The trust layer for the intelligence era.

The core problem

Encryption stops at the moment AI starts thinking.

Most security tools protect data at rest and in transit. Then they hand it over in plaintext for the model to read. We call this the inference gap. Every inference call is a data-exfiltration call waiting to happen.

Mirror Security is built on a different principle. Data stays encrypted through inference, through memory, and through every agent action. The model computes on ciphertext. The vector store retrieves on ciphertext. The agent runs inside a policy boundary that never sees raw data.

FHE-native inference closes the gap that VPC isolation, TLS, and disk encryption all leave open. Encrypted guardrails decide what an agent is allowed to do, in real time, without trusting the model's output.

Computes on data it can never see. Acts under rules it can never bend. Leaves proof it can never erase.

Traditional stack plaintext exposure
tls decrypt infer (plaintext)
Mirror Security ciphertext end-to-end
encrypt (client) FHE compute decrypt (client)
user.query
[ ciphertext ]
policy.check
allow
vector.search
[ ciphertext ]
audit.trail
signed
model.compute
[ ciphertext ]
plaintext.exposure
none

Six products. Three guarantees.

One trust layer, expressed as three promises.

Every Mirror product is one layer of the same surface. Adopt one, or stack them — each maps to a guarantee the platform can keep.

"...on data it can never see."

Encrypted compute

VX
VectaX
FHE inference, memory & training
GW
Mirror Gateway
Encrypted inference, 4 lanes
CP
CodePrism
Coding on encrypted code

"...under rules it can never bend."

Runtime control

AQ
AgentIQ
The control plane for agents
SH
Zero
The agent estate, governed
+
Policy engine
32+ guardrails, 3 lanes

"...it can never erase."

Continuous proof

DR
DiscoveR
Continuous AI red teaming
Signed evidence
Tamper-evident audit log
Attested compliance
OWASP · NIST · MITRE ATLAS

Six layers. One agent estate.

Every Mirror product is one layer of the same surface. Adopt one, or stack them.

VectaX

AI Data Security

Encrypt context, prompts, embeddings, and inference output end-to-end. AI keeps working on data that's mathematically guaranteed to stay private.

Explore VectaX

DiscoveR

Vulnerability Scanning

Hunt prompt injection, model leaks, and AI-specific zero-days as they emerge across every model, agent, and integration in your stack.

Explore DiscoveR

AgentIQ

AI Agent Security

Watch every action, tool call, and decision from your agents. Anomaly alerts, automated response, and a full audit trail built for compliance.

Explore AgentIQ

Zero

AI Governance

The agent estate, governed. Discovers every AI agent (sanctioned or shadow) and runs the four governance workflows.

Explore Zero

Gateway

AI Gateway

Inspect, authenticate, and throttle traffic before it reaches your models. Prompt firewall, edge auth, and policy enforcement with an audit trail at the door.

Explore Gateway

CodePrism

AI Coding

Coding on encrypted code. Coding assistance, indexing, review, and security scans, all on ciphertext.

Explore CodePrism

Why Mirror Security

Most AI security tools add inspection. We remove exposure.

Prompt scanners, content filters, and DLP wrappers all assume the model sees plaintext. They inspect what's already exposed. Mirror Security keeps it encrypted in the first place.

Encryption all the way through

Not just at rest. Not just in transit. Through inference itself. FHE-native compute means the model never sees plaintext, even during execution.

Policy before output

Guardrails don't just scan model output. They authorize agent actions before they execute, with signed capability tokens and a full audit trail.

Proof, not promises

DiscoveR validates every defense with real adversarial attacks. Compliance reports come with signed evidence, not checklists.

Production ready

Built for regulated, agentic environments.

Mirror runs where the stakes are highest. Sovereign clouds, regulated industries, and agent fleets that need to act under proof, not promises.

Framework aligned

OWASP Top 10 for LLMs, OWASP GenAI DSGAI 2026, NIST AI RMF, MITRE ATLAS v5.1, EU AI Act, ISO 42001, GDPR, DORA, MiFID II.

Deployment flexible

Global SaaS, private cloud, sovereign region, on-prem, or fully air-gapped. FIPS 140-3 cryptographic primitives. ITAR-aware architecture. Customer-controlled keys at every layer.

Observable & auditable

Every encrypted compute, every policy decision, every red team finding gets a signed, timestamped trail. Built for regulators, not just engineers.

OWASP Top 10 for LLMsNIST AI RMFMITRE ATLAS v5.1EU AI ActISO/IEC 42001GDPRDORAMiFID IIFIPS 140-3SOC 2 Type II OWASP Top 10 for LLMsNIST AI RMFMITRE ATLAS v5.1EU AI ActISO/IEC 42001GDPRDORAMiFID IIFIPS 140-3SOC 2 Type II

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See encrypted AI security in action.

FHE-native inference. Runtime agent guardrails. Continuous red teaming. One platform. Book a working session with the team.