Capability-Based Security for AI Systems
Why traditional access control fails in dynamic AI environments and how capability-based security provides fine-grained, context-aware protection against privilege escalation.
Read Research →Stop AI threats before they execute with kernel-level enforcement. Your data stays local—no external API calls, no third-party processing. Every request verified, every action authorized.
Kernel-level enforcement of AI security through capability-based access control
Kernel-Level Enforcement
Unlike policy-based systems that can be bypassed, KLARA enforces security through capability rights at the kernel level with hardware-enforced isolation.
Comprehensive Threat Coverage
Largest pattern library in the market, including indirect injection, tool abuse, and privilege escalation patterns.
Join forward-thinking security teams protecting their AI systems with KLARA's kernel-level enforcement.
Every request verified, every action authorized. No implicit trust in AI systems with capability-based enforcement.
SOC 2 Type II, HIPAA Security Rule, GDPR Article 5/25 ready with automated audit trails and evidence collection.
0.023ms pattern matching, 0.187ms PII detection. Sub-millisecond protection adds zero friction to AI applications.
Your infrastructure, your security. No external API dependencies, works in air-gapped environments.
Works with any LLM without retraining or API changes. Retrofit existing AI systems instantly - no vendor lock-in, no model modifications required.
RFC 8432 (ChaCha20) and RFC 8032 (Ed25519) compliant cryptography. Pure open-source implementation with forward secrecy.
WORM storage with SHA-256 hash chain verification ensures tamper-proof evidence. Real-time alerts detect integrity violations instantly.
Full SBOM generation with toolchain attestation and build reproducibility verification. Protect against compromised dependencies.
Multi-turn pattern detection with 428+ attack signatures. Real-time threat evaluation with confidence scoring and heuristic zero-day detection.
Automated detection of sensitive data with sub-millisecond latency (0.187ms). 7 PII types + 3 PHI types protected with real-time redaction.
WORM storage with SHA-256 hash chain verification ensures tamper-proof evidence. Real-time alerts detect integrity violations instantly.
Model Context Protocol integration with real-time threat scanning. Blocks destructive commands and enforces tool capability boundaries.
Resource usage tracking with adaptive throttling. Prevents runaway costs from malicious prompts with budget enforcement and analytics.
Capability ownership validation engine detects and blocks escalation attempts in real-time.
Unlike cloud-based security APIs that add latency and external dependencies, KLARA is a self-hosted capability-based microkernel.
Runs alongside your application with no API calls or external dependencies. Protection happens locally at sub-millisecond speed.
Guaranteed sub-millisecond latency (0.023ms pattern matching). No network jitter, no cloud service outages affecting your security.
Your security infrastructure, your rules. No third-party data processing, no external API endpoints to compromise.
Works in disconnected environments. Deploy in secure facilities, government networks, or any environment requiring isolation.
Traditional policy systems can be bypassed. KLARA enforces security at the kernel level through capability rights.
Every tool invocation, data access, and API call requires explicit capability rights. No implicit trust, no privilege escalation.
Detect and block attempts to escalate privileges or access resources beyond defined boundaries.
Verify that the entity requesting access actually owns the capability rights for that specific operation.
Unlike rule-based systems that can be circumvented, capability enforcement happens at ring 0 with hardware-enforced isolation that application-layer attacks cannot reach.
PHI Protection in AI Clinical Systems
Secure patient data processing in AI-powered clinical decision support systems. HIPAA-compliant audit trails for all PHI access and modifications.
PII Detection in Transaction Processing
Protect sensitive financial data in AI-driven fraud detection and customer service systems. SOC 2 compliant audit trails for regulatory reporting.
Immutable Evidence Chains
Cryptographically verified audit logs for classified systems. Capability-based access control with tamper-proof evidence preservation.
Runtime Governance for LLM Applications
Real-time prompt injection defense with sub-millisecond latency. Protect production AI systems from adversarial attacks and data exfiltration.
All threat detection happens locally on your servers. No data transmitted to external services, no third-party processing.
KLARA is a binary you deploy on your infrastructure. No SaaS dependencies, no vendor lock-in, complete control.
Deploy in secure facilities, government networks, or any environment requiring complete isolation from external networks.
We don't collect usage data, prompts, or audit logs. Your security events stay in your infrastructure.
KLARA provides native support for major regulatory frameworks with built-in audit logging and access control.
Audit-ready controls for security, availability, and confidentiality. Automated evidence collection for Type II certification.
Security Rule and Privacy Rule compliance for PHI protection. Technical safeguards aligned with 164.308, .310, .312.
Article 5 data protection principles and Article 25 privacy by design. Data subject rights support with audit trails.
Compliance with Article 15-16 high-risk AI system requirements: risk management, data governance, technical documentation, transparency, and human oversight provisions.
Local deployment simplifies SOC 2, HIPAA, GDPR compliance. No third-party subprocessors to audit, no data transfer agreements needed.
KLARA's performance metrics are measured against industry-standard alternatives:
| System | Latency (1KB) | Throughput | KLARA Advantage |
|---|---|---|---|
| KLARA (C Kernel) | 0.023ms | 17,000+ RPS | — |
| Python Regex | 0.5ms | ~2,000 RPS | 22x faster |
| Open-Source PII Detector | 1-2ms | ~1,000 RPS | 43x faster |
| Commercial Cloud DLP | 5-10ms | ~500 RPS | 217x faster |
Note: KLARA achieves sub-millisecond performance through native C implementation with zero external dependencies. Cloud DLP measurements include network latency overhead.
Why traditional access control fails in dynamic AI environments and how capability-based security provides fine-grained, context-aware protection against privilege escalation.
Read Research →Traditional single-turn defenses miss gradual trust erosion across conversation turns. Our research reveals how multi-turn escalation attacks bypass conventional safeguards.
Read Research →The recent compromise of Hugging Face's model repository demonstrates the critical need for supply chain security. Learn how runtime governance detects and blocks malicious model behavior.
Read Research →Limited early access spots available for Q4 2026. Schedule your personalized enterprise walkthrough and see how KLARA protects your AI infrastructure from jailbreak attacks, prompt injection, and privilege escalation.
enterprise@klara-security.ai
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KLARA is the industry's first capability-based security microkernel for enterprise AI, providing tamper-proof governance, cryptographic audit trails, and kernel-enforced zero-trust protection against AI threats—with sub-millisecond performance and 100% on-premises deployment.