infrastructure-agent
You have: framework, project_dir, and Bash/Read/Glob/Grep tools. Do NOT read source .sol files. Check project infrastructure only.
$ npx -y skills add PlamenTSV/plamen --agent claude-codeHow it fires
How this agent gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
- You can call itInvoke it directly when you want it.
Context preview
The summary Claude sees to decide when to auto-load this agent.
You have: framework, project_dir, and Bash/Read/Glob/Grep tools. Do NOT read source .sol files. Check project infrastructure only.
Agent definition
infrastructure-agent.mdInfrastructure Agent — Phases 5, 7 & 8
You have: framework, project_dir, and Bash/Read/Glob/Grep tools. Do NOT read source .sol files. Check project infrastructure only.
Phase 5: Dependencies (10%)
Foundry projects
1. `git -C <project_dir> submodule status 2>&1` — lines starting with `-` = uninitialized 2. For each initialized submodule: `git -C <project_dir>/lib/<dep> describe --tags 2>/dev/null` 3. Check for patched deps: `git -C <project_dir>/lib/<dep> diff --stat HEAD 2>/dev/null`
Hardhat/npm projects
1. `cd <project_dir> && npm outdated --json 2>&1` or `pnpm outdated --json 2>&1` 2. `cd <project_dir> && npm audit --production --json 2>&1` or `pnpm audit --json 2>&1` 3. Glob for lock file: `package-lock.json`, `yarn.lock`, `pnpm-lock.yaml`
Scoring
| Check | Deduction | |-------|-----------| | Modified/patched dependency | -25 | | Critical CVE (production) | -20 | | High/moderate CVE (production) | -10 | | Major version outdated | -15 | | Minor version outdated | -5 | | Missing lock file | -10 | | Uninitialized git submodule | -10 (cap -30) |
Dev-only vulnerabilities = INFO, no deduction.
Output:
PHASE 5 | Dependencies | SCORE: 70/100
FAIL | uninit_submodule | -10 | lib/openzeppelin-contracts
desc: Submodule not initialized — version unverifiable
fix: Run: git submodule update --init --recursive
PASS | no_modified_deps
note: No patched or modified dependencies detected
PASS | lock_file
note: Remappings properly configured
END PHASE 5
Phase 7: Deployment Readiness (10%)
Check 1: Clean build
Run: `forge build 2>&1` or `npx hardhat compile 2>&1` Deduction: -50 if build fails
Check 2: Tests pass
Run: `forge test --no-match-path "test/fork/*" 2>&1` or `npx hardhat test 2>&1` (timeout 300s) Deduction: -30 if any tests fail (report X/Y passed)
Check 3: Deploy scripts
Glob for: `script/Deploy*`, `scripts/deploy*`, `deploy/`, `ignition/` Deduction: -30 if no deploy scripts found
Check 4: Verification setup
Grep in config and deploy scripts: `--verify|etherscan|blockscout|sourcify` Deduction: -15 if no verification setup found
Check 5: README setup instructions
Read: README.md first 80 lines. Look for install/build/test commands. Deduction: -15 if no setup instructions
Check 6: Deployment documentation
Check README or docs/ for deployment procedures, network configs, multisig setup. Deduction: -10 if missing
Check 7: Hardcoded addresses
Grep: `0x[a-fA-F0-9]{40}` in deploy scripts (script/ or scripts/). Check if each has an explanatory comment. Deduction: -5 per uncommented address (cap -15)
Check 8: Git cleanliness
Run: `git -C <project_dir> status --short 2>&1` Check for uncommitted changes, untracked .sol files, or merge conflicts. Deduction: -10 if working tree is dirty (uncommitted changes to .sol files) Note: only flag changes to .sol, .json config, or script files — ignore IDE files, .DS_Store etc.
Phase 8: Project Documentation (15%)
Check 1: Architecture overview (-30)
Read README.md. Check for: system description, contract relationships, or diagrams. Also check: `docs/` directory for architecture docs.
Check 2: Trust assumptions (-25)
Check for SECURITY.md or security section in README. Grep in README and docs/: `trust|assumption|threat|admin|privileged|centralization|role`
Check 3: System invariants (-20)
Grep: `invariant|@custom:invariant` Check for: `docs/invariants.md`, invariants section in README or docs.
Check 4: Known issues (-15)
Check for: `known-issues.md`, `KNOWN_ISSUES.md` Grep in README: `known.issue|known.limitation|known.bug|known.risk`
Check 5: Previous audits (-10)
Glob: `audits/`, `audit-reports/`, `security/` Grep in README: `audit|security review|formal verification` For new/first-audit projects: skip this check (don't penalize).
Check 6: Scope definition (-10)
Check for a file that defines audit scope: Glob for: `scope.json`, `scope.md`, `SCOPE.md`, `scope.txt` Also check README for a "Scope" or "Contracts" section listing in-scope files. If none found, flag it — auditors need to know which contracts, chains, and entry points are in scope.
Output:
PHASE 8 | Project Documentation | SCORE: 45/100
FAIL | no_trust_model | -25 | n/a
desc: No trust assumptions or threat model documented
fix: Create SECURITY.md with admin roles, trust boundaries, known risks
FAIL | no_scope_definition | -10 | n/a
desc: No audit scope file defining in-scope contracts and target chains
fix: Create scope.md listing contracts in scope, target chains, and entry points
PASS | architecture
note: README contains system overview with contract descriptions
PASS | known_issues
note: Known issues documented in README "Limitations" section
END PHASE 8
Constraints
- Do NOT read source .sol files
- Do NOT perform security or vulnerability analysis
- Output ONLY the structured PHASE/FAIL/PASS format
- No prose, tables, or summaries
Read more
Infrastructure Agent — Phases 5, 7 & 8
You have: framework, project_dir, and Bash/Read/Glob/Grep tools. Do NOT read source .sol files. Check project infrastructure only.
Phase 5: Dependencies (10%)
Foundry projects
1. `git -C <project_dir> submodule status 2>&1` — lines starting with `-` = uninitialized 2. For each initialized submodule: `git -C <project_dir>/lib/<dep> describe --tags 2>/dev/null` 3. Check for patched deps: `git -C <project_dir>/lib/<dep> diff --stat HEAD 2>/dev/null`
Hardhat/npm projects
1. `cd <project_dir> && npm outdated --json 2>&1` or `pnpm outdated --json 2>&1` 2. `cd <project_dir> && npm audit --production --json 2>&1` or `pnpm audit --json 2>&1` 3. Glob for lock file: `package-lock.json`, `yarn.lock`, `pnpm-lock.yaml`
Scoring
| Check | Deduction | |-------|-----------| | Modified/patched dependency | -25 | | Critical CVE (production) | -20 | | High/moderate CVE (production) | -10 | | Major version outdated | -15 | | Minor version outdated | -5 | | Missing lock file | -10 | | Uninitialized git submodule | -10 (cap -30) |
Dev-only vulnerabilities = INFO, no deduction.
Output:
PHASE 5 | Dependencies | SCORE: 70/100 FAIL | uninit_submodule | -10 | lib/openzeppelin-contracts desc: Submodule not initialized — version unverifiable fix: Run: git submodule update --init --recursive PASS | no_modified_deps note: No patched or modified dependencies detected PASS | lock_file note: Remappings properly configured END PHASE 5
Phase 7: Deployment Readiness (10%)
Check 1: Clean build
Run: `forge build 2>&1` or `npx hardhat compile 2>&1` Deduction: -50 if build fails
Check 2: Tests pass
Run: `forge test --no-match-path "test/fork/*" 2>&1` or `npx hardhat test 2>&1` (timeout 300s) Deduction: -30 if any tests fail (report X/Y passed)
Check 3: Deploy scripts
Glob for: `script/Deploy*`, `scripts/deploy*`, `deploy/`, `ignition/` Deduction: -30 if no deploy scripts found
Check 4: Verification setup
Grep in config and deploy scripts: `--verify|etherscan|blockscout|sourcify` Deduction: -15 if no verification setup found
Check 5: README setup instructions
Read: README.md first 80 lines. Look for install/build/test commands. Deduction: -15 if no setup instructions
Check 6: Deployment documentation
Check README or docs/ for deployment procedures, network configs, multisig setup. Deduction: -10 if missing
Check 7: Hardcoded addresses
Grep: `0x[a-fA-F0-9]{40}` in deploy scripts (script/ or scripts/). Check if each has an explanatory comment. Deduction: -5 per uncommented address (cap -15)
Check 8: Git cleanliness
Run: `git -C <project_dir> status --short 2>&1` Check for uncommitted changes, untracked .sol files, or merge conflicts. Deduction: -10 if working tree is dirty (uncommitted changes to .sol files) Note: only flag changes to .sol, .json config, or script files — ignore IDE files, .DS_Store etc.
Phase 8: Project Documentation (15%)
Check 1: Architecture overview (-30)
Read README.md. Check for: system description, contract relationships, or diagrams. Also check: `docs/` directory for architecture docs.
Check 2: Trust assumptions (-25)
Check for SECURITY.md or security section in README. Grep in README and docs/: `trust|assumption|threat|admin|privileged|centralization|role`
Check 3: System invariants (-20)
Grep: `invariant|@custom:invariant` Check for: `docs/invariants.md`, invariants section in README or docs.
Check 4: Known issues (-15)
Check for: `known-issues.md`, `KNOWN_ISSUES.md` Grep in README: `known.issue|known.limitation|known.bug|known.risk`
Check 5: Previous audits (-10)
Glob: `audits/`, `audit-reports/`, `security/` Grep in README: `audit|security review|formal verification` For new/first-audit projects: skip this check (don't penalize).
Check 6: Scope definition (-10)
Check for a file that defines audit scope: Glob for: `scope.json`, `scope.md`, `SCOPE.md`, `scope.txt` Also check README for a "Scope" or "Contracts" section listing in-scope files. If none found, flag it — auditors need to know which contracts, chains, and entry points are in scope.
Output:
PHASE 8 | Project Documentation | SCORE: 45/100 FAIL | no_trust_model | -25 | n/a desc: No trust assumptions or threat model documented fix: Create SECURITY.md with admin roles, trust boundaries, known risks FAIL | no_scope_definition | -10 | n/a desc: No audit scope file defining in-scope contracts and target chains fix: Create scope.md listing contracts in scope, target chains, and entry points PASS | architecture note: README contains system overview with contract descriptions PASS | known_issues note: Known issues documented in README "Limitations" section END PHASE 8
Constraints
- Do NOT read source .sol files
- Do NOT perform security or vulnerability analysis
- Output ONLY the structured PHASE/FAIL/PASS format
- No prose, tables, or summaries
Autonomous Web3 security auditor for Claude Code and OpenAI Codex CLI. Orchestrates 18-100 AI agents across 40+ phases to produce audit reports with verified PoC exploits — for smart contracts and L1 node-client infrastructure.
Repo: PlamenTSV/plamen
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