VectaX

VectaX

Fully Homomorphic Encryption Engine

Fully Homomorphic Encryption Engine

Optimised for AI Workloads

Revolutionary Fully Homomorphic Encryption technology that enables AI systems to process your data while keeping it completely encrypted - optimized for latency, memory, and processing

Revolutionary Fully Homomorphic Encryption technology that enables AI systems to process your data while keeping it completely encrypted - optimized for latency, memory, and processing

Encrypted AI Computing

Mirror Security protects every touchpoint where AI interacts with your data ensuring AI works on encrypted data

Encrypted
AI Memory

Encrypted
AI Memory

Encrypted AI Memory

Encrypt context windows, conversation history, system prompts, meta-data, vector databases without losing AI capabilities. Offered as SDK for seamless integration with AI Systems

Encrypted
AI Model

Encrypted
AI Model

Encrypted AI Model

Open-weight models run entirely on encrypted data - inputs, outputs, and model layers remain encrypted end-to-end, enabling secure, private inferences without ever exposing queries or responses in plaintext

Zero-Knowledge Guarantee

Zero-Knowledge Guarantee

Mirror Secury Discover
Mirror Secury Discover

Mathematical certainty that your data remains encrypted. Not policy-based security, but cryptographic proof that AI providers cannot access your plaintext data.

Optimized Performance

Optimized Performance

Optimized Performance

Our FHE is specifically optimized for AI workloads, delivering near-native performance while maintaining complete encryption.

Storage & Memory Efficient

Storage & Memory Efficient

Encryption doesn't bloat your storage. Mirror provides noise control knobs via SDK, allowing you to fine-tune the balance between accuracy, latency, and storage space.

Seamless
Integration

Seamless
Integration

Seamless Integration

Enables the indexing and retrieval of data while it remains fully encrypted. Enable queries on sensitive data without exposing it, maintaining privacy and security without sacrificing the functionality of search systems.

Mirror Security VectaX
Mirror Security VectaX

Compatibility

Compatibility

Compatibility

Mirror Secury Agent IQ

VectaX is offered as an SDK for easy integration, compatible with all major vector databases and open weight LLM models. Drop-in replacement that works with your existing AI stack.

Compliance
Ready

Compliance
Ready

Meet GDPR, HIPAA, SOC2, and other regulatory requirements with cryptographic guarantees instead of trust-based policies.

Compliance Ready

Meet GDPR, HIPAA, SOC2, and other regulatory requirements with cryptographic guarantees instead of trust-based policies.

Zero Data Exposure Solution With VectaX

Built on cryptographic foundations that meet the highest security requirements

Zero Data Exposure Solution With VectaX

Built on cryptographic foundations that meet the highest security requirements

Zero Data Exposure Solution With VectaX

Built on cryptographic foundations that meet the highest security requirements

Zero Data Exposure Solution With VectaX

Built on cryptographic foundations that meet the highest security requirements

Vector Databases

Vector Databases

Vector Databases

Vector Databases

AI Coding Assistants

AI Coding Assistants

Quantum-Resilient
Cryptography

AI Coding Assistants

Quantum-Resilient
Cryptography

Secure Vector Database

Secure Vector Database

Enhanced Vector Security

Enhanced Vector Security

Enhanced Vector Security

Enterprise-grade security for vector operations with similarity-preserving encryption. Protect your embeddings while maintaining searchability.

Encrypted Semantic Search

Encrypted Semantic Search

Encrypted Semantic Search

Enables the indexing and retrieval of data while it remains fully encrypted. Enable queries on sensitive data without exposing it, maintaining privacy and security without sacrificing the functionality of search systems.

Format-Preserving Encryption

Format-Preserving Encryption

Encrypt sensitive data while maintaining format and searchability. Perfect for securing metadata, PII, and structured data.

Vector Database Interoperability

Vector Database Interoperability

Vector Database Interoperability

Compatible with all leading vector databases, ensuring consistent security enhancements.

Role-Based Access Control

Role-Based Access Control

Role-Based Access Control

Incorporate role-based access controls directly into your vector embeddings multi-dimensional policies. 

Control access at role, group, and department levels with comprehensive audit trails.

Privacy Preserving AI

Privacy Preserving AI

Privacy Preserving AI

Protect every phase of your machine learning and RAG workflows, ensuring data integrity and confidentiality from data ingestion through processing.

Secure RAG with VectaX

Secure RAG with VectaX

Benchmark Performance with Encryption

Benchmark Performance with Encryption

P95 and P99 Latency (ms)

P95 and P99 Latency (ms)

These represent the time it takes to complete a search query. P95 means that 95% of queries are completed within that time, and P99 means that 99% of queries are completed within that time. Lower numbers are better, indicating faster search times.

These represent the time it takes to complete a search query. P95 means that 95% of queries are completed within that time, and P99 means that 99% of queries are completed within that time. Lower numbers are better, indicating faster search times.

RPS (Requests Per Second)

RPS (Requests Per Second)

This indicates how many search requests the engine can handle per second. Higher numbers are better.

This indicates how many search requests the engine can handle per second. Higher numbers are better.

Base Precision → Encrypted Precision

Base Precision → Encrypted Precision

This shows the drop in accuracy due to encryption. For example, Qdrant's precision decreased from 0.99 to 0.95 with encryption.

This shows the drop in accuracy due to encryption. For example, Qdrant's precision decreased from 0.99 to 0.95 with encryption.

P99 + Enc (ms)

P99 + Enc (ms)

The P99 latency including the encryption overhead.

The P99 latency including the encryption overhead.

Key Takeaway: Minimal Impact on Latency

Key Takeaway: Minimal Impact on Latency

As the data indicates, VectaX's encryption has a minimal impact on latency; for example, the P99 latency remains the same for Qdrant, Weaviate, and Elasticsearch after encryption5. Also, the precision only drops by a consistent 0.04 across engines. This demonstrates the efficiency of VectaX encryption.

As the data indicates, VectaX's encryption has a minimal impact on latency; for example, the P99 latency remains the same for Qdrant, Weaviate, and Elasticsearch after encryption5. Also, the precision only drops by a consistent 0.04 across engines. This demonstrates the efficiency of VectaX encryption.

Vector Database Agnostic

Vector Database Agnostic

Zero Code Exposure for AI Coding Assistants

Zero Code Exposure for AI Coding Assistants

Your code never leaves your control. GitHub Copilot, Cursor, and other AI assistants work on fully encrypted code.

Your code never leaves your control. GitHub Copilot, Cursor, and other AI assistants work on fully encrypted code.

100%

100%

Code Privacy

Code Privacy

0%

0%

Code Exposure

Code Exposure

The Hidden Risk in Every AI Code Assistants

The Hidden Risk in Every AI Code Assistants

Every time you use an AI coding assistant, your entire codebase is at risk

Every time you use an AI coding assistant, your entire codebase is at risk

Your Code

Proprietary algorithms API keys, secrets

Your Code

Proprietary algorithms API keys, secrets

Your Code

Proprietary algorithms API keys, secrets

TLS Decryption

Only protects in transit, accessible at the server

TLS Decryption

Only protects in transit, accessible at the server

TLS Decryption

Only protects in transit, accessible at the server

Plain Text Processing

Full visibility to the provider Trust-based security

Plain Text Processing

Full visibility to the provider Trust-based security

Plain Text Processing

Full visibility to the provider Trust-based security

Multiple Systems

Logs, caches, embeddings

Multiple Systems

Logs, caches, embeddings

Multiple Systems

Logs, caches, embeddings

What Gets Exposed - Complete Attack Surface

What Gets Exposed - Complete Attack Surface

Transmission Risks

API keys in code snippets

Database credentials exposed

Customer PII in comments

Proprietary algorithms sent

Transmission Risks

API keys in code snippets

Database credentials exposed

Customer PII in comments

Proprietary algorithms sent

Transmission Risks

API keys in code snippets

Database credentials exposed

Customer PII in comments

Proprietary algorithms sent

Transmission Risks

API keys in code snippets

Database credentials exposed

Customer PII in comments

Proprietary algorithms sent

Storage Vulnerabilities

Vector embeddings outlive policies

Server RAM can be dumped

Debug logs contain code

CDN caches store requests

Storage Vulnerabilities

Vector embeddings outlive policies

Server RAM can be dumped

Debug logs contain code

CDN caches store requests

Storage Vulnerabilities

Vector embeddings outlive policies

Server RAM can be dumped

Debug logs contain code

CDN caches store requests

Storage Vulnerabilities

Vector embeddings outlive policies

Server RAM can be dumped

Debug logs contain code

CDN caches store requests

Active Attacks

Prompt injection attacks

Context poisoning

Cross-tenant data leakage

Supply chain compromise

Active Attacks

Prompt injection attacks

Context poisoning

Cross-tenant data leakage

Supply chain compromise

Active Attacks

Prompt injection attacks

Context poisoning

Cross-tenant data leakage

Supply chain compromise

Active Attacks

Prompt injection attacks

Context poisoning

Cross-tenant data leakage

Supply chain compromise

Systemic Risks

No revocation possible

Policy changes anytime

Provider breaches

Acquisition

Systemic Risks

No revocation possible

Policy changes anytime

Provider breaches

Acquisition

Systemic Risks

No revocation possible

Policy changes anytime

Provider breaches

Acquisition

Systemic Risks

No revocation possible

Policy changes anytime

Provider breaches

Acquisition

The Core Problem

The Core Problem

Security through POLICY, not TECHNOLOGY

Security through POLICY, not TECHNOLOGY

What Providers Say

We don't store your code

Zero retention policy

Enterprise-grade security

SOC2 compliant

Your data is safe with us

What Actually Happens

Full plaintext access required

Multiple decryption points

Logs, caches, embeddings persist

No technical prevention

Trust-based, not crypto-based

With Mirror VectaX

With Mirror VectaX

It's the difference between "we promise not to look at your code" and
"we mathematically cannot look at your code."

It's the difference between "we promise not to look at your code" and
"we mathematically cannot look at your code."

The Zero-Knowledge

Architecture

The Zero-Knowledge

Architecture

Compute on encrypted data without ever decrypting it

Optimised for Al Workloads

Optimised for Al Workloads

Optimised for Al Workloads

Memory, Processing, Accuracy & Latency

Homomorphic Encryption

Homomorphic Encryption

Code encrypted with your key Never leaves encrypted state

Homomorphic Compute

Homomorphic Compute

Homomorphic Compute

Al processes encrypted data

Mathematical operations preserved

Encrypted
Results

Encrypted
Results

Encrypted
Results

Response remain encrypted

Only you can decrypt

Protect Your Code Today

Protect Your Code Today

Join leading enterprises using Mirror Security for zero code exposure, using your favorite AI Coding Assistants

Join leading enterprises using Mirror Security for zero code exposure, using your favorite AI Coding Assistants

Security Layer for LLM

Security Layer for LLM

LLM Model Protection

LLM Model Protection

LLM Model Protection

Strengthen defenses against model theft with robust security protocols, ensuring edge based LLM remains exclusive and secure from unauthorized replication or access.

Privacy Preserving Inferences: Ensuring Integrity

Privacy Preserving Inferences: Ensuring Integrity

Privacy Preserving Inferences: Ensuring Integrity

Encrypted inferencing ensures the integrity and confidentiality of data, from input through to output, maintaining its accuracy and preventing tampering or unauthorized disclosure.

Role Based Access Control

Role Based Access Control

Integrate role-based access control in LLMs to secure and regulate user interactions, ensuring compliance and data protection.

Secure LLM Finetuning

Secure LLM Finetuning

Secure LLM Finetuning

Enhance Large Language Models with finetuning that utilizes encrypted data, 

ensuring data privacy and compliance while preserving the integrity of the training process.

Enterprise-Grade Security Standards

Built on cryptographic foundations that meet the highest security requirements

Enterprise-Grade Security Standards

Built on cryptographic foundations that meet the highest security requirements

Enterprise-Grade Security Standards

Built on cryptographic foundations that meet the highest security requirements

Enterprise-Grade Security Standards

Built on cryptographic foundations that meet the highest security requirements

FIPS 140-2
Validated

FIPS 140-2
Validated

FIPS 140-2
Validated

FIPS 140-2
Validated

Quantum-Resilient Cryptography

Quantum-Resilient Cryptography

Quantum-Resilient
Cryptography

Quantum-Resilient Cryptography

Mirror Security

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