (policy findings), exit 2 (incomplete coverage)

Partial

Frequently skips unparseable files with warnings while returning exit 0

Partial

Skips unrecognized binary artifacts silently

No

Context-window truncation omits files without deterministic completeness tracking

Compiler & 4-Gate Sandbox-Verified Remediation + Local MCP Referee

Validates candidate patches against AST sink removal, clean build, existing test suites, and network-denied negative-witness tests.

Yes

Gate 2 PQC fix --apply, Tier B 4-Gate immunity extinguish & local stdio ciphermap mcp

Partial

LLM autofix suggestions without local 4-gate negative-witness sandbox execution

No

Version-bump hints only; no AST refactoring

Partial

Fast code edits, but requires CipherMap MCP referee to block unsafe crypto/SQLi regressions

Predictable Flat Licensing ($0 Per-LOC & $0 Per-Scan Overages)

Transparent annual or monthly bands scoped by repository or active 90-day contributors with unlimited lines of code.

Yes

$0 Free Discovery · $4,999/yr Tier A Auditor · $9,999–$49,999/yr Tier B Fleet

No

Opaque enterprise quotes with per-LOC or per-seat true-up penalties

Yes

Open-source CLI or container-indexed SaaS

Partial

Per-seat + token metering; still requires deterministic CI & CBOM tooling

Air-Gapped & Regulated Ready

Run ciphermap scan --offline --no-telemetry inside SCIFs, defense enclaves, or PCI-DSS 4.0 CDE runners without opening outbound firewall rules.

OMB M-23-02 & CNSA 2.0 guide →

832-Repository Empirical Benchmark

Evaluated across 832 production repositories with a 232ms median local scan latency, catching keystore, archive, and pre-standard Round 3 PQC drift missed by package-only SBOMs.

Read the 832-repo study →

Local MCP Referee for Cursor & Claude

Keep your AI coding velocity while enforcing deterministic security gates: ciphermap mcp --workspace . verifies candidate diffs locally over stdio.

Developer & MCP workflow →

Frequently Asked Technical & Procurement Questions

Does CipherMap replace SAST/SBOM tools or complement AI coding agents like Cursor and Claude Code?

Both patterns are supported. Many engineering teams start with CipherMap Tier A ($4,999/yr Standalone Auditor) alongside existing dependency SBOM tools specifically to generate signed CycloneDX 1.6 CBOMs across source, .jar/.whl bytecode, and .jks/.p12 keystores for CNSA 2.0, OMB M-23-02, PCI-DSS 4.0, or DORA audits. Teams upgrading to Tier B Enterprise Fleet ($9,999–$49,999/yr) consolidate 12-language IMM-* bug-class remediation and pair Cursor or Claude Code directly with ciphermap mcp over local stdio so AI-generated edits are verified locally with zero prompt egress.

Why can't a standard dependency SBOM tool (like Syft or Trivy) satisfy OMB M-23-02 or CNSA 2.0 CBOM requirements?

Package SBOM generators read lockfiles and container manifests—they can tell you OpenSSL, BouncyCastle, or Go stdlib crypto is installed, but not whether your application code invokes RSA-1024, SHA-1, 3DES-ECB, PKCS#1 v1.5, hardcoded keys, or finalized NIST FIPS 203 ML-KEM-768. CipherMap inspects 12-language ASTs, compiled .jar/.war/.whl constant pools, .jks/.p12 keystores, and ELF/Mach-O/PE symbols to populate CycloneDX 1.6 cryptoProperties at the exact call site.

How does CipherMap prevent broken builds or wire-breaking PQC changes when applying fixes?

CipherMap separates safe local API upgrades from wire-protocol migrations. Gate 2 PQC remediation (ciphermap fix --apply) and Tier B 4-Gate Immunity remediation (ciphermap immunity extinguish --apply) run inside isolated worktrees and network-denied OS sandboxes, verifying AST sink elimination, clean compilation, existing tests, and negative-witness checks—while refusing ambiguous or wire-breaking protocol edits via declined_protocol_guardrail.

How is CipherMap priced compared to traditional enterprise SAST vendors?

Free Discovery ($0) provides unmetered local PQC scanning and dry-run previews forever. Tier A Standalone Auditor is $4,999/yr (or $499/mo) for 1 scoped repository and 1 named auditor seat—under typical $5,000 corporate card limits and 100% credited toward an Annual Fleet upgrade within 30 days. Tier B Enterprise Fleet is $9,999/yr (up to 10 active contributors), $24,999/yr (up to 30), or $49,999/yr (up to 100) with $0 per-LOC fees, plus a 25% Founding Reference Partner rate lock on eligible annual agreements.

Verify on Your Own Repository in Under 3 Minutes

Test CipherMap Offline Free — Or Launch a $4,999 Single-Repo Fix Sprint

Download the SHA-256-verified native binary to inspect your own repo with zero egress, or start a Tier A Standalone Auditor sprint with 100% of your $4,999 credited toward an Annual Enterprise Fleet upgrade within 30 days.