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Generate a Software Bill of Materials (SBOM) from your AWS environment and scan for vulnerable/compromised packages.
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Based on SOC occupation classification
Deep code scan for AI security issues — prompt injection, PII in prompts, hardcoded keys, unguarded agents.
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Walk staged changes against the engineering principles checklist and report pass/fail per principle. Run before any non-trivial commit. Catches doc drift, stub functions, single-region defaults, missing framework mappings, and other regressions before they ship.
Generate a public-facing security trust page from scan data. Produces a single deployable index.html that shows compliance framework scores, security policies, infrastructure overview, and data protection posture. Deployable to S3, Vercel, Netlify, or GitHub Pages.
Paste a vendor's domain. Get a security risk assessment in 60 seconds.
| name | sbom |
| description | Generate a Software Bill of Materials (SBOM) from your AWS environment and scan for vulnerable/compromised packages. |
| user-invocable | true |
Discover dependencies in your AWS environment, check for vulnerabilities and supply chain compromises.
Read shasta.config.json for python_cmd. Use that for all commands (shown as <PYTHON_CMD>).
Run SBOM discovery and vulnerability scan:
<PYTHON_CMD> -c "
import json
from shasta.config import get_aws_client
from shasta.sbom.discovery import discover_sbom, save_sbom
from shasta.sbom.vuln_scanner import scan_sbom_vulnerabilities, save_vuln_report
client = get_aws_client()
client.validate_credentials()
print('Discovering software dependencies...')
sbom = discover_sbom(client)
sbom_path = save_sbom(sbom)
print(f'SBOM: {sbom.total_dependencies} dependencies across {list(sbom.ecosystems.keys())}')
print(f'Supply chain alerts: {len(sbom.supply_chain_alerts)}')
if sbom.total_dependencies > 0:
print('Scanning for vulnerabilities...')
vulns = scan_sbom_vulnerabilities(sbom)
vuln_path = save_vuln_report(vulns)
print(f'Vulnerabilities: {vulns.total_vulnerabilities} ({vulns.critical} critical, {vulns.high} high)')
print(f'CISA KEV matches: {vulns.kev_count}')
"
Present results: dependency inventory, supply chain alerts, vulnerability counts. CISA KEV matches are ACTIVELY EXPLOITED — treat as P1.