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🛡️ VulnForge MCP

Universal AI-Native Web, API, Database, CI/CD, Container/K8s, eBPF, Dynamic API Fuzzing, Supply Chain SBOM, Cosign Signature, Wasm Telemetry, Microsegmentation & AI Model Supply Chain Vulnerability Auditing with Automated Patch Injection MCP Server

⚡ Quickstart & 1-Line Execution

⚡ Quickstart & 1-Line Execution (Click to toggle / 접기·펼치기)

Run VulnForge MCP directly with zero prior installation:

# 1. Start MCP Server over stdio
npx vulnforge-mcp

# 2. Run Built-in Security Audit Demonstration
npx vulnforge-mcp --test-demo

# 3. Direct GraphQL Security Audit CLI Execution
npx vulnforge-mcp --audit-graphql --query "{ users { id posts { comments { author { posts { id } } } } } }"

# 4. Direct Container & Kubernetes Manifest Audit CLI Execution
npx vulnforge-mcp --audit-container --file k8s/deployment.yaml

# 5. Direct eBPF & Runtime Security Policy Audit CLI Execution
npx vulnforge-mcp --audit-ebpf --file policies/tetragon.yaml

# 6. Direct Dynamic API Fuzzing & Mutation Resilience CLI Execution
npx vulnforge-mcp --fuzz-api --file routes/api.ts

# 7. Direct Cloud-Native IAM & Zero Trust Policy Audit CLI Execution
npx vulnforge-mcp --audit-iam --file iam/policy.json

# 8. Direct Cryptographic Vault & Secret Rotation Audit CLI Execution
npx vulnforge-mcp --audit-vault --file vault/config.hcl

# 9. Direct Supply Chain SBOM & Dependency Confusion Audit CLI Execution
npx vulnforge-mcp --audit-sbom --file package.json

# 10. Direct Cosign Signature & OCI Artifact Attestation Audit CLI Execution
npx vulnforge-mcp --audit-cosign --file k8s/kyverno-verify.yaml

# 11. Direct WebAssembly eBPF & Host Telemetry Audit CLI Execution
npx vulnforge-mcp --audit-wasm-ebpf --file wasm-config.yaml

# 12. Direct eBPF Microsegmentation & Zero Trust Flow Policy Audit CLI Execution
npx vulnforge-mcp --audit-microsegmentation --file policies/cilium.yaml

# 13. Direct Multi-Tenant KMS & HSM Attestation Audit CLI Execution
npx vulnforge-mcp --audit-kms --file kms-policy.json

# 14. Direct WebAssembly Sandbox Fuzzing & Hardening Audit CLI Execution
npx vulnforge-mcp --audit-wasm-fuzz --file wasmtime.yaml

# 15. Direct Post-Quantum Cryptography & ML-KEM Hybrid Audit CLI Execution
npx vulnforge-mcp --audit-pqc --file tls/hybrid-kex.yaml

# 16. Direct Confidential Computing & TEE Remote Attestation Audit CLI Execution
npx vulnforge-mcp --audit-tee --file enclave/sgx-quote.bin

# 17. Direct Autonomous Zero-Day Threat Graph & Defense CLI Execution
npx vulnforge-mcp --audit-zeroday --file threat-feed.json

# 18. Direct eBPF Speculative Side-Channel & Kernel Isolation Audit CLI Execution
npx vulnforge-mcp --audit-ebpf-speculative --file ebpf/filter.c

# 19. Direct LLM Guardrail & Prompt Injection Dynamic Fuzzing CLI Execution
npx vulnforge-mcp --audit-llm-guard --file system_prompt.js

# 20. Direct Micro-VM Isolation & Ephemeral Sandbox Attestation CLI Execution
npx vulnforge-mcp --audit-microvm --file microvm/firecracker.json

# 21. Direct Decentralized MPC Key Sharding & Threshold Signature CLI Execution
npx vulnforge-mcp --audit-mpc --file mpc/config.json

# 22. Direct Web3 Smart Contract Fuzzing & Static SMT Audit CLI Execution
npx vulnforge-mcp --audit-smart-contract --file contracts/Vault.sol

# 23. Direct Quantum-Safe HSM Lattice Firmware Attestation CLI Execution
npx vulnforge-mcp --audit-lattice-firmware --file firmware/hsm_manifest.json

# 24. Direct Multi-Cloud Service Mesh Mutual TLS & SPIFFE Attestation CLI Execution
npx vulnforge-mcp --audit-service-mesh --file mesh/istio_peer_auth.yaml

# 25. Direct Kernel Microsegmentation & Co-Processor Gate CLI Execution
npx vulnforge-mcp --audit-coprocessor --file coprocessor/accel_policy.json

Adding to Claude Desktop / Antigravity (`claude_desktop_config.json`)

{
  "mcpServers": {
    "vulnforge": {
      "command": "node",
      "args": ["C:/github_nvcxzopgo/vulnforge-mcp/dist/index.js"]
    }
  }
}

🏛️ The 40 Architectural Pillars

🏛️ View Architecture Pipeline Diagram (Click to toggle / 접기·펼치기)

VulnForge MCP Architecture Pipeline

#	Pillar Domain	Scope & Target Checks	Automated Patch Output
01	Web & Headers	Content-Security-Policy, HSTS, CORS Wildcards, X-Frame-Options, Cookie Flags	Express/Fastify/Koa security header injection middleware
02	Frontend & DOM	DOM XSS sinks (`innerHTML`, `document.write`, `eval`), Tabnabbing (`target="_blank"`), SRI hashes	Safe `textContent` rewriter & `rel="noopener noreferrer"` attributes
03	API & Endpoints	Broken Object Level Auth (BOLA/IDOR), Unauthenticated mutation routes, Mass assignment	Tenant ownership validators, auth middlewares, Zod DTO parsers
04	Database & SQLi	Raw template string queries, SQL concatenation, MongoDB `$where`, Credential leaks	Parameterized statements (`$1, $2`), NoSQL sanitizers, env configs
05	GraphQL & Schemas	Introspection query exposure (`__schema`, `__type`), Cyclic query DoS (depth > 5), Batching complexity, Sensitive resolver fields (`passwordHash`, `ssn`, `apiKey`), Debug stack trace disclosure	Disabling introspection in prod (`process.env.NODE_ENV !== 'production'`), `depthLimit(5)` validator, error masking, field auth checks
06	CI/CD & Pipelines	Untrusted PR checkouts (`pull_request_target`), Missing/wildcard `permissions`, Unpinned action SHAs, Script injection in `run:`, Leaked tokens & OIDC claims	Minimal `permissions: read-all`, Safe env bindings, Immutable SHA pinning, Hardened triggers
07	Container & Kubernetes	Dockerfile multi-stage builds, root execution (`USER`), PodSecurity Standards (`restricted`), Linux capabilities (`drop: [ALL]`), read-only root filesystems, privilege escalation, and RBAC wildcard permissions (`*`)	Multi-stage Dockerfile rewriters, `USER 10001:10001` injection, `securityContext` PSS hardening, and least-privilege RBAC Role bindings
08	eBPF & Runtime Security	Kernel verifier rejection vectors, unbounded loops, NULL map lookup pointers, dangerous write helpers (`bpf_probe_write_user`), Falco container shell execution rules, and Tetragon Sigkill action policies	`#pragma unroll` loops, map lookup NULL checks, Falco alert rules, and Tetragon `action: Sigkill` policy enforcement
09	Dynamic API Fuzzing	Genetic mutation resilience, schema boundary stress, prototype pollution sinks (`__proto__`), unhandled async errors, and unrestricted request body parser limits	Zod schema validation middlewares, prototype pollution sanitizers, body parser limits, and async error boundaries
10	Cloud-Native IAM & Zero Trust	AWS/GCP/Azure IAM policy wildcards (``, `s3:`), resource over-scoping, privilege escalation (`iam:PassRole`), public trust relationships (`Principal: "*"`), confused deputy (`aws:SourceAccount`), and missing TLS/MFA Zero Trust condition guards	Least-privilege action scoping, resource ARN constraints, Zero Trust TLS (`aws:SecureTransport: true`) enforcement conditions, and role trust boundary hardening
11	Cryptographic Vaults & Secret Rotation	HashiCorp Vault, AWS Secrets Manager, Azure Key Vault, GCP Secret Manager, and Kubernetes KMS rotation schedules, weak RSA key lengths (<2048), deprecated ciphers, excessive TTLs, unencrypted backends, and Shamir unseal thresholds	Automated 60-day rotation stanzas, least-privilege secret scoping, TLS 1.3 enforcement, AWS KMS auto-unseal, and 3-of-5 Shamir quorum hardening
12	Supply Chain & SBOM Gate	CycloneDX/SPDX SBOM and manifest auditing, internal scope dependency confusion (CWE-427), Levenshtein typosquatting heuristics (CWE-829), unpinned wildcards (CWE-1104), dangerous install script hooks (CWE-78), mutable Git branches, missing lockfile hashes (CWE-353), and NTIA EO 14028 minimum elements	Automated `.npmrc` scoped registry injection, canonical package replacement, semantic version pinning, `ignore-scripts=true` suppression, immutable Git commit SHA pinning, and NTIA metadata enrichment
13	Cosign & Artifact Attestation	OCI container image signature verification, Sigstore keyless Fulcio OIDC SAN validation, Rekor transparency log inclusion proofs, In-toto SLSA provenance level verification, and Kyverno/Gatekeeper admission policy auditing	Kyverno ClusterPolicy enforcement rules (`validationFailureAction: Enforce`), OPA Gatekeeper constraints, Rekor proof mandates, and immutable SHA-256 image digest pinning
14	Wasm & eBPF Telemetry	WebAssembly linear memory bounds (CWE-119), WASI host root preopen exposure (CWE-284), instruction fuel/CPU DoS (CWE-400), unpinned bytecode digests (CWE-345), dropped telemetry (CWE-778), and kernel credential leakage (CWE-209)	Memory page clamps (max: 256), scoped ephemeral preopens (`/sandbox`), instruction fuel budgeting (100k), digest pins, and PII scrubbing filters
15	Microsegmentation & eBPF Flow	CiliumNetworkPolicy, K8s NetworkPolicy, Calico & eBPF kernel flow telemetry (CWE-284, CWE-923, CWE-200, CWE-276, CWE-269, CWE-319, CWE-668, CWE-778)	Automated Zero Trust ingress isolation, L7 HTTP rules, metadata endpoint blocking, and Hubble flow telemetry policy synthesis
16	Zero-Knowledge Proofs & Attestation Gateways	Groth16 / Plonk verifiers, Circom R1CS constraints (CWE-682), public input modulus bounds (CWE-20), nullifier replay & double-spending (CWE-294), mock verifier bypasses (CWE-284), unpinned vk digests (CWE-345), W3C VC revocation registries (CWE-295), proof expiry (CWE-613), and Fiat-Shamir domain tags (CWE-327)	Quadratic constraint injection (`<==`), public input array bounds guards, atomic nullifier tracking sets, mock verifier deactivation, SHA-256 vk pinning, and W3C StatusList2021 revocation entries
17	AI Model Supply Chain & Safetensors	Safetensors tensor header structure, data offset validation, PyTorch/Pickle deserialization opcode scanning (CWE-502), model hub provenance, immutable commit pinning, remote code sandboxing (trust_remote_code=False)	weights_only=True loading parameters, trust_remote_code=False guards, immutable commit SHA pins, Safetensors conversion scripts, and weight digest assertions
18	In-Toto Supply Chain Attestation Gate	In-toto root layouts, step links, DSSE envelopes, SLSA provenance predicates, materials-to-products digest continuity (CWE-353), Sigstore Rekor SET proofs (CWE-778), and builder commit pinning (CWE-829)	DSSE envelope cryptographic signatures, material-to-product digest continuity calibration, immutable builder commit SHA pinning, Rekor SET inclusion proof injection, and environment secret redaction
19	Multi-Tenant KMS & HSM Attestation	Multi-tenant envelope encryption key derivation (CWE-320), tenant AAD context binding (CWE-284), unverified HSM remote attestation quotes (CWE-295), overprivileged KMS key policies (CWE-732), automatic key rotation (CWE-361), deprecated AES-CBC ciphers (CWE-327), plaintext DEK exposure (CWE-522), and dual-custody audit logging (CWE-778)	HKDF-SHA256 key derivation with 256-bit salt, tenant AAD context binding, FIPS 140-3 Level 3 hardware attestation enforcement, least-privilege key policy conditions, 90-day automatic rotation, and dual-custody quorum policies
20	Wasm Sandbox Fuzzing & Hardening	Multi-engine differential mutation fuzzing (Wasmtime, Wasmer, WasmEdge), linear memory page limits (CWE-119), WASI host root preopen exposure (CWE-284), fuel metering & epoch interruption (CWE-400), unvalidated allocation growth (CWE-770), differential execution divergence (CWE-698), shared memory race conditions (CWE-362), and memory zeroization on reset (CWE-459)	512-page memory clamps (max_memory_pages = 512), scoped ephemeral preopens (/sandbox), 1,000,000 instruction fuel budgeting, 2,000ms epoch timeouts, memory.grow delta guards, NaN canonicalization, and zeroization reset hooks
21	P2P Gossip & Attestation Sync	libp2p GossipSub topics, P2P policy revocation consensus, distributed transparency log Merkle sync, Byzantine 2f+1 quorum bounds, Lamport timestamp sequencing, and partition fallback	Ed25519 gossip signatures, BFT 2f+1 quorum rules, monotonic Lamport counter guards, Merkle audit path proofs, and fail-secure cache policies
22	Quantum PQC & ML-KEM Gate	FIPS 203 ML-KEM-512/768/1024 parameter sets, hybrid X25519/ML-KEM-768 encapsulation in TLS 1.3/SSH, decapsulation timing leakage (CWE-385), missing HKDF domain separation (CWE-327), unzeroized ephemeral secrets (CWE-226 / CWE-459), and unsafe classical fallback (CWE-757)	Automated PqcMigrationPolicy synthesis, constant-time decapsulation wrappers, HKDF dual-PRF domain separation, and secure ephemeral secret zeroization
23	Confidential Computing & TEE Enclave Gate	Hardware-rooted remote attestation verification (Intel SGX, AMD SEV-SNP, AWS Nitro Enclaves), measurement quote auditing, sealed data secret protection, EPC bounds, and side-channel mitigation	Automated TeeAttestationPolicy synthesis, strict TCB evaluation guards, MRENCLAVE/MRSIGNER key policy binding, EPC memory limits, and cache timing sanitization
24	Zero-Day Threat Graph & Dynamic Exploit Defense	Real-time causal threat graph correlation, ephemeral micro-VM exploit containment, and eBPF dynamic mitigation policy distribution	Automated ZeroDayDefensePolicy synthesis, dynamic eBPF XDP/TC drop filters, and micro-VM isolation boundaries
25	eBPF Speculative Side-Channel & Kernel Isolation Guard	Spectre v1 bounds check bypass gadgets (CWE-203), missing speculation barriers after map lookups (CWE-385), Spectre v2 tail call branch target injection (CWE-698), Spectre v4 stack store bypass (CWE-459), cache timing leaks (CWE-208), raw kernel pointer KASLR defeat (CWE-200), JIT constant spraying (CWE-94), and unprivileged eBPF sysctl hardening (CWE-276)	Array index masking (`idx &= (MAX - 1)`), speculation barriers (`bpf_barrier_nospec()`), retpoline tail call wrappers, stack zeroization, constant-time lookups, kernel pointer masking, JIT constant blinding, and sysctl hardening
26	LLM Guardrails & Prompt Injection Gate	System prompt boundary escaping, role overriding, indirect prompt injection in retrieval data, unconstrained tool execution, secret exfiltration, tool argument command injection, output PII leakage, and context window saturation DoS (VF-LLM-GUARD-001 through 008)	Automated system prompt boundary tags (), data isolation wrappers (), tool schema parameter validation, regex sanitization, PII output redaction filters, and token limit controls
27	Micro-VM Isolation & Ephemeral Sandbox Attestation Gate	Firecracker jailer chroot/cgroups v2, gVisor runsc platform isolation, guest-host memory ballooning limits (CWE-119), socket permission 0600 (CWE-284), rootfs dm-verity SHA-256 attestation (CWE-345), SMT core scheduling (CWE-400), teardown memory zeroization (CWE-200), and fail-closed crash watchdog (CWE-754)	Automated MicroVmIsolationPolicy synthesis, jailer UID/GID drop, rootfs digest pinning, and secure teardown cleanup hooks
28	Decentralized MPC Key Sharding & Threshold Signatures	Distributed Key Generation (DKG) threshold bounds (t-of-n), Schnorr Proof of Possession (PoP) against rogue key attacks (CWE-347), Proactive Secret Sharing (PSS) periodic refresh (CWE-324), FROST two-round nonce uniqueness & reuse prevention (CWE-385), TLS 1.3 encrypted P2P channels (CWE-319), Pedersen VSS verification (CWE-354), identifiable aborts (CWE-284), and round timeout deadlines (CWE-754)	Automated MpcThresholdPolicy synthesis, FROST two-round commitment enforcement, Schnorr PoP validation hooks, PSS epoch rotation schedules, and Byzantine dispute resolution
29	Web3 & Smart Contract Security	Reentrancy (SWC-107), Integer Overflow & Unchecked Math (SWC-101), Front-Running & MEV Sandwich (SWC-114), Flash Loan Price Oracle Manipulation (SWC-136), Unprotected Selfdestruct & Delegatecall (SWC-105), Weak Randomness (SWC-120), Unchecked Call Return Values (SWC-104), and Gas Limit DoS (SWC-128)	ReentrancyGuard nonReentrant modifier, Checked Math / SafeMath, Slippage tolerance & commit-reveal, Chainlink / TWAP oracle bounds, Owner access control modifiers, Chainlink VRF randomness, require(success) low-level call return checks, and loop bound clamps
30	Quantum-Safe HSM Lattice Firmware Attestation	NIST FIPS 204 ML-DSA lattice signatures, HSM secure boot trust chains, anti-rollback monotonic counters, hardware write protection, constant-time verification, zeroized staging buffers, and measurement quote attestation across 8 critical vulnerability vectors (VF-LATTICE-001 through 008)	Automated LatticeFirmwarePolicy synthesis, ML-DSA parameter enforcement, hardware write-protect guards, constant-time verification wrappers, and ephemeral buffer zeroization
31	Service Mesh & SPIFFE/SPIRE Gate	Istio PeerAuthentication / Envoy mTLS enforcement (CWE-319), SPIFFE ID SAN validation (CWE-284), X.509 SVID dynamic rotation (CWE-613), SPIRE agent socket permissions (CWE-200), multi-cloud trust domain federation (CWE-347), TLS 1.3 ciphers, AuthorizationPolicy RBAC, and Envoy admin endpoint access logging across 8 critical vectors (VF-MESH-001 through 008)	Automated ServiceMeshPolicy synthesis, STRICT mTLS enforcement, match_typed_subject_alt_names pinning, 12h SVID rotation, 0600 socket permissions, and least-privilege AuthorizationPolicy rules
32	Kernel Microsegmentation & Co-Processor Gate	Bare-metal multi-tenant IOMMU/SR-IOV isolation (CWE-284/119), hardware command ring HMAC/AES-GCM authentication (CWE-347), eBPF TC/XDP offload hook synchronization (CWE-693), co-processor TCAM flow table quota DoS defense (CWE-400), HSM enclave key context zeroization (CWE-320/208), TOCTOU flow cache epoch invalidation (CWE-362), fail-secure hardware fault locking (CWE-754), and SHA-256 cryptographically chained hardware audit logs (CWE-778) across 8 critical vectors (VF-COPROC-001 through 008)	Automated CoProcessorSecurityPolicy synthesis, stage-2 IOMMU translations, signed command rings, TCAM per-tenant quotas, context zeroization on unbind, epoch-based TOCTOU barriers, and fail-secure fault lockdown
33	Agent Tool Sandbox & Kernel Gate	Dynamic Linux capability drop filters (CAP_SYS_ADMIN, CAP_NET_RAW), Seccomp-BPF default-kill syscall masks, ephemeral FD/socket boundary isolation, Landlock LSM filesystem restrictions, cgroup v2 resource limits, and cryptographic command execution attestation across 8 critical vectors (VF-AGENT-001 through 008)	Automated AgentSandboxSecurityPolicy synthesis, libcap-ng capability drops, seccomp-bpf filter injection, Landlock path rules, cgroup v2 limits, and SHA-256 process execution audit trails
34	Firmware SMM & BMC Attestation Gate	UEFI SMM memory corruption (SMRR, SMI CommBuffer, ReadyToLock), SPI flash BIOS_CNTL write protection, BMC Redfish SPDM remote attestation, host-to-BMC IPMI KCS boundary access, anti-rollback monotonic counters, and TPM PCR0 measured boot across 8 critical vectors (VF-SMM-001 through 008)	Automated SmmBmcSecurityPolicy synthesis, SMRR lock, SmmIsBufferOutsideSmmValid checks, DxeSmmReadyToLock callbacks, BIOS_CNTL SMM_BWP enforcement, SPDM attestation, KCS command whitelisting, monotonic counters, and TPM PCR0 extensions
35	Confidential AI Inference & Enclave Gate	TEE hardware remote attestation (Intel SGX, AMD SEV-SNP, NVIDIA CC), in-enclave HKDF weight decryption, RA-TLS 1.3 prompt/token streams, KV-cache EPC memory clamps, residual activation memory zeroization, constant-rate token tick quantizing, tenant AAD cryptographic tagging, and PCR digest logging across 8 critical vectors (VF-CONF-AI-001 through 008)	Automated ConfidentialAiSecurityPolicy synthesis, TEE quote enforcement, in-enclave HKDF unwrapping, RA-TLS 1.3 endpoints, 65k KV page clamps, secure zeroization, constant tick quantizing, tenant AAD tags, and PCR log extensions
36	Post-Quantum ZK Rollup & State Machine Gate	Classical pairing cryptography lacking post-quantum FRI transition (VF-ROLLUP-001), under-constrained state transition polynomials (VF-ROLLUP-002), unauthenticated sequencer batch injection (VF-ROLLUP-003), DA withholding & truncated challenge windows (VF-ROLLUP-004), variable-time polynomial evaluation (VF-ROLLUP-005), compromised escape hatch (VF-ROLLUP-006), prover nonce reuse & unzeroized quotient memory (VF-ROLLUP-007), and missing state root attestations (VF-ROLLUP-008)	Automated PqRollupSecurityPolicy synthesis, STARK with FRI enforcement, balance conservation polynomial constraints, multi-party threshold sequencer quorum, DA blob commitment proofs, constant-time FRI/NTT execution, L1 force-inclusion escape hatch, and quotient memory zeroization
37	Hardware Memory Tagging & Speculative Load Hardening Gate	Asynchronous MTE tag checking mode (VF-MTE-SLH-001), missing compiler SLH flags (VF-MTE-SLH-002), predictable tag entropy (VF-MTE-SLH-003), LAM boundary bypass (VF-MTE-SLH-004), stale tag retention on heap free (VF-MTE-SLH-005), suppressed SEGV_MTESERR signal handler (VF-MTE-SLH-006), speculative tag check bypass (VF-MTE-SLH-007), and unlogged FAR_EL1/ESR_EL1 registers (VF-MTE-SLH-008)	Automated MemoryTaggingSecurityPolicy synthesis, PR_MTE_TCF_SYNC synchronous mode, -mspeculative-load-hardening with CSDB barriers, hardware IRG entropy seed, LAM-57 pointer validation, STZG tag zeroization on free, fail-closed fault termination, and signed telemetry logs
38	Hardware Control-Flow Integrity & Shadow Stack Gate	Hardware shadow stack disabled (VF-CFI-001), indirect branch tracking (IBT/BTI) inactive (VF-CFI-002), weak ARM PAC key management (VF-CFI-003), shadow stack write protection violation (VF-CFI-004), #CP exception suppression (VF-CFI-005), coarse-grained target set oversizing (VF-CFI-006), unsynchronized shadow stack pointer on context switch (VF-CFI-007), and missing #CP telemetry registers (VF-CFI-008)	Automated CfiSecurityPolicy synthesis, hardware CET shadow stack enforcement, -fcf-protection=full and -mbranch-protection=standard landing pads, per-thread PAC key diversification, kernel guard pages, fail-closed #CP termination, atomic INCSSP/RSTORSSP context sync, and cryptographically chained MSR/ESR telemetry logging
39	Confidential Federated Learning & Differential Privacy Gate	Unencrypted gradient transmission & missing secure aggregation (VF-FED-001), gradient inversion & unclipped gradients (VF-FED-002), Byzantine model poisoning & Sybil manipulation (VF-FED-003), DP-SGD noise budget depletion & epsilon leakage (VF-FED-004), missing zk gradient proofs (VF-FED-005), unenforced TEE enclave coordinator attestation (VF-FED-006), stale gradient memory retention & unzeroized ephemeral masks (VF-FED-007), and missing round audit trails (VF-FED-008)	Automated FederatedLearningSecurityPolicy synthesis, SecAgg protocol enforcement (Paillier/threshold MPC), L2 gradient norm clipping, Byzantine-tolerant robust aggregation (Krum/Bulyan), DP-SGD Rényi differential privacy budget tracking, zk-SNARK Groth16 gradient attestation, TEE coordinator attestation, and cryptographically chained round telemetry
40	zkVM Execution Trace & Constraint Soundness Gate	Under-constrained polynomial execution traces (VF-ZKVM-001), unconstrained non-deterministic advice injection (VF-ZKVM-002), memory consistency permutation argument failures (VF-ZKVM-003), unbounded cycle limits and prover DoS (VF-ZKVM-004), variable-time trace polynomial evaluation (VF-ZKVM-005), prover ephemeral randomness reuse in IOP (VF-ZKVM-006), syscall boundary desynchronization (VF-ZKVM-007), and missing receipt journal attestation (VF-ZKVM-008)	Automated ZkVmSecurityPolicy synthesis, AIR transition polynomial degree clamping, cryptographic host advice preimage verification wrappers, memory permutation grand-product equality assertions, max cycle bounds and segment shard metering, constant-time NTT evaluators, host syscall digest pinning, and immutable image ID receipt assertions
41	Confidential GPU Compute Enclave & Hardware Attestation Gate	Unverified SPDM measurement quotes (VF-GPU-001), unencrypted PCIe interconnect telemetry (VF-GPU-002), bounce buffer DMA exposure (VF-GPU-003), HBM memory sanitization gaps (VF-GPU-004), driver firmware rollback (VF-GPU-005), kernel launch timing side-channels (VF-GPU-006), missing session key derivation (VF-GPU-007), and fail-open TEE fallback (VF-GPU-008)	Automated GpuEnclaveSecurityPolicy synthesis, SPDM 1.2 quote verification, AES-GCM PCIe IDE encryption, bounce buffer sanitization, HBM zeroization on context switch, monotonic counter rollback guards, and fail-closed hardware isolation
42	Distributed Ephemeral Key Rotator & ZK Erasure Gate	Forward secrecy rotation failures (VF-KEYROT-001), missing PoKD zero-knowledge proofs (VF-KEYROT-002), compiler dead-store elimination (VF-KEYROT-003), distributed ratchet split-brain (VF-KEYROT-004), predictable CSPRNG seeds (VF-KEYROT-005), timing side-channels during key erasure (VF-KEYROT-006), unchained deletion logs (VF-KEYROT-007), and paging/swap leakage (VF-KEYROT-008)	Automated EphemeralKeySecurityPolicy synthesis, Double Ratchet forward secrecy, PoKD Poseidon2 commitments, multi-pass explicit_bzero shredding, mlock memory pinning, hardware TRNG entropy pools, and cryptographic audit chaining
43	Kernel Capability Revocation & Ephemeral Syscall Confinement Gate	Ambient Linux capability retention (VF-CAPREV-001), unenforced Landlock filesystem restrictions (VF-CAPREV-002), unmonitored eBPF LSM hooks (VF-CAPREV-003), leaked file descriptors across execve (VF-CAPREV-004), missing cgroups v2 limits (VF-CAPREV-005), non-atomic privilege races (VF-CAPREV-006), unchained audit trails (VF-CAPREV-007), and fail-open execution (VF-CAPREV-008)	Automated CapabilityRevocationSecurityPolicy synthesis, PR_CAP_AMBIENT_CLEAR_ALL, Landlock ABI v3 rulesets, eBPF LSM hooks, FD_CLOEXEC enforcement, cgroups v2 pids.max=64, SECBIT_NOROOT_LOCKED, and fail-closed LSM posture
44	Kernel-Level eBPF JIT Spraying & Memory Blinded Shellcode Attestation Gate	Unblinded immediate constants (VF-EBPFJIT-001), W^X memory page protection violations (VF-EBPFJIT-002), predictable JIT memory base (VF-EBPFJIT-003), permissive unprivileged BPF (VF-EBPFJIT-004), unbounded JIT memory (VF-EBPFJIT-005), variable-time compilation & missing lfence barriers (VF-EBPFJIT-006), unchained JIT logs (VF-EBPFJIT-007), and fail-open JIT fallback (VF-EBPFJIT-008)	Automated EbpfJitSecurityPolicy synthesis, net.core.bpf_jit_blind=2 constant blinding, strict W^X page protection, 28-bit KASLR entropy, unprivileged BPF disabling, 64MB memory limit, lfence speculative barriers, and fail-closed posture
45	Firmware Supply Chain SLSA L4 Hermetic Provenance & Silicon Root-of-Trust Gate	Non-hermetic firmware build environments (VF-FW-SLSA-001), non-reproducible bit-for-bit divergence (VF-FW-SLSA-002), missing silicon PUF hardware root-of-trust (VF-FW-SLSA-003), unpinned toolchain digests (VF-FW-SLSA-004), weak fuzzy extractor helper data (VF-FW-SLSA-005), variable-time PUF response evaluation (VF-FW-SLSA-006), unsigned provenance attestations (VF-FW-SLSA-007), and fail-open bootloader fallbacks (VF-FW-SLSA-008)	Automated FirmwareSupplyChainSecurityPolicy synthesis, SLSA Level 4 hermetic container isolation, SOURCE_DATE_EPOCH reproducible timestamps, Silicon SRAM/RO PUF 256-bit entropy attestation, immutable toolchain SHA-256 digests, BCH(255,131,18) fuzzy extractor hardening, constant-time comparisons, Rekor signed provenance, and fail-closed hardware locking
46	Post-Quantum Zero-Knowledge Identity & Anonymous Credential Attestation Gate	Insecure lattice ring dimensions & sub-128-bit quantum security (VF-PQ-ZKID-001), unlinkability violation & attribute cross-correlation deanonymization (VF-PQ-ZKID-002), selective disclosure circuit under-constraint & over-disclosure (VF-PQ-ZKID-003), non-constant-time Gaussian sampling side-channels (VF-PQ-ZKID-004), credential presentation replay susceptibility (VF-PQ-ZKID-005), stale revocation accumulator witnesses (VF-PQ-ZKID-006), unbound nullifier double-spending (VF-PQ-ZKID-007), and fail-open verification fallbacks (VF-PQ-ZKID-008)	Automated PqZkIdSecurityPolicy synthesis, NIST FIPS ML-DSA / ML-KEM lattice parameter enforcement (N >= 2048, q >= 2^32), ephemeral randomized presentation blinding scalars, selective disclosure zero-knowledge polynomial constraints, constant-time discrete Gaussian sampling, freshness nonces with epoch bounding, dynamic revocation accumulator witness verification, deterministic scope-bound SHAKE-256 nullifiers, and fail-closed verification posture
47	Bio-Molecular DNA Strand Displacement Logic Circuit Formal Verification Gate	Unmitigated toehold exchange unintended gate leakage (VF-DSD-001), kinetic proofreading discrimination ratio deficit (VF-DSD-002), fluorophore unquenched reporter baseline drift (VF-DSD-003), inter-circuit domain sequence homology crosstalk (VF-DSD-004), fuel strand stoichiometric depletion DoS (VF-DSD-005), unverified oligonucleotide synthesis purity (VF-DSD-006), cascade state terminator nonce replay (VF-DSD-007), and fail-open thermal/EDTA quench posture (VF-DSD-008)	Automated DnaDsdSecurityPolicy synthesis, clamp domain toehold leak minimization (<= 1.0e-5 nM^-1 s^-1), Hopfield/Ninio kinetic proofreading waste sinks (ratio >= 100:1), dual dark quencher baseline stabilization (<= 5.0%), minimum Hamming distance (>= 6 nt) orthogonality enforcement, auto-replenished fuel strand stoichiometry (>= 10:1), HPLC/PAGE oligonucleotide attestation (> 98.0%), cascade state terminator nonces (<= 1800s), and fail-closed emergency EDTA/thermal quench protocol

🛠️ 53 Core MCP Security Tools

🛠️ 53 Core MCP Security Tools (Click to toggle / 접기·펼치기)

VulnForge MCP exposes 53 specialized security audit tools (74 registered tools total) to your AI agent:

vulnforge_audit_web:
- Analyzes HTTP response headers, cookie flags, and DOM client code.
- Computes an automated Security Score (0 to 100) and outputs prioritized CWE findings.
vulnforge_audit_api:
- Inspects route definitions (Express, Fastify, Next.js) or OpenAPI specifications.
- Flags BOLA/IDOR patterns, missing auth middleware, and mass assignment risks.
vulnforge_audit_db:
- Evaluates SQL queries and ORM calls (Sequelize, Prisma, TypeORM, Knex, Mongoose).
- Identifies raw string concatenation, unescaped interpolations, and NoSQL injection vectors.
vulnforge_audit_graphql:
- Deep inspection of GraphQL schemas, type definitions, resolvers, query payloads, and server configs (Apollo Server, Yoga, Express GraphQL).
- Detects introspection enabled in production, cyclic nested query DoS, array batching complexity abuse, sensitive resolver fields (passwordHash, ssn, token) lacking auth, and debug stack trace leaks.
- Produces automated defensive patch suggestions and mitigation strategies.
vulnforge_audit_cicd:
- Static analysis of CI/CD pipeline definitions (GitHub Actions .github/workflows/*.yml and GitLab CI .gitlab-ci.yml).
- Detects untrusted PR checkouts (pull_request_target with untrusted SHA), missing or wildcard permissions (permissions: write-all), unpinned third-party actions, context expression script injections in run: steps, plaintext tokens/keys, and insecure OIDC trust configurations.
- Generates automated patch recommendations to enforce least-privilege pipeline policies.
vulnforge_audit_container:
- Static analysis of Dockerfiles and Kubernetes manifests (Deployments, Pods, StatefulSets, DaemonSets, Roles, ClusterRoles).
- Evaluates multi-stage build hygiene, missing non-root USER directives (root container execution), dangerous capabilities (CAP_SYS_ADMIN, CAP_NET_ADMIN), and mutable/unpinned image tags (:latest).
- Evaluates Kubernetes manifests against PodSecurity Standards (PSS restricted), flagging missing securityContext, allowPrivilegeEscalation: true, missing read-only root filesystems, and unconstrained RBAC wildcards (verbs: ["*"], resources: ["*"]).
- Synthesizes automated drop-in hardening patches (PSS-compliant securityContext blocks and least-privilege RBAC Role definitions).
vulnforge_audit_ebpf:
- Deep inspection of eBPF C programs, Falco rules, Tetragon policies, and Seccomp profiles for kernel verifier safety and active process kill enforcements.
vulnforge_fuzz_api:
- Dynamic feedback-guided API mutation fuzzing (boundary values, type mismatches, prototype pollution probes) to uncover unhandled crashes and input validation gaps.
vulnforge_audit_iam:
- Audits AWS IAM JSON/Terraform policies, GCP IAM bindings, Azure RBAC roles, and Zero Trust access controls for wildcard actions, over-scoped resources, privilege escalation, and missing TLS/MFA conditions.
vulnforge_audit_vault:

Audits HashiCorp Vault, AWS Secrets Manager, Azure Key Vault, GCP Secret Manager, and Kubernetes KMS configurations for rotation intervals, weak RSA keys, unencrypted storage, excessive TTLs, and Shamir single-point-of-failure thresholds.
Generates automated rotation stanzas, least-privilege policies, and TLS/KMS hardening patches with canary validation.

vulnforge_audit_sbom:

Audits CycloneDX (v1.4/1.5 JSON/XML), SPDX (v2.2/2.3 JSON/Tag-Value), npm (package.json, package-lock.json), Cargo (Cargo.toml, Cargo.lock), and Python (requirements.txt, pyproject.toml) manifests.
Detects dependency confusion across internal scopes, typosquatting vectors (Levenshtein distance heuristic against top 1,000 packages), unpinned wildcards, dangerous install scripts (preinstall/postinstall), mutable Git references, missing lockfile integrity hashes, and NTIA EO 14028 minimum elements non-compliance.
Synthesizes automated drop-in hardening patches (.npmrc scoped registries, ignore-scripts=true, version pinning, canonical package substitution) and canary sandbox validation.
Parameters: content (string, optional raw manifest text), filePath (string, optional path to file), format (optional string), internalScopes (optional array of scopes), maxTyposquatDistance (integer, default 2).

vulnforge_audit_cosign:

Audits container images, Cosign signatures (.sig), Sigstore bundles (.sigstore.json), In-Toto SLSA provenance (.att), Rekor transparency logs, and Kubernetes Kyverno/Gatekeeper admission policies.
Detects unsigned images, keyless OIDC identity mismatches (Fulcio SAN), missing Rekor transparency log proofs, missing SLSA provenance levels, expired signing certificates, weak signature algorithms, mutable image tags lacking immutable SHA-256 digest pins, and permissive admission controller bypasses (validationFailureAction: audit).
Synthesizes automated drop-in hardening patches (Kyverno ClusterPolicies with validationFailureAction: Enforce, Gatekeeper constraints, and immutable @sha256:... digest pinning) with dual canary sandbox validation.
Parameters: content (string, optional raw payload/policy text), filePath (string, optional path to file), format (optional string), imageReference (optional string), keylessConfig (optional object), strictRekor (boolean, default false), requireSlsa (boolean, default false).

vulnforge_audit_wasm_ebpf:

Deep inspection of WebAssembly runtime configurations (WasmEdge, Wasmtime, Wasmer, Envoy proxy-wasm filters), eBPF-to-Wasm hostcall bridges, and distributed host telemetry streams.
Detects unbounded linear memory growth, overprivileged WASI root preopens, missing execution fuel limits, unpinned Wasm module digests, dropped kernel telemetry without counters, plaintext credential leakage in argv, insecure shared memory state, and unconfined host root privileges.
Correlates multi-host causal attack chains (dropper downloads, namespace unshare privesc, interactive reverse shells) and applies automated credential scrubbing.
Parameters: content (string, optional raw config or manifest), filePath (string, optional path to file), format (optional string), telemetryEvents (optional array or JSON lines string), strictCorrelation (boolean, default true), sanitizeTelemetry (boolean, default true).

vulnforge_audit_microsegmentation:

Deep inspection of CiliumNetworkPolicy, Kubernetes NetworkPolicy, Calico specifications, and eBPF kernel flow telemetry streams (Cilium Hubble / flow logs).
Detects permissive ingress wildcards (CWE-284/CWE-923), unrestricted cloud metadata API access (169.254.169.254 / CWE-200), missing default-deny isolation (CWE-276), unencrypted cross-node pod-to-pod traffic (CWE-319), permissive host namespace access (CWE-269), unrestricted egress wildcards (CWE-668), unmonitored cross-namespace flows (CWE-778), and missing L7 protocol enforcement (CWE-284).
Automatically synthesizes least-privilege Cilium and Kubernetes NetworkPolicies directly from observed eBPF kernel flow telemetry events.
Synthesizes automated drop-in hardening patches (default-deny rules, metadata CIDR blocks, L7 HTTP method/path filters, WireGuard annotations) with dual canary sandbox validation.
Parameters: content (string, optional raw policy YAML text), filePath (string, optional path to file), format (optional string), flowTelemetryStream (optional array or JSON lines string), strictIngress (boolean, default true), blockCloudMetadata (boolean, default true).

vulnforge_audit_zkp_gateway:

Deep inspection of Zero-Knowledge Proof circuits (Circom/Groth16, Plonk, Halo2), Solidity on-chain verifiers, W3C Verifiable Credentials, and DID API attestation gateways.
Detects under-constrained signal assignments (<-- / CWE-682), unvalidated public inputs out of scalar modulus bounds (CWE-20), nullifier double-spending replay attacks (CWE-294/CWE-324), mock verifier bypass flags (isMock: true / CWE-284), unpinned remote verification keys (CWE-345), missing W3C VC revocationStatus registries (CWE-295), expired proof lifetimes (CWE-613), and incomplete Fiat-Shamir transcript bindings (CWE-327).
Automatically synthesizes least-privilege Zero-Knowledge Attestation Gateway Policies (ZkpAttestationGatewayPolicy) and drop-in constraint hardening patches (<==, public array bounds, atomic nullifier stores, pairing check enforcements).
Parameters: content (string, optional raw circuit or config), filePath (string, optional path), format (optional string), proofPayload (optional object), enforceNullifierTracking (boolean, default true), enforcePairingCheck (boolean, default true), maxProofAgeSeconds (number, default 300).

vulnforge_audit_model_supply_chain:

Deep inspection of AI model supply chains, Safetensors tensor headers, PyTorch pickle deserialization opcodes (CWE-502), and model hub provenance configs across 8 critical vectors (CWE-502, CWE-345, CWE-20, CWE-494, CWE-295, CWE-829, CWE-200, CWE-778).
Parameters: content (string), filePath (string, optional), format (optional string), modelRepoId (optional string), commitSha (optional string), enforceSafetensorsOnly (boolean, default true), disallowRemoteCode (boolean, default true), maxHeaderSizeBytes (number, default 104857600).

vulnforge_audit_intoto:

Deep inspection of In-toto supply chain metadata, root layouts, step links, DSSE cryptographic envelopes, and SLSA provenance predicates across 8 critical vulnerability vectors (CWE-347, CWE-353, CWE-829, CWE-778, CWE-284, CWE-20, CWE-613, CWE-200).
Verifies material-to-product cryptographic digest continuity, anchors attestations with Sigstore Rekor Signed Entry Timestamp (SET) proofs, enforces immutable builder commit SHA pinning, and auto-masks sensitive environment secrets.
Parameters: content (string), filePath (string, optional), format (optional string), layoutContent (optional string), linkContent (optional string), strictRekor (boolean, default true), requireSlsaL3 (boolean, default true).

vulnforge_audit_kms_hsm:

Deep inspection of Multi-Tenant Key Management Service (KMS) key derivation, envelope encryption architectures, Cloud KMS lifecycles (AWS KMS, GCP Cloud KMS, Azure Managed HSM, PKCS#11), and Hardware Security Module (HSM) remote attestation statements across 8 critical vulnerability vectors (CWE-320, CWE-284, CWE-295, CWE-732, CWE-361, CWE-327, CWE-522, CWE-778).
Validates HKDF-SHA256 entropy and iteration baselines, enforces mandatory tenant context binding in Additional Authenticated Data (AAD) or EncryptionContext, verifies hardware-rooted remote attestation quotes (FIPS 140-3 Level 3 boundary), audits annual key rotation policies, purges plaintext DEKs with immediate zeroization, and enforces dual-custody approval quorums.
Parameters: content (string), filePath (string, optional), format (optional string), tenantId (optional string), enforceHsmAttestation (boolean, default true), requireTenantAad (boolean, default true).

vulnforge_fuzz_wasm_runtime:

Automated differential mutation fuzzing and security auditing across WebAssembly runtimes (Wasmtime, Wasmer, WasmEdge), WASI capability manifests, and WAT modules.
Evaluates 8 core vulnerability vectors: unbounded linear memory drift (CWE-119), overprivileged WASI root preopens (CWE-284), missing fuel metering & epoch timeouts (CWE-400), unvalidated allocation growth (CWE-770), cross-engine differential divergence (CWE-698), insecure shared memory concurrency (CWE-362), missing memory zeroization on instance reset (CWE-459), and absent crash telemetry logging (CWE-778).
Synthesizes automated DifferentialFuzzPolicy manifests, drop-in hardening patches (memory page clamps, scoped ephemeral preopens, fuel limits, and zeroization hooks), and executes isolated dual-phase canary verification via MockWasmFuzzHarness.
Parameters: content (string), filePath (string, optional), format (optional string), watContent (optional string), fuzzSpecContent (optional string), mutationRounds (number, default 10), strictPreopens (boolean, default true), strictDifferential (boolean, default true).

vulnforge_audit_p2p_gossip:

Deep inspection of P2P gossip protocols (libp2p GossipSub, Plumtree, epidemic multicast), decentralized policy revocation manifests, and distributed transparency logs across 8 critical vulnerability vectors (CWE-347, CWE-284, CWE-294, CWE-362, CWE-400, CWE-353, CWE-200, CWE-754).
Validates Ed25519/ECDSA message signatures, enforces Byzantine Fault Tolerant (BFT) 2f+1 quorum bounds, verifies monotonic Lamport sequence counters, audits Merkle tree audit path inclusion proofs, enforces message rate limits and size clamps, and mandates fail-secure cached local state fallback on network partition.
Parameters: content (string), filePath (string, optional), format (optional string), topic (optional string), requireSignatures (boolean, default true), minQuorumFraction (number, default 0.67).

vulnforge_audit_pqc:

Post-Quantum Cryptography (PQC) & ML-KEM Hybrid Key Encapsulation Auditor: Detects classical-only cryptography, missing FIPS 203 ML-KEM/Kyber hybrid encapsulation in TLS 1.3/SSH, weak parameter sets, decapsulation timing leakage, missing HKDF domain separation, unzeroized ephemeral secrets, and unsafe fallback.
Synthesizes automated PqcMigrationPolicy manifests, constant-time decapsulation wrappers, HKDF dual-PRF domain separation, and secure ephemeral secret zeroization patches with MockPqcHarness canary verification.
Parameters: content (string), filePath (string, optional), format (optional string), enforceHybridKem (boolean, default true), minSecurityCategory (number, default 3), strictConstantTime (boolean, default true), requireSecretZeroization (boolean, default true).

vulnforge_audit_tee:

Confidential Computing & TEE Remote Attestation Auditor: Detects unverified hardware quotes (Intel SGX, AMD SEV-SNP, AWS Nitro), measurement drift, outdated TCB microcode, insecure sealed secret derivation, unbounded EPC memory, cache timing side-channels, missing replay nonces, and unsanitized ECALL boundaries.
Synthesizes automated TeeAttestationPolicy manifests, strict TCB evaluation guards, MRENCLAVE/MRSIGNER key policy binding, EPC memory limits, and cache timing sanitization patches with MockTeeHarness canary verification.
Parameters: content (string), filePath (string, optional), format (optional string), allowedMeasurementDigests (optional string array), strictHardwareRoot (boolean, default true), strictTcb (boolean, default true), strictNonce (boolean, default true).

vulnforge_audit_zeroday:

Real-time Zero-Day threat graph correlation, ephemeral micro-VM exploit containment, and eBPF dynamic mitigation policy distribution.
Evaluates causal attack graph node transitions, zero-day exploit payload synthesis, memory corruption heuristics, dynamic eBPF XDP/TC mitigation filters, and hypervisor-level micro-VM execution boundaries.
Synthesizes automated ZeroDayDefensePolicy manifests, drop-in kernel mitigation patches, and executes isolated dual-phase canary verification via MockZeroDayHarness.
Parameters: content (string), filePath (string, optional), format (optional string), strictContainment (boolean, default true), enableEbpfMitigation (boolean, default true), microVmTimeoutMs (number, default 5000).

vulnforge_audit_ebpf_speculative:

Audits eBPF C programs, bytecode disassembly, kernel sysctl configs, and speculative execution policies for Spectre v1/v2/v4 gadgets, side-channel leaks, and JIT spraying vulnerabilities (M28).
Generates automated array index masking patches, memory barriers, retpoline wrappers, stack zeroization, and hardened sysctl configurations.

vulnforge_audit_llm_guard:

Audits system prompts, agent tool call schemas, guardrail policies, adversarial jailbreaks, and output filter specifications against direct/indirect prompt injections, unconstrained execution, and data leaks.
Generates dynamic boundary mutation fuzz suites, validates robustness scores, and synthesizes automated LLM defense policies.

vulnforge_audit_microvm:

Audits Firecracker micro-VM configurations, gVisor runsc sandbox specs, and ephemeral container attestation bundles against hypervisor isolation escapes, unconstrained ballooning memory drift, permissive socket permissions, and unpinned guest rootfs images.
Evaluates 8 core isolation vulnerability vectors (VF-MICROVM-001 through 008) including jailer boundary escapes, SMT core scheduling side-channel leakage, unzeroized teardown memory residual leaks, and fail-open crash watchdog handlers.
Synthesizes automated MicroVmIsolationPolicy manifests, drop-in jailer configuration patches (UID/GID drops, chroot enforcement, cgroups v2 caps, dm-verity rootfs SHA-256 pins), and executes isolated dual-phase canary verification via MockMicroVmHarness.
Parameters: content (string), filePath (string, optional), format (optional string), enforceJailer (boolean, default true), strictMemoryBallooning (boolean, default true), requireDmVerity (boolean, default true), strictSocketPerms (boolean, default true).

vulnforge_audit_mpc:

Static and dynamic security analysis of Decentralized Multi-Party Computation (MPC) Key Sharding, Distributed Key Generation (DKG), and Threshold Signature Scheme (TSS/FROST) configurations.
Audits for 8 critical MPC vulnerability vectors: threshold parameter misconfiguration (CWE-320), missing Proof of Possession / rogue key attacks (CWE-347), stale key shards lacking Proactive Secret Sharing (CWE-324), reused ephemeral nonces in signing sessions (CWE-385), unencrypted P2P share transfer (CWE-319), unverified secret sharing commitments (CWE-354), partial signature verification bypass (CWE-284), and unhandled Byzantine dropouts (CWE-754).
Synthesizes calibrated MpcThresholdPolicy definitions and automated defense patches with dual-phase canary verification.

vulnforge_inject_patch:

Takes vulnerable code and automatically synthesizes a secure drop-in replacement with unified git diff and optional canary verification.

vulnforge_verify_patch:

Executes isolated Canary Sandbox verification on synthesized or custom defensive patches using native Node.js vm.
Runs dual-phase validation: Phase 1 evaluates attack payload containment (confirms exploit is blocked); Phase 2 evaluates benign functional input (ensures zero regression).
Returns structured CanaryVerificationReport (VERIFIED_SAFE, ATTACK_LEAKED, REGRESSION_DETECTED, SYNTAX_ERROR, SANDBOX_TIMEOUT).

vulnforge_full_scan:

Executes an end-to-end 360-degree security audit across Web, API, Database, GraphQL, CI/CD, Container/Kubernetes, eBPF, Dynamic API Fuzzing, Cloud IAM, Cryptographic Vaults, Supply Chain SBOM, Cosign Signature Attestation, WebAssembly eBPF Telemetry, Distributed eBPF Microsegmentation, Zero-Knowledge Proof Attestation Gateway, AI Model Supply Chain, In-Toto Supply Chain Attestation Framework, Multi-Tenant KMS & HSM Attestation, WebAssembly Sandbox Runtime Fuzzing, P2P Gossip & Transparency Sync, Post-Quantum Cryptography & ML-KEM Hybrid Key Encapsulation Gate, Confidential Computing TEE Remote Attestation & Enclave Boundary Verification Gate, Autonomous Real-Time Zero-Day Threat Graph & Dynamic Exploit Defense Synthesizer, Autonomous eBPF Kernel Memory Side-Channel & Speculative Execution Guard, Automated LLM Guardrail & Prompt Injection Dynamic Fuzzing Gate, Automated Micro-VM Isolation & Ephemeral Sandbox Attestation Gate, and Decentralized MPC Key Sharding & Threshold Signature Gate layers simultaneously with automated patch synthesis and canary verification.

vulnforge_audit_lattice_firmware:

Deep inspection of Quantum-Safe Hardware Security Module (HSM) and Secure Boot firmware attestation manifests, FIPS 204 ML-DSA / Dilithium signatures, and hardware trust chains.
Audits for 8 critical vulnerability vectors: classical RSA/ECDSA-only signatures (CWE-327 / CWE-347), missing hardware-enforced write protection (CWE-284), anti-rollback counter bypass (CWE-345), variable-time lattice verification side-channels (CWE-385), unpinned Root of Trust keys (CWE-295), unzeroized signature staging buffers (CWE-459 / CWE-226), missing measurement quote telemetry (CWE-778), and fail-open signature verification fallback (CWE-754).
Synthesizes automated LatticeFirmwarePolicy definitions and drop-in hardening patches with dual-phase canary verification.

vulnforge_audit_smart_contract:

Audits EVM / Wasm smart contracts and bytecode against 8 critical vulnerability vectors (reentrancy, integer overflow, MEV front-running, flash loan oracle manipulation, unprotected selfdestruct, weak randomness, unchecked call return values, gas limit loops).
Integrates symbolic execution SMT constraint solvers, dynamic boundary fuzzing suites, and synthesizes automated AST-level OpenZeppelin hardening patches with canary verification.

vulnforge_audit_service_mesh:

Deep inspection of Multi-Cloud Service Mesh configurations (Istio PeerAuthentication, Envoy proxy configs, SPIFFE/SPIRE attestation manifests, and Consul Connect).
Audits for 8 critical vulnerability vectors: permissive mTLS mode (CWE-319), unvalidated SPIFFE ID SANs (CWE-284), stale X.509 SVID rotation exceeding 24 hours (CWE-613), insecure SPIRE agent socket permissions (CWE-200), unauthenticated multi-cloud federation (CWE-347), deprecated TLS ciphers (CWE-327), permissive AuthorizationPolicy wildcards (CWE-284), and exposed Envoy admin endpoints without access logging (CWE-778).
Synthesizes calibrated ServiceMeshPolicy definitions, drop-in hardening patches (STRICT mTLS, SAN pinning, 12h rotation, 0600 socket permissions), and executes dual-phase canary verification via MockMeshHarness.

vulnforge_audit_coprocessor:

Deep inspection of Bare-Metal Multi-Tenant Kernel Microsegmentation and Hardware Security Co-Processor (DPU/IPU/SmartNIC) acceleration policies.
Audits for 8 critical vulnerability vectors: direct memory bypass & unbounded DMA access (CWE-284/CWE-119), unauthenticated hardware command ring submission (CWE-347), kernel eBPF TC/XDP offload hook shadowing (CWE-693), co-processor TCAM flow table exhaustion DoS (CWE-400), HSM enclave key context leakage on unbind (CWE-320/CWE-208), TOCTOU policy desynchronization (CWE-362), insecure fail-open link flap defaults (CWE-754), and unchained hardware audit logs (CWE-778).
Synthesizes calibrated CoProcessorSecurityPolicy definitions, drop-in patches (IOMMU stage-2 translation, HMAC-signed rings, per-tenant TCAM quotas, context zeroization, fail-secure lockdown), and executes dual-phase canary verification via MockCoProcessorHarness.

vulnforge_audit_agent_sandbox:

Deep inspection of AI Agent Tool Execution environments, Seccomp-BPF profiles, Landlock LSM rules, and dynamic Linux capability drop configurations.
Audits for 8 critical vulnerability vectors: unconstrained capability retention (CWE-250/269), missing seccomp syscall filters (CWE-284/693), ephemeral FD/socket descriptor leaks (CWE-403/200), unconfined filesystem traversal (CWE-22/59), missing cgroup v2 resource limits (CWE-400/770), unfiltered network egress to cloud metadata (CWE-319/923), TOCTOU workspace bind-mount races (CWE-367/362), and unaudited command execution without cryptographic signatures (CWE-778/353).
Synthesizes calibrated AgentSandboxSecurityPolicy definitions, drop-in hardening patches, and executes dual-phase canary verification via MockZkVmHarness, MockFederatedHarness, MockCfiHarness, MockAgentSandboxHarness.

vulnforge_audit_smm_bmc:

Hardware root-of-trust remote attestation and static/dynamic security auditing for Server Motherboard Baseboard Management Controllers (BMCs), OpenBMC Redfish endpoints, UEFI System Management Mode (SMM) memory corruption, and SPI flash controllers.
Audits for 8 critical vulnerability vectors: SMRR range register misconfiguration and SMRAM cache poisoning (CWE-119 / CWE-787), untrusted SMI handler communication buffer pointer callouts (CWE-822 / CWE-20), missing SMM LockBox protection and DxeSmmReadyToLock bypass (CWE-284 / CWE-276), SPI flash BIOS write protection disabled and insecure BIOS_CNTL SMM_BWP / BLE bits (CWE-345 / CWE-353), BMC remote attestation failure and weak Redfish SPDM authentication (CWE-295 / CWE-327), host-to-BMC overprivileged IPMI KCS / BT interface access (CWE-284 / CWE-250), firmware anti-rollback monotonic counter downgrade vulnerability (CWE-613 / CWE-324), and unmeasured SMM driver execution lacking TPM PCR0 measurement & TCG event log records (CWE-778 / CWE-353).
Synthesizes calibrated SmmBmcSecurityPolicy definitions, drop-in hardening patches (SMRR Lock, SmmIsBufferOutsideSmmValid checks, DxeSmmReadyToLock callbacks, BIOS_CNTL SMM_BWP enforcement, SPDM attestation, KCS command whitelisting, monotonic counters, and TPM PCR0 extensions), and executes dual-phase canary verification via MockSmmBmcHarness.

vulnforge_audit_confidential_ai:

Deep inspection of Confidential AI inference policies, TEE enclave manifests (Intel SGX, AMD SEV-SNP, NVIDIA CC, AWS Nitro), model weight protection specs, and token stream configurations.
Audits for 8 critical vulnerability vectors: missing hardware-rooted TEE remote attestation and unverified quotes (CWE-295 / CWE-347), plaintext model weight decryption in host memory (CWE-320 / CWE-200), unencrypted prompt and token stream IPC lacking in-enclave RA-TLS 1.3 termination (CWE-319 / CWE-208), unbounded KV-cache memory growth without encrypted EPC paging (CWE-119 / CWE-400), absent residual memory zeroization of intermediate activations on session teardown (CWE-459 / CWE-226), variable-time token decoding timing side-channels (CWE-208 / CWE-385), permissive multi-tenant context sharing lacking cryptographic tenant AAD tagging (CWE-284 / CWE-269), and unmeasured model configuration execution lacking PCR digest logging (CWE-778 / CWE-353).
Synthesizes calibrated ConfidentialAiSecurityPolicy definitions, drop-in hardening patches (TEE quote validation, in-enclave HKDF weight unwrapping, RA-TLS 1.3 endpoints, KV-cache page limits, volatile zeroization hooks, constant-rate tick quantizing, tenant AAD tagging, and PCR extensions), and executes dual-phase canary verification via MockConfidentialAiHarness.

vulnforge_audit_pq_rollup:

Deep inspection of Post-Quantum Zero-Knowledge Rollup state machines, STARK circuit definitions (FRI protocol), multi-party sequencer quorum consensus configs, and data availability (DA) attestation manifests.
Audits for 8 critical vulnerability vectors: classical pairing cryptography lacking post-quantum FRI transition (CWE-327 / CWE-347), under-constrained state transition polynomials & balance conservation bypass (CWE-682 / CWE-20), unauthenticated sequencer batch injection (CWE-284 / CWE-294), data availability withholding & truncated challenge windows (CWE-400 / CWE-770), variable-time polynomial evaluation & FRI timing side-channels (CWE-385 / CWE-208), compromised escape hatch / force-inclusion mechanics (CWE-354 / CWE-353), prover ephemeral nonce reuse & unzeroized quotient memory (CWE-320 / CWE-459), and missing cryptographic state root attestations with fail-open fallback (CWE-778 / CWE-754).
Synthesizes calibrated PqRollupSecurityPolicy definitions, drop-in hardening patches (STARK FRI enforcement, conservation-of-balance polynomial constraints, threshold sequencer quorums, DA blob proofs, constant-time NTT, L1 force-inclusion escape hatches, and quotient memory zeroization), and executes dual-phase canary verification via MockPqRollupHarness.

vulnforge_audit_memory_tagging:

Deep inspection of Hardware-Rooted Memory Tagging (ARM MTE / Intel LAM) architectures, Speculative Load Hardening (SLH) compiler options, and privileged hardware fault telemetry configurations.
Audits for 8 critical vulnerability vectors: asynchronous MTE tag checking mode (CWE-119 / CWE-787), missing compiler SLH flags and unhardened speculative branch gadgets (CWE-203 / CWE-385), predictable pointer tag generation and insufficient entropy (CWE-320 / CWE-330), untagged foreign pointer dereference and LAM-57 boundary bypass (CWE-284 / CWE-200), stale memory tag retention and missing STG/STZG tag zeroization on heap free (CWE-416 / CWE-459), suppressed SEGV_MTESERR signal handler execution (CWE-693 / CWE-276), speculative load bypass of tag check verification (CWE-698 / CWE-459), and missing hardware tag violation telemetry & unaudited FAR_EL1/ESR_EL1 registers (CWE-778 / CWE-754).
Synthesizes calibrated MemoryTaggingSecurityPolicy definitions, drop-in hardening patches (PR_MTE_TCF_SYNC synchronous checking, -mspeculative-load-hardening with CSDB barriers, hardware IRG entropy seeds, LAM-57 pointer validation, STZG tag zeroization on heap free, fail-closed fault termination, and signed telemetry logs), and executes dual-phase canary verification via MockMemoryTaggingHarness.

vulnforge_audit_cfi:

Deep inspection of Hardware-Assisted Control-Flow Integrity (Intel CET / ARM BTI & PAC) configurations, shadow stack allocations, compiler flags (-fcf-protection=full, -mbranch-protection=standard), binary ELF/PE security attributes, and hardware #CP exception telemetry.
Audits for 8 critical vulnerability vectors: hardware shadow stack disabled or unenforced (CWE-691 / CWE-674), indirect branch tracking (IBT) / branch target identification (BTI) inactive (CWE-691 / CWE-284), weak pointer authentication key management (CWE-320 / CWE-327), shadow stack memory protection violation and missing guard pages (CWE-119 / CWE-787), insecure CET/BTI exception handling and fault suppression (CWE-693 / CWE-276), forward-edge coarse-grained label relaxation and target set oversizing (CWE-698 / CWE-362), unsynchronized shadow stack pointer (SSP) on context switch or longjmp (CWE-459 / CWE-226), and missing hardware control-flow violation telemetry and unaudited #CP registers (CWE-778 / CWE-754).
Synthesizes calibrated CfiSecurityPolicy definitions, drop-in hardening patches (Intel CET-SS enforcement, -fcf-protection=full with ENDBR64 landing pads, ARM BTI with BTI_JC, PACIA/PACIB key diversification, kernel guard page allocation, fail-closed #CP termination, atomic INCSSP/RSTORSSP restoration, and signed telemetry logs), and executes dual-phase canary verification via MockCfiHarness.

vulnforge_audit_federated_learning:

Deep inspection of Confidential Federated Learning aggregation protocols, gradient clipping manifests, differential privacy noise budgets, zk-SNARK gradient proof manifests, and TEE coordinator attestation quotes.
Audits for 8 critical vulnerability vectors: unencrypted gradient transmission & missing secure aggregation (CWE-327 / CWE-319), gradient inversion vulnerability & unclipped gradients (CWE-200 / CWE-359), Byzantine model poisoning & Sybil client manipulation (CWE-353 / CWE-20), differential privacy noise budget depletion & epsilon leakage (CWE-200 / CWE-320), missing zero-knowledge gradient proofs (CWE-347 / CWE-353), unenforced confidential computing hardware attestation (CWE-284 / CWE-269), stale gradient memory retention & absent ephemeral mask zeroization (CWE-459 / CWE-226), and missing federated round cryptographic audit trail & client drift telemetry (CWE-778 / CWE-754).
Synthesizes calibrated FederatedLearningSecurityPolicy definitions, drop-in hardening patches (SecAgg Paillier/MPC protocols, dynamic L2 gradient clipping, Krum Byzantine-robust aggregation, DP-SGD Gaussian noise injection with Rényi DP tracking, zk-SNARK Groth16 proof verifier, TEE remote attestation quote validation, ephemeral mask zeroization hooks, and SHA-256 chained round telemetry), and executes dual-phase canary verification via MockFederatedHarness.

vulnforge_audit_zkvm:

Deep inspection of Zero-Knowledge Virtual Machine (zkVM) execution traces (RISC Zero, Succinct SP1), Algebraic Intermediate Representation (AIR) polynomial constraints, memory argument permutations, and guest receipt journals.
Audits for 8 critical vulnerability vectors: under-constrained polynomial execution traces (CWE-682 / CWE-20), unconstrained non-deterministic advice injection (CWE-284 / CWE-324), memory consistency permutation argument failures (CWE-353 / CWE-347), unbounded cycle limits and prover resource exhaustion (CWE-400 / CWE-770), variable-time trace polynomial evaluation & cache timing side-channels (CWE-385 / CWE-208), prover ephemeral randomness reuse in STARK/SNARK IOP (CWE-320 / CWE-459), syscall boundary desynchronization & host bridge privilege escalation (CWE-693 / CWE-276), and missing receipt journal attestation & unchecked image ID verification (CWE-778 / CWE-754).
Synthesizes calibrated ZkVmSecurityPolicy definitions, drop-in hardening patches (AIR transition polynomial degree clamping, cryptographic host advice preimage verification wrappers, memory permutation grand-product equality assertions, max cycle bounds and segment shard metering, constant-time NTT evaluators, transcript epoch nonce diversification, host syscall digest pinning, and immutable image ID receipt assertions), and executes dual-phase canary verification via MockZkVmHarness.

vulnforge_audit_gpu_enclave:

Deep inspection of Confidential GPU Compute Enclaves (NVIDIA H100/B200 Hopper/Blackwell Confidential Computing, AMD Instinct TEE), SPDM/RIM attestation policies, and PCIe IDE encryption.
Audits for 8 critical vulnerability vectors: unverified SPDM hardware measurement quotes (VF-GPU-001), plaintext PCIe interconnect telemetry leakage (VF-GPU-002), GPU bounce buffer DMA exposure (VF-GPU-003), HBM memory sanitization gaps across tenant context switches (VF-GPU-004), driver firmware rollback attacks (VF-GPU-005), variable-time kernel launch timing side-channels (VF-GPU-006), missing hardware-isolated session key derivation (VF-GPU-007), and fail-open TEE fallback policies (VF-GPU-008).
Synthesizes calibrated GpuEnclaveSecurityPolicy definitions, drop-in hardening patches, and executes dual-phase canary verification via MockGpuEnclaveHarness.

vulnforge_audit_ephemeral_key:

Deep inspection of Distributed Ephemeral Key Rotator topologies, Forward Secrecy Double Ratchet states, Zero-Knowledge Proof of Key Deletion (PoKD) circuits, and kernel-level multi-pass physical memory shredding policies.
Audits for 8 critical vulnerability vectors: forward secrecy rotation failures & static session key reuse (VF-KEYROT-001), unverified ephemeral key deletion & missing PoKD proofs (VF-KEYROT-002), compiler dead-store elimination of memory sanitization passes (VF-KEYROT-003), distributed ratchet split-brain epochs (VF-KEYROT-004), predictable CSPRNG entropy pool seeds (VF-KEYROT-005), timing side-channels during key erasure memory sweeps (VF-KEYROT-006), unchained key deletion audit logs (VF-KEYROT-007), and paging/swap leakage of unpinned ephemeral keys (VF-KEYROT-008).
Synthesizes calibrated EphemeralKeySecurityPolicy definitions, drop-in hardening patches (mlock memory pinning, explicit_bzero wiping, PoKD Poseidon2 commitments, and fail-secure rotation), and executes dual-phase canary verification via MockEphemeralKeyHarness.

vulnforge_audit_capability_revocation:

Deep inspection of Autonomous Kernel Capability Revocation policies, Linux Landlock LSM confinement rulesets, Seccomp-BPF filters, and transient syscall boundary restrictions.
Audits for 8 critical vulnerability vectors: un-dropped ambient Linux capabilities & PR_CAP_AMBIENT retention (VF-CAPREV-001), unenforced Landlock filesystem restrictions & path traversal escapes (VF-CAPREV-002), unmonitored eBPF LSM syscall hooks (VF-CAPREV-003), leaked file descriptors across fork/execve without O_CLOEXEC (VF-CAPREV-004), missing cgroups v2 pids.max / memory throttling (VF-CAPREV-005), non-atomic privilege transition races across threads (VF-CAPREV-006), unchained capability drop audit trails (VF-CAPREV-007), and fail-open execution on unsupported LSM kernels (VF-CAPREV-008).
Synthesizes calibrated CapabilityRevocationSecurityPolicy definitions, drop-in C/Go/Rust hardening patches, and executes dual-phase canary verification via MockCapabilityRevocationHarness.

vulnforge_audit_ebpf_jit:

Deep inspection of Kernel-Level eBPF JIT Spraying & Memory Blinded Shellcode Attestation policies, sysctl net.core.bpf_jit_blind configurations, and unprivileged BPF confinement.
Audits for 8 critical vulnerability vectors: unblinded 32/64-bit immediate constants permitting gadget spraying (VF-EBPFJIT-001), W^X memory page protection violations during JIT allocation (VF-EBPFJIT-002), predictable JIT memory base address & low KASLR entropy (VF-EBPFJIT-003), permissive unprivileged eBPF JIT execution (VF-EBPFJIT-004), unbounded JIT memory allocation DoS (VF-EBPFJIT-005), variable-time JIT compilation & missing lfence speculation barriers (VF-EBPFJIT-006), unchained JIT compilation event logs (VF-EBPFJIT-007), and fail-open JIT fallback on unsupported CPU architectures (VF-EBPFJIT-008).
Synthesizes calibrated EbpfJitSecurityPolicy definitions, drop-in hardening patches (net.core.bpf_jit_blind=2, strict W^X memory transitions, KASLR randomization, lfence injection), and executes dual-phase canary verification via MockEbpfJitHarness.

vulnforge_audit_firmware_supply_chain:

Deep inspection of Firmware Supply Chain SLSA Level 4 Hermetic Provenance, Silicon Root-of-Trust (PUF) attestation manifests, bit-for-bit reproducible build specifications, and cross-compiler toolchain digests.
Audits for 8 critical vulnerability vectors: non-hermetic firmware build environments & network egress (VF-FW-SLSA-001), non-reproducible bit-for-bit firmware divergence & unpinned SOURCE_DATE_EPOCH (VF-FW-SLSA-002), missing silicon PUF hardware root-of-trust attestation (VF-FW-SLSA-003), unpinned cross-compiler toolchain digests & mutable tags (VF-FW-SLSA-004), weak or unencrypted helper data in silicon fuzzy extractors (VF-FW-SLSA-005), variable-time PUF response comparisons & power/EM side-channels (VF-FW-SLSA-006), unsigned in-toto provenance statements & missing Rekor transparency logs (VF-FW-SLSA-007), and fail-open bootloader fallbacks on PUF verification failure (VF-FW-SLSA-008).
Synthesizes calibrated FirmwareSupplyChainSecurityPolicy definitions, drop-in hardening patches (SLSA L4 hermetic builder isolation, SOURCE_DATE_EPOCH timestamp clamping, Silicon SRAM PUF 256-bit entropy attestation, immutable toolchain SHA-256 digests, BCH(255,131,18) fuzzy extractor hardening, constant-time comparisons, Rekor signed provenance, and fail-closed bootloader locking), and executes dual-phase canary verification via MockFirmwareSupplyChainHarness.

vulnforge_audit_pq_zk_identity:

Deep inspection of Post-Quantum Zero-Knowledge Identity configurations, lattice-based anonymous credential schemas, presentation policies, selective disclosure circuits, revocation accumulators, and nullifier registries.
Audits for 8 critical vulnerability vectors: insecure lattice parameters & sub-128-bit quantum security (VF-PQ-ZKID-001), unlinkability violation & attribute cross-correlation deanonymization (VF-PQ-ZKID-002), selective disclosure circuit under-constraint & over-disclosure (VF-PQ-ZKID-003), non-constant-time Gaussian sampling timing side-channels (VF-PQ-ZKID-004), presentation replay susceptibility & missing freshness nonce (VF-PQ-ZKID-005), dynamic revocation accumulator staleness & stale witness bypass (VF-PQ-ZKID-006), unbound nullifier collision & double-spending (VF-PQ-ZKID-007), and fail-open proof verification fallback (VF-PQ-ZKID-008).
Synthesizes calibrated PqZkIdSecurityPolicy definitions, drop-in hardening patches (NIST FIPS ML-DSA / ML-KEM lattice parameter upgrade, randomized presentation blinding, selective disclosure polynomial hiding, constant-time Gaussian sampling, freshness nonces, dynamic revocation accumulator witness verification, deterministic scope-bound nullifiers, and fail-closed posture), and executes dual-phase canary verification via MockPqZkIdHarness.

vulnforge_audit_dna_dsd:

Deep formal verification and kinetic security audit of Bio-Molecular DNA Strand Displacement (DSD) logic circuits, enzyme-free toehold exchange networks, and DNA nanomachine cascading protocols.
Audits for 8 critical biochemical vulnerability vectors: unintended blunt-end breathing gate leakage (VF-DSD-001), kinetic proofreading discrimination ratio deficit & high-error false triggering (VF-DSD-002), fluorophore unquenched reporter baseline drift (VF-DSD-003), inter-circuit domain sequence homology crosstalk (VF-DSD-004), catalytic fuel strand stoichiometric depletion DoS (VF-DSD-005), unverified oligonucleotide synthesis purity & nuclease contamination (VF-DSD-006), cascade state terminator nonce replay & stale complex reactivation (VF-DSD-007), and fail-open thermal/EDTA quench panic posture (VF-DSD-008).
Synthesizes calibrated DnaDsdSecurityPolicy definitions, drop-in kinetic hardening patches (clamp domains, kinetic proofreading sinks, dual quenchers, orthogonal domain spacing, auto-replenished fuel buffers, HPLC/PAGE purity verification, cascade nonces, and fail-closed quench protocols), and executes dual-phase canary verification via MockDnaDsdHarness.

vulnforge_audit_terahertz_plasmonic:

Deep inspection of on-chip sub-terahertz surface plasmon polariton (SPP) waveguides, near-field side-channel shielding, on-chip plasmonic transceivers, and emergency panic shutters.
Audits for 8 critical plasmonic interconnect vulnerability vectors: SPP propagation attenuation loss (> 15.0 dB/cm) and modal dispersion walk-off (VF-THZPLASM-001), near-field evanescent tail SNOM nano-tap leakage (VF-THZPLASM-002), on-chip transceiver SPDM 1.2+ and plasmonic PUF attestation deficits (VF-THZPLASM-003), multi-tenant waveguide crosstalk isolation collapse (VF-THZPLASM-004), continuous-wave optical blinding and detector saturation DoS (VF-THZPLASM-005), sub-THz carrier phase noise and graphene Fermi level gate voltage drift (VF-THZPLASM-006), ephemeral session ratchet nonce stale replay (VF-THZPLASM-007), and loss-of-lock panic shutter fail-open posture (VF-THZPLASM-008).
Synthesizes calibrated TerahertzPlasmonicSecurityPolicy definitions, drop-in hardening patches (modal dispersion compensation, metamaterial Bragg cloaking shields, SPDM 1.2+ PUF quotes, guard trenches, AGC power limiters, closed-loop thermal tuning, monotonic ratchet counters, and fail-closed panic shutters), and executes dual-phase canary verification via MockTerahertzPlasmonicHarness.

vulnforge_audit_quantum_annealing:

Deep inspection of adiabatic quantum annealing flux qubit schedules, flux crosstalk compensation matrices, cryogenic DAC controllers, and emergency flux detuning shutters.
Audits for 8 critical quantum annealing vulnerability vectors: non-adiabatic annealing schedule velocity & Landau-Zener quench transition (VF-ANNEAL-001), inter-qubit inductive flux crosstalk compensation matrix inversion deficit (VF-ANNEAL-002), cryogenic flux bias DAC controller SPDM 1.2+ hardware attestation deficit (VF-ANNEAL-003), Chimera/Pegasus/Zephyr coupler crosstalk isolation collapse (VF-ANNEAL-004), annealing schedule RF/flux drive power saturation & thermal quench DoS (VF-ANNEAL-005), flux qubit persistent current 1/f flux noise & critical current drift (VF-ANNEAL-006), annealing problem Hamiltonian embedding nonce stale replay (VF-ANNEAL-007), and thermal excitation jump panic & emergency flux detuning shutter fail-open posture (VF-ANNEAL-008).
Synthesizes calibrated QuantumAnnealingSecurityPolicy definitions, drop-in hardening patches (adiabatic speed limit clamping, crosstalk matrix inversion calibration, SPDM 1.2+ quotes, guard flux loops, cryogenic thermal quench limiters, active flux feedback, monotonic execution counters, and fail-closed detuning shutters), and executes dual-phase canary verification via MockQuantumAnnealingHarness.

vulnforge_audit_atom_light_memory:

Deep inspection of atom-light quantum memory storage architectures, EIT/GEM optical storage fidelity, Raman write/read control pulse profiles, cold-atom MOT cryo-controllers, and emergency optical panic shutters.
Audits for 8 critical quantum memory vulnerability vectors: atom-light quantum memory storage fidelity degradation & decoherence dephasing (VF-ATOMMEM-001 / CWE-327), optical Raman write/read control pulse area distortion & power drift (VF-ATOMMEM-002 / CWE-345), cold-atom MOT laser cooling attestation deficit & SPDM 1.2+ RoT validation (VF-ATOMMEM-003 / CWE-295), multi-rail spatial/polarization quantum optical memory cross-talk collapse & isolation deficit (VF-ATOMMEM-004 / CWE-693), control laser optical power saturation & photodetector blinding DoS surge (VF-ATOMMEM-005 / CWE-400), warm atomic vapor cell / MOT Zeeman sub-level magnetic field drift & Larmor frequency shift (VF-ATOMMEM-006 / CWE-320), quantum memory readout retrieval nonce stale replay & out-of-order recall (VF-ATOMMEM-007 / CWE-294), and optical cavity loss-of-lock & Larmor dephasing panic shutter fail-open posture without atomic state zeroization (VF-ATOMMEM-008 / CWE-754).
Synthesizes calibrated AtomLightMemorySecurityPolicy definitions, drop-in hardening patches (storage fidelity thresholds, Raman pulse area calibration, SPDM 1.2+ MOT controller quotes, multi-rail guard isolation, control laser power saturation limiters, active Zeeman magnetic compensation, monotonic retrieval counters, and fail-closed optical panic shutters), and executes dual-phase canary verification via MockAtomLightMemoryHarness.

vulnforge_audit_memristor_crossbar:

Deep inspection of neuromorphic resistive RAM (ReRAM) memristor crossbar array fault tolerance, 1T1R/1S1R sneak-path mitigation, analog MVM side-channel defenses, and fail-closed emergency weight zeroization.
Audits for 8 critical memristor crossbar vulnerability vectors: resistive RAM conductance drift & temporal degradation faults (VF-MEMCROSS-001 / CWE-327), unmitigated sneak-path current leakage & selector diode deficit (VF-MEMCROSS-002 / CWE-441), synaptic weight attestation deficit & unauthenticated DAC programming (VF-MEMCROSS-003 / CWE-347), stochastic neural computing min-entropy deficit & rate-coding bias (VF-MEMCROSS-004 / CWE-330), compliance current clamping deficit & Joule heating thermal breakdown (VF-MEMCROSS-005 / CWE-400), analog matrix-vector multiplication side-channel leakage & bitline DPA (VF-MEMCROSS-006 / CWE-200), multi-tenant crossbar subarray crosstalk & isolation deficit (VF-MEMCROSS-007 / CWE-284), and emergency fail-closed high-voltage RESET & weight zeroization deficit (VF-MEMCROSS-008 / CWE-754).
Synthesizes calibrated MemristorCrossbarSecurityPolicy definitions, drop-in hardening patches (conductance drift compensation, 1T1R/1S1R selector non-linearity enforcement, SPDM 1.2+ weight signatures, Poisson rate-coding bounds, compliance current limiters, differential bitline masking, guard-band isolation, and fail-closed emergency RESET zeroization), and executes dual-phase canary verification via MockMemristorCrossbarHarness.

📋 Sample Vulnerability Findings & CWE Classification

[CRITICAL] Spectre v1 Speculative Bounds Bypass Gadget Detected in eBPF Map Lookup (CWE-203 / CWE-385)
[CRITICAL] Autonomous Zero-Day Threat Graph Correlation: High-Confidence Exploit Path Detected (CWE-693 / Protection Mechanism Failure)
[CRITICAL] Active Remote Memory Corruption & Use-After-Free Payload Dereference (CWE-416 / Use After Free)
[CRITICAL] Ephemeral Micro-VM Sandbox Escape Hazard Across VirtIO Hypervisor Boundary (CWE-653 / Improper Isolation)
[HIGH] Missing Dynamic eBPF Kernel Ingress Mitigation Filter - Perimeter Policy Gap (CWE-284 / Improper Access Control)
[CRITICAL] Unverified Hardware Quote / Missing Root CA Certificate Chain in TEE Attestation (CWE-295 / Improper Certificate Validation)
[HIGH] Enclave Measurement Drift Detected - Untrusted MRENCLAVE Binary Digest (CWE-353 / Insufficient Verification of Data Authenticity)
[HIGH] Outdated Platform TCB Level / Missing Microcode Security Patch in Hardware Enclave (CWE-1104 / Use of Unmaintained Component)
[HIGH] Insecure Sealed Secret Derivation - Missing MRSIGNER Key Policy Binding (CWE-320 / Key Management Errors)
[CRITICAL] Missing FIPS 203 ML-KEM Hybrid Key Encapsulation in TLS 1.3 / SSH Key Exchange (CWE-327 / Use of a Broken or Risky Cryptographic Algorithm)
[HIGH] Variable-Time Decapsulation Detected - ML-KEM Timing Side-Channel Vulnerability (CWE-385 / Covert Timing Channel)
[HIGH] Missing HKDF Domain Separation in Dual-PRF Hybrid Key Derivation (CWE-327 / Cryptographic Operation with Unsafe Parameters)
[HIGH] Unzeroized Ephemeral Decapsulation Shared Secret Left in Memory (CWE-226 / Sensitive Information Left in Memory)
[MEDIUM] Unsafe Classical Cryptography Fallback Negotiation Allowed Without Downgrade Guard (CWE-757 / Selection of Less-Secure Algorithm)
[CRITICAL] Unsigned DSSE Envelope / Missing Cryptographic Attestation Signature (CWE-347 / Software and Data Integrity Failures)
[CRITICAL] In-Toto Layout Supply Chain Step Bypass / Missing Functionary Key Authorization (CWE-284 / Improper Access Control)
[HIGH] Broken Material-to-Product Cryptographic Digest Continuity (CWE-353 / Insufficient Verification of Data Authenticity)
[HIGH] Mutable Builder Tag Reference Lacking Immutable Commit SHA (CWE-829 / Untrusted Control Sphere)
[HIGH] Missing Sigstore Rekor Transparency Log Signed Entry Timestamp (SET) Proof (CWE-778 / Insufficient Logging)
[HIGH] Shell Command or Parameter Injection in Build Invocation (CWE-20 / Improper Input Validation)
[HIGH] Sensitive Environment Variable Credentials Leaked in Attestation Byproducts (CWE-200 / Information Exposure)
[MEDIUM] Expired In-Toto Layout Root Metadata or Stale Attestation Timestamp (CWE-613 / Insufficient Session Expiration)
[CRITICAL] Under-Constrained Signal Assignment in Zero-Knowledge Circuit (CWE-682 / Insecure Design)
[CRITICAL] Missing Nullifier Registry / Double-Spend Replay Vulnerability (CWE-294 / Authentication Failure)
[CRITICAL] Permissive Ingress Wildcard Policy - Default Ingress Allow All (CWE-284 / Improper Access Control)
[CRITICAL] Unrestricted Cloud Metadata API Access - Missing 169.254.169.254 Egress Block (CWE-200 / Exposure of Sensitive Information)
[HIGH] Missing Default-Deny Isolation - Permissive Pod Ingress Traffic (CWE-276 / Incorrect Default Permissions)
[HIGH] Unencrypted Pod-to-Pod Cross-Node Network Traffic (CWE-319 / Cleartext Transmission)
[HIGH] Permissive Host Namespace Network Access in Workload Spec (CWE-269 / Improper Privilege Management)
[CRITICAL] Unbounded WebAssembly Linear Memory Bounds / Missing Heap Limit (CWE-119 / Improper Memory Buffer Restriction)
[CRITICAL] Overprivileged WASI Host Filesystem Preopens / Root Directory Exposure (CWE-284 / Improper Access Control)
[CRITICAL] Unsigned Container Image / Missing Cryptographic Cosign Signature (CWE-347 / Improper Verification of Cryptographic Signature)
[CRITICAL] Privileged Container / Privilege Escalation Allowed (CWE-250 / Execution with Unnecessary Privileges)
[CRITICAL] Untrusted PR Checkout via pull_request_target with Head SHA (CWE-250 / Privileged Execution)
[CRITICAL] GraphQL Introspection Enabled in Production (CWE-200 / Information Exposure)
[CRITICAL] Dependency Confusion Vulnerability - Missing Scoped Private Registry (CWE-427 / Uncontrolled Search Path Element)
[HIGH] Missing WebAssembly Fuel Metering & Execution Timeout Limits (CWE-400 / Uncontrolled Resource Consumption)
[HIGH] Unpinned WebAssembly Module URI / Missing Cryptographic SHA-256 Digest (CWE-345 / Insufficient Data Authenticity Check)
[HIGH] Keyless Attestation SAN Identity Mismatch / Untrusted OIDC Issuer (CWE-295 / Improper Certificate Validation)
[HIGH] Missing Rekor Transparency Log Inclusion Proof - Rollback Vulnerability (CWE-353 / Missing Support for Integrity Check)
[HIGH] Typosquatting Package Vector Detected: Possible Impersonation of Canonical Library (CWE-829 / Untrusted Control Sphere)
[HIGH] Dangerous Install Lifecycle Script Hook - Remote Code Execution Risk (CWE-78 / Command Injection)
[HIGH] Non-Compliant SBOM - Missing Mandatory NTIA Minimum Elements (Executive Order 14028 Non-Compliance)
[MEDIUM] Mutable Container Image Tag Reference Lacking SHA-256 Digest Pin (CWE-1104 / Use of Unmaintained Third Party Component)
[MEDIUM] Unpinned Dependency Wildcard Version Range in Production Manifest (CWE-1104 / Unmaintained Third Party Component)
[HIGH] Missing runAsNonRoot & Container Running as Root User (CWE-276 / Incorrect Default Permissions)
[HIGH] Kubernetes RBAC Wildcard Permissions Allocated (CWE-269 / Improper Privilege Management)
[HIGH] Missing Explicit Workflow Permissions - Risk of Default Write Privileges (CWE-276 / Default Permissions)
[HIGH] Script Injection via Context Expression in Run Step (CWE-78 / Command Injection)
[HIGH] Hardcoded Secret / Plaintext Personal Access Token Detected (CWE-798 / Hard-coded Credentials)
[MEDIUM] Unpinned Third-Party Action Mutable Tag @v4 - Supply Chain Attack Risk (CWE-829 / Untrusted Control Sphere)
[MEDIUM] Container Root Filesystem Writable / Missing readOnlyRootFilesystem (CWE-732 / Incorrect Permission Assignment)
[CRITICAL] Under-Constrained Polynomial Execution Trace Detected in zkVM AIR Column (CWE-682 / Insecure Design)
[CRITICAL] Unconstrained Non-Deterministic Advice Injection in Guest zkVM Memory (CWE-284 / Improper Access Control)
[HIGH] Memory Consistency Argument Failure / Read-Write Permutation Check Bypass (CWE-353 / Insufficient Data Authenticity Check)
[CRITICAL] Non-Hermetic Firmware Build Environment & Missing SLSA Level 4 Isolated Container (CWE-347 / CWE-353)
[CRITICAL] Non-Reproducible Bit-for-Bit Firmware Divergence & Missing SOURCE_DATE_EPOCH Clamp (CWE-345 / CWE-353)
[CRITICAL] Silicon Root-of-Trust (RoT) PUF Challenge-Response Misalignment & Missing Attestation (CWE-295 / CWE-347)
[HIGH] Unpinned Upstream Firmware Toolchain & Unsigned Compiler Dependency Tampering (CWE-829 / CWE-427)
[HIGH] Weak Helper Data Key Derivation in Silicon Fuzzy Extractor (CWE-327 / CWE-320)
[HIGH] Variable-Time Silicon PUF Response Evaluation & Side-Channel Leakage (CWE-385 / CWE-208)
[HIGH] Missing Cryptographic Attestation Trail & Unchained Build Provenance Log (CWE-778 / CWE-754)
[HIGH] Fail-Open Firmware Boot Fallback on PUF Attestation Mismatch (CWE-284 / CWE-732)
[CRITICAL] Insecure Lattice Ring Dimension & Inadequate Post-Quantum Security Margin (CWE-326 / Inadequate Encryption Strength)
[CRITICAL] Unlinkability Violation & Cross-Presentation Subject Correlation Leak (CWE-200 / Information Exposure)
[CRITICAL] Selective Disclosure Circuit Under-Constraint & Unrevealed Attribute Leakage (CWE-285 / Improper Authorization)
[HIGH] Variable-Time Lattice Gaussian Sampling & Side-Channel Timing Leakage (CWE-385 / Timing Side-Channel)
[HIGH] Missing Freshness Nonce & Credential Presentation Replay Vulnerability (CWE-294 / Authentication Bypass by Capture-replay)
[HIGH] Stale Revocation Accumulator Witness & Revoked Credential Acceptance Bypass (CWE-345 / Insufficient Data Authenticity Check)
[HIGH] Unbound Credential Nullifier Generation & Double-Spending Vulnerability (CWE-697 / Incorrect Comparison)
[HIGH] Fail-Open Verification Posture & Weak Fiat-Shamir Transformation Domain Separation (CWE-754 / Improper Check for Exceptional Conditions)
[CRITICAL] Unmitigated Toehold Exchange Unintended Gate Leak & Blunt-End Strand Displacement (CWE-327 / Cryptographic / Physical Failure)
[CRITICAL] Kinetic Proofreading Discrimination Ratio Deficit & High-Error Cascade False-Triggering (CWE-682 / Insecure Calculation)
[CRITICAL] Biochemical Reaction Leakage & Fluorophore Unquenched Reporter Baseline Drift (CWE-319 / Cleartext Signal Transmission)
[HIGH] Inter-Circuit DNA Domain Homology Crosstalk & Orthogonality Deficit (CWE-693 / Protection Mechanism Failure)
[HIGH] Fuel Strand Stoichiometric Depletion & Parasitic Substrate Exhaustion DoS (CWE-400 / Uncontrolled Resource Consumption)
[HIGH] Biochemical Substrate Provenance & Oligonucleotide Purity Attestation Deficit (CWE-353 / Missing Integrity Check)
[HIGH] Biomolecular Logic Cascade State Terminator Nonce Replay & Stale Complex Reactivation (CWE-294 / Authentication Bypass by Capture-replay)
[HIGH] Cascaded Reaction Thermal/EDTA Quench Fail-Open Panic Posture (CWE-754 / Improper Check for Exceptional Conditions)
[CRITICAL] On-Chip Sub-THz SPP Waveguide Propagation Attenuation Loss & Modal Dispersion Walk-off (CWE-327 / Physical Channel Attenuation)
[CRITICAL] Near-Field Evanescent Tail SNOM Nano-Tap Cryptographic Key Leakage (CWE-385 / Covert Physical Side-Channel)
[CRITICAL] Plasmonic Transceiver SPDM 1.2+ & Plasmonic PUF Hardware Attestation Deficit (CWE-295 / Missing Hardware Root of Trust)
[HIGH] Multi-Tenant Plasmonic Waveguide Crosstalk Isolation Collapse & Guard Pitch Deficit (CWE-693 / Channel Isolation Failure)
[HIGH] Continuous-Wave Resonant Optical Blinding & Detector Saturation DoS Surge (CWE-400 / Hardware Saturation DoS)
[HIGH] Sub-THz Local Oscillator Phase Noise & Graphene Fermi Level Gate Drift (CWE-320 / Electrical Instability Vulnerability)
[HIGH] Plasmonic Ephemeral Session Ratchet Nonce Stale Replay & Out-of-Order Desynchronization (CWE-294 / Authentication Bypass by Capture-replay)
[HIGH] Optical Cavity Loss-of-Lock Emergency Panic Shutter Fail-Open Posture (CWE-754 / Improper Check for Exceptional Conditions)
[CRITICAL] Non-Adiabatic Annealing Schedule Velocity & Landau-Zener Quench Transition (CWE-327 / Physical Quantum Channel Failure)
[CRITICAL] Inter-Qubit Inductive Flux Cross-Talk Compensation Matrix Inversion Deficit (CWE-385 / Covert Physical Side-Channel)
[CRITICAL] Cryogenic Flux Bias DAC Controller SPDM 1.2+ Hardware Root-of-Trust Attestation Deficit (CWE-295 / Missing Hardware Root of Trust)
[HIGH] Chimera/Pegasus/Zephyr Coupler Cross-Talk Isolation Collapse & Parasitic Inter-Cell Mutual Bias (CWE-693 / Channel Isolation Failure)
[HIGH] Annealing Schedule RF/Flux Drive Power Saturation & Cryogenic Dilution Thermal Quench DoS Surge (CWE-400 / Hardware Saturation DoS)
[HIGH] Flux Qubit Persistent Current 1/f Flux Noise & Sub-Kelvin Critical Current Drift (CWE-320 / Electrical Instability Vulnerability)
[HIGH] Annealing Problem Hamiltonian Embedding Nonce Stale Replay & Out-of-Order Schedule (CWE-294 / Authentication Bypass by Capture-replay)
[HIGH] Thermal Excitation Jump Panic & Emergency Flux Detuning Shutter Fail-Open Posture (CWE-754 / Improper Check for Exceptional Conditions)
[CRITICAL] Atom-Light Quantum Memory Storage Fidelity Degradation & Decoherence Dephasing (CWE-327 / Physical Quantum Channel Failure)
[CRITICAL] Optical Raman Write/Read Control Pulse Area Distortion & Power Drift (CWE-345 / Insufficient Verification of Data Authenticity)
[CRITICAL] Cold-Atom Magneto-Optical Trap Laser Cooling Attestation Deficit (CWE-295 / Missing Hardware Root of Trust)
[HIGH] Multi-Rail Spatial/Polarization Quantum Optical Memory Cross-Talk Collapse & Isolation Deficit (CWE-693 / Channel Isolation Failure)
[HIGH] Control Laser Optical Power Saturation & Photodetector Blinding DoS Surge (CWE-400 / Hardware Saturation DoS)
[HIGH] Warm Atomic Vapor Cell / MOT Zeeman Sub-Level Magnetic Field Drift & Larmor Frequency Shift (CWE-320 / Electrical Instability Vulnerability)
[HIGH] Quantum Memory Readout Retrieval Nonce Stale Replay & Out-of-Order Recall (CWE-294 / Authentication Bypass by Capture-replay)
[HIGH] Optical Cavity Loss-of-Lock & Larmor Dephasing Panic Shutter Fail-Open Posture (CWE-754 / Improper Check for Exceptional Conditions)
[CRITICAL] Resistive RAM Conductance Drift & Temporal Degradation Fault (CWE-327 / Physical Synaptic Drift Failure)
[CRITICAL] Unmitigated Sneak-Path Current Leakage & Selector Diode Deficit (CWE-441 / Electrical Selector Leakage)
[CRITICAL] Synaptic Weight Attestation Deficit & Unauthenticated DAC Programming (CWE-347 / Missing Hardware Root of Trust)
[HIGH] Stochastic Neural Computing Min-Entropy Deficit & Rate-Coding Bias (CWE-330 / Insufficient Entropy)
[HIGH] Compliance Current Clamping Deficit & Joule Heating Thermal Breakdown (CWE-400 / Hardware Saturation DoS)
[HIGH] Analog Matrix-Vector Multiplication Side-Channel Leakage & Bitline DPA (CWE-200 / Covert Side-Channel)
[HIGH] Multi-Tenant Crossbar Subarray Crosstalk & Isolation Deficit (CWE-284 / Memory Boundary Isolation Failure)
[HIGH] Emergency Fail-Closed High-Voltage RESET & Weight Zeroization Deficit (CWE-754 / Improper Check for Exceptional Conditions)

⚡ Automated Defensive Patch Injection Engine

⚡ Automated Defensive Patch Injection Engine (Click to toggle / 접기·펼치기)

VulnForge not only detects flaws, but actively writes defensive patches:

--- a/k8s/deployment.yaml
+++ b/k8s/deployment.yaml
@@ -10,6 +10,12 @@
     spec:
+      securityContext:
+        runAsNonRoot: true
+        seccompProfile:
+          type: RuntimeDefault
       containers:
       - name: app
+        securityContext:
+          allowPrivilegeEscalation: false
+          readOnlyRootFilesystem: true
+          capabilities:
+            drop: ["ALL"]

--- a/Dockerfile
+++ b/Dockerfile
@@ -1,3 +1,6 @@
 FROM node:20-alpine AS builder
 ...
+RUN addgroup -S -g 10001 appgroup && adduser -S -u 10001 -G appgroup appuser
+USER 10001:10001
 CMD ["node", "dist/index.js"]

--- a/.github/workflows/deploy.yml
+++ b/.github/workflows/deploy.yml
@@ -1,5 +1,7 @@
 name: Deploy
 on: push
+permissions: read-all
 jobs:
   build:
-   uses: actions/checkout@v4
+   uses: actions/checkout@11bd71901bbe5b1630ceea73d27597364c9af683 # v4.2.2

--- a/server.ts
+++ b/server.ts
@@ -1,5 +1,7 @@
 const server = new ApolloServer({
   typeDefs,
   resolvers,
-  introspection: true,
+  introspection: process.env.NODE_ENV !== 'production',
+  validationRules: [depthLimit(5)],
+  formatError: (err) => ({ message: err.message }),
 });

--- a/database.ts
+++ b/database.ts
@@ -1,3 +1,3 @@
- const user = await db.query(`SELECT * FROM users WHERE email = ${email}`);
+ const user = await db.query('SELECT * FROM users WHERE email = $1', [email]);

--- a/frontend.js
+++ b/frontend.js
@@ -1,2 +1,2 @@
- document.getElementById('name').innerHTML = userName;
+ document.getElementById('name').textContent = userName;

--- a/.npmrc
+++ b/.npmrc
@@ -1,0 +1,2 @@
+@internal:registry=https://npm.pkg.internal.corp
+ignore-scripts=true

🧪 Automated Canary Testing & Dynamic Sandbox Verification

🧪 Automated Canary Testing & Dynamic Sandbox Verification (Click to toggle / 접기·펼치기)

VulnForge MCP features an automated Canary Sandbox to verify that synthesized defensive patches eliminate vulnerabilities without introducing functional regressions:

Isolated Node.js VM Sandbox (node:vm): Executes code in a zero-privilege V8 context with strict execution timeouts (2000ms), restricted globals (blocking process.exit, file system, and subprocess execution), and memory confinement.
Dual-Phase Canary Execution Matrix:
- Phase 1: Attack Vector Containment: Simulates targeted exploit payloads (SQL injection payloads ' OR '1'='1', DOM XSS <script>/<img onerror>, unauthorized GraphQL queries, missing security headers) against both the original and patched code to verify the exploit is blocked.
- Phase 2: Benign Non-Regression Verification: Runs normal production inputs through both original and patched implementations to guarantee business logic continuity and prevent breaking changes.
Automated Verification Verdicts:
- VERIFIED_SAFE: Patch completely neutralizes the attack and preserves benign execution without regressions.
- REGRESSION_DETECTED: Patch broke standard valid inputs or failed functional contracts.
- ATTACK_LEAKED: Patch failed to prevent exploit execution under attack vectors.
- SYNTAX_ERROR / SANDBOX_TIMEOUT: Patch caused syntax errors or exceeded execution deadline.
Dedicated Service Mesh & Protocol Verification Harnesses: Integrates MockMeshHarness alongside specialized in-memory test harnesses (MockZkVmHarness, MockFederatedHarness, MockCfiHarness, MockAgentSandboxHarness, MockCoProcessorHarness, MockLatticeFirmwareHarness, MockWeb3ContractHarness, MockMicroVmHarness, MockMpcHarness, MockGpuEnclaveHarness, MockEphemeralKeyHarness, MockCapabilityRevocationHarness, MockEbpfJitHarness, MockFirmwareSupplyChainHarness, MockPqZkIdHarness, MockDnaDsdHarness, MockTerahertzPlasmonicHarness, MockQuantumAnnealingHarness, MockAtomLightMemoryHarness) executing dual-phase isolation and protocol-level non-regression verification.

import { canaryVerifyPatch } from 'vulnforge-mcp/sandbox';

const report = await canaryVerifyPatch(originalCode, patchedCode, 'SQL_INJECTION');
console.log(report.status); // 'VERIFIED_SAFE'
console.log(report.attackBlocked); // true
console.log(report.benignPreserved); // true

🔐 Enterprise Security & age Cryptographic Protection

🔐 Enterprise Security & age Cryptographic Protection (Click to toggle / 접기·펼치기)

All proprietary signatures and sensitive core modules are protected via modern UNIX-philosophy cryptographic tools:

age (X25519): Fast, modern file encryption replacing legacy PGP.
Minisign (Ed25519): Detached signature verification for high-assurance release binaries.
Post-Quantum Cryptography (ML-KEM-768 / Kyber): Quantum-resistant hybrid key encapsulation for long-term audit trail confidentiality.
3-Tier Key Backup: NTFS permission isolation + Windows DPAPI hardware binding + Encrypted Cloud Mirror.

🪞 Tri-Platform Mirroring Architecture (GitHub · GitLab · Hugging Face)

🪞 Tri-Platform Mirroring Architecture (GitHub · GitLab · Hugging Face) (Click to toggle / 접기·펼치기)

Platform	Repository URL	Status
GitHub (Primary)	github.com/KRC-Labs/vulnforge-mcp
GitLab	gitlab.com/keller-lab/vulnforge-mcp
Hugging Face	huggingface.co/KRC-Labs/vulnforge-mcp

📄 Proprietary Software License

📄 Proprietary Software License (Click to toggle / 접기·펼치기)

PROPRIETARY & CONFIDENTIAL SOFTWARE LICENSE
Copyright (c) 2026 The Authors & Workspace Owner. All Rights Reserved.

Publicly visible on GitHub for evaluation, reference, and educational review only.
Unauthorized copying, modification, redistribution, or commercial use is strictly prohibited.

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