The Armor Layer for Enterprise AI
Hardware-verified security for encrypted data. TEE-based isolation enables AI capabilities on regulated enterprises' most sensitive information.
Engineered for the DORA & HIPAA Era
THE AI SECURITY REALITY
The Threat Isn't External. It's "Ghost Permissions."
Standard Co-pilots inherit your legacy access controls. If a user can technically see a file, the AI will process it—regardless of business intent.
INTERNAL DATA VISIBILITY
High Exposure Risk
Zero Unauthorized Visibility
Sources: Gartner AI TRiSM (Risk) vs. Hardware Isolation Specs (Zirah).
THE MARKET CONSENSUS
Through 2026, at least 80% of unauthorized AI transactions will be caused by internal violations of enterprise policies concerning information oversharing... rather than malicious attacks.
THE ROI RECKONING
Enterprises will defer 25% of planned AI spend to 2027 as the gap between vendor security promises and reality widens.
The Logic Problem
The "Ghost Key" Loophole
Your SharePoint and Drive permissions are messy. Humans forget about the "Strategy 2024" folder shared with "Everyone," but AI Agents find it instantly. Zirah overrides these messy permissions, blocking the AI if the user's intent doesn't match the data's sensitivity.
The Physical Problem
The "Open Safe" Risk
To read your data, standard clouds have to unlock it first. It's like taking cash out of a safe to count it—suddenly, it's visible to everyone in the room (including cloud admins). Zirah processes your data inside the safe, so it never sees the light of day.
The Strategic Problem
The "Smart vs Safe" Trap
Standard AI is blind to encrypted data. You are forced to choose: Keep your data safe (and the AI is useless), or unlock it (and you are exposed). Zirah allows the AI to work on your data without forcing you to remove the armor first.
THE ZIRAH TRUST PIPELINE
From Contract to Calculus.
We replace Service Level Agreements with Cryptographic Proofs. Here is how Zirah protects your data lifecycle.
The Bridge
Zero-Decryption Ingest
Stop decrypting data at the gateway. Zirah accepts encrypted streams directly from your existing security stack (supporting RA-TLS standards used by major encryption gateways). Data remains encrypted in transit until it hits the secure enclave.
The Room
Hardware-Isolated Processing
Decryption happens only inside the CPU die (Intel SGX / AMD SEV-SNP). The memory is hardware-scrambled. Even if the Host OS crashes or is inspected by a hypervisor, your keys and data remain mathematically invisible.
The Proof
Immutable Audit Logs
Every AI interaction generates a cryptographically signed log from the Enclave. This proves exactly which code processed which document, providing an unalterable chain of custody for DORA and internal auditors.
The Confidentiality Gap
Enterprise AI today forces a choice between capability and confidentiality. Zirah bridges that gap with cryptographic guarantees, not promises.
The difference: Zirah guarantees that cloud providers, admins, and third parties can never see your data in plaintext—even while processing it. This is a cryptographic proof, not a compliance promise.
The TEE Tunnel
Where your data transitions from encrypted to cleartext and back. The only place in your infrastructure where sensitive information exists in plaintext is inside the secure enclave's volatile memory.
Your Encrypted Storage
SharePoint, Drive, or on-prem systems
RA-TLS Tunnel
Zirah Enclave
Intel SGX / AMD SEV-SNP
Data is cleartext here only
Encrypted Output
Your AI Interface
Chat, API, or workflow
The only place your data exists in cleartext is inside the processor's volatile memory. Nowhere else.
Start Securing AI Today
Schedule a personalized demo to see how Zirah enables secure AI processing on your most sensitive data.