Claude Compliance API supportForceAI Security Announces Support for Claude Compliance API
Configure real-time prompts protection systems, govern MCP servers, and audit autonomous agents mapped exactly to security frameworks.
ForceAI protects mission-critical workloads for large fintech conglomerates and multinational healthcare systems monitoring Claude, ChatGPT, and Copilot activity every day.
Triage SIEM alerts, gather incident context, and draft remediation recommendations within bounded playbooks.
Autonomous scanning, CVE indexing, prioritization, and pull request patching of packages and containers.
Scan security vendor bulletins, filter attack patterns, and ingest raw CVE alerts safely.
Least-privilege integration patterns connecting LLM runtimes to external communication networks.
Map token logs, database inquiries, prompt records, and endpoint latencies in one portal.
Continuous payload profiling, data protection matching, and API route analysis.
Block active injections, token loops, jailbreaks, and indirect prompt instructions.
Determine function lists, sandbox environments, and execution policies before deployment.
Export tamper-proof evidence logs matching SOC 2, ISO-27001, and NIST AI RMF.
Locate unapproved developer browser tools, system extension profiles, and unmanaged keys.
Every pipeline we govern respects compliance frameworks and strict data isolation guarantees. Browse custom blueprints.
SOX verification pipelines, PCI cardholder protections, and GLBA/FINRA ready audits.
Dynamic PHI protection boundaries, EHR de-identification, HIPAA and HITRUST compliance.
Execute alert analysis checks and container audits inside rigid playbooks.
Secure local MCP paths, prevent patent algorithm leak, index vulnerabilities.
TAM evidence database export mapped to SOC 2 Type II assurance.
Multi-tenant security gateways, central client security posture review catalogs.
Deploying autonomous customer-service and wealth management copilots while preventing unauthorized fund transfers, account disclosures, and prompt injection attacks.