Guarantee AI Integrity
Detect Compromise & Corruption
The only audited library for verifiable AI. Deployed in production adversarial environments where integrity matters most.
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Why Choose EZKL?

Verify that AI models are running exactly as intended, without compromise. Detect tampering from hackers, hardware failures, or corrupted outputs.

Unbreakable Security

Even with root access, attackers cannot forge false AI outputs

Easy Integration

Drop into existing systems without changing your current setup

Hardware Detection

Instantly detect GPU failures and data corruption on-chip

Battle-Tested

Only audited library deployed in production adversarial environments

3 Step Process

How It Works

1

Import Your Model

Support for PyTorch, TensorFlow, or any computational graph

2

Generate Verification

Choose pure software, Intel TEEs, or NVIDIA CUDA based on your environment

3

Deploy & Verify

Backwards compatible with existing deployments - no infrastructure changes needed

EZKL Pure Software
Works on any device - even browsers and iPhones. Backwards compatible with any deployment and handles tech debt seamlessly.
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Hardware Solutions
Intel TEE support for low-latency applications and specialized NVIDIA CUDA kernels that detect GPU failures on-chip.
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Solutions

Three ways to verify AI integrity across any environment.

EZKL Verification Solutions
Choose Your Environment
Pure Software (Any Device)
Intel TEEs (Low Latency)
NVIDIA CUDA (GPU Detection)

Frequently Asked Questions

What verification options does EZKL offer?

We offer pure software verification that works on any device (even browsers and iPhones), Intel TEE support for low-latency applications, and specialized NVIDIA CUDA kernels for GPU failure detection.

Can EZKL work with my existing deployment?

Yes, our pure software solution is backwards compatible with any deployment and handles tech debt well. No infrastructure changes required.

How do you handle GPU hardware failures?

Our specialized CUDA kernels detect hardware degradation and data corruption directly on-chip, without requiring additional monitoring software.

What if I have specialized hardware requirements?

We can rapidly adapt to new environments. We have previously deployed to new hardware stacks in weeks and can accommodate specialized setups.

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