The enterprise security and authorization backbone for the CTH ecosystem. Establish a continuous closed-loop architecture: prevent data leakage, enforce least privilege across AI models and MCP tools, and detect threats 10x faster.
From zero-trust AI execution to fine-grained authorization, Kaappu powers the entire ForgeShield identity lifecycle.
Continuous surveillance of identity activities with automated threat detection and risk-ranked blast radius visualization.
Detects impossible travel, privilege escalation, credential sharing, off-hours spikes, lateral movement, and brute force attacks in real time.
Visualizes complex relationships, nested privilege paths, and over-privileged nodes. Click any identity to inspect its full access chain and blast radius.
Ranks identities dynamically by threat likelihood rather than recency. Incorporates peer group behavioral baselines and external threat intelligence.
Query identity posture, permissions, active sessions, and access anomalies using plain English (e.g. "Show me contractors with production access who haven't logged in for 30 days").
Shrinks quarterly audits from weeks to days by highlighting only high-risk access anomalies for manager certification.
Force MFA resets, revoke all active JWT sessions, or quarantine compromised accounts with a single click.
Unlike static point solutions, ForgeShield continuously ingests, graphs, enforces, detects, and automates across the full lifecycle.
Aggregates identity sources including enterprise directories, Clerk, AWS, Azure, Google Workspace, and customer databases into a unified schema.
Builds a living identity relationship graph tracking users, groups, direct permissions, and inherited entitlements to compute true blast radius.
Every model execution, API request, and MCP tool invocation passes through dual-check validation and parameter schema verification.
Machine learning algorithms detect impossible travel, privilege drift, credential sharing, and anomalous prompt injection attempts.
Generates immutable forensic logs, issues automated remediation triggers, and compiles audit-ready evidence snapshots for SOC 2 and HIPAA.
When AI agents act on behalf of users, traditional authorization models break down. The Kaappu Gateway Framework (KGF) ensures no AI operation runs with excessive agency or outside established identity policy boundaries.
Enforces cryptographically signed tool definitions from registered Model Context Protocol servers. Agents can only see and execute tools permitted by the active caller’s role.
Real-time per-user and per-organization token monitoring prevents recursive prompt loops and budget exhaustion. Enforces automated throttling and hard circuit breakers.
Injects caller identity, authorization grants, and data boundary constraints directly into the execution headers of every model request, preventing prompt privilege escalation.
Automated evidence collection, immutable audit trails, and pre-mapped control frameworks ready for your next external audit.
Pre-mapped security control evidence & audit logging
Domain isolation for PHI & strict access controls
Consent tracking, right-to-be-forgotten & data export
Information security management framework alignment
Full defense against injection, broken auth & access bugs
KGF safeguards for prompt injection, poisoning & agency
Supports OAuth 2.0, OpenID Connect, SAML 2.0, and WebAuthn. Link, unlink, and merge identity accounts with zero friction.
Enterprise IAM, Kaappu Gateway Framework (KGF) protection, fine-grained access control, and 20+ OAuth social providers are built directly into every LeadForgeAI package. No separate identity subscription or hidden user fees required.
Get started with ForgeShield Identity powered by Kaappu IAM & AI Governance.