Verifiable AI sovereignty beyond
empty promises

Organizations need verifiable proof that critical AI workloads remain secure and within designated boundaries. Current methods rely on contractual agreements and periodic audits that can't provide continuous verification.
We replace promises with cryptographic proof.

The Problem

The Problem

As AI adoption accelerates, organizations face mounting pressure to prove their workloads operate within specific jurisdictional boundaries—whether for data sovereignty, export compliance, or customer trust.

Current assurance methods rely on fragile foundations: agreements that can be broken and audits that show only snapshots in time.

Our Solution

Our Solution

With Lucid Computing, you are in complete control of where your critical AI workloads take place. Our platform provides you with continuous, hardware-rooted cryptographic proof that your workloads never leave the boundaries you define. This technical guarantee replaces contractual assurances with immutable evidence, empowering you to confidently deploy AI, across government, defense, and regulated industries with absolute certainty.

Unlock Data Sovereignty

Unlock Data Sovereignty

Lucid Computing enables true data sovereignty by providing cryptographic proof of AI inference location.

Lucid Computing enables true data sovereignty by providing cryptographic proof of AI inference location.

Confidential chat

Confidential chat

Certified Sovereign Connection

Hello! I am your secure AI assistant. How can I help you today?

I have a question about some of our sensitive data

Since I'm running in a Trusted Execution Environment (TEE), all our conversation will be end-to-end private and secure. Please go ahead and ask your question

Organizations can't prove where their AI workloads actually run

Organizations can't prove to regulators and customers where sensitive AI data gets processed which costs them time, money and their IP.

With Lucid Computing, end users and regulators receive immutable attestations showing exactly where data was processed. This enables AI companies to demonstrate compliance to regulators and customers, government contractors to prove sensitive data stays within national borders, and high-IP organizations to verify their proprietary data wasn't processed in competitor jurisdictions.

Finance

Trading algorithms and risk analysis with regulatory compliance.

Healthcare

Medical AI with patient data protection requirements.

Government

Classified workloads and sensitive PII requiring national jurisdiction control.

Defense

Sensitive AI applications with sovereignty requirements.

accelerate license acquisition

accelerate license acquisition

Lucid Computing provides automated, continuous location verification for export-controlled AI hardware.

Lucid Computing provides automated, continuous location verification for export-controlled AI hardware.

Export-controlled AI chips face slow, undefined licensing and intrusive compliance requirements, killing deals

Export-controlled AI chips face slow, undefined licensing and intrusive compliance requirements, killing deals

Export-controlled AI chips face slow, undefined licensing and intrusive compliance requirements, killing deals

This creates multi-month licensing delays, project stalls, and investor flight to other jurisdictions.

Our platform accelerates license acquisition by providing BIS with immutable compliance monitoring and audit trails that satisfy requirements without intrusive inspections. This eliminates licensing delays while reducing operational overhead.

Government

Federal agencies with AI chip licenses requiring BIS compliance.

Federal agencies with AI chip licenses requiring BIS compliance.

Federal agencies with AI chip licenses requiring BIS compliance.

Federal agencies with AI chip licenses requiring BIS compliance.

Defense

ITAR compliance for AI systems and export-controlled hardware.

ITAR compliance for AI systems and export-controlled hardware.

ITAR compliance for AI systems and export-controlled hardware.

ITAR compliance for AI systems and export-controlled hardware.

Cloud Service Providers

Hyperscalers with export-controlled hardware needing automated compliance.

Hyperscalers with export-controlled hardware needing automated compliance.

Hyperscalers with export-controlled hardware needing automated compliance.

Hyperscalers with export-controlled hardware needing automated compliance.

Research Institutions

Universities and labs with controlled AI research equipment.

Universities and labs with controlled AI research equipment.

Universities and labs with controlled AI research equipment.

Universities and labs with controlled AI research equipment.

How It Works

  1. Setup

Our robust Landmark Endorser server network is being deployed to achieve 97% country reach, covering all relevant jurisdictions globally. Nothing for you to do here.

Our robust Landmark Endorser server network is being deployed to achieve 97% country reach, covering all relevant jurisdictions globally. Nothing for you to do here.

Our robust Landmark Endorser server network is being deployed to achieve 97% country reach, covering all relevant jurisdictions globally. Nothing for you to do here.

  1. Install

Install the Lucid core libraries on the Trusted Execution Environment of your AI chip with a simple command. This sets up a trusted link and our delay-based protocol to verify the distance and location of your advanced AI accelerators.

Install the Lucid core libraries on the Trusted Execution Environment of your AI chip with a simple command. This sets up a trusted link and our delay-based protocol to verify the distance and location of your advanced AI accelerators.

Install the Lucid core libraries on the Trusted Execution Environment of your AI chip with a simple command. This sets up a trusted link and our delay-based protocol to verify the distance and location of your advanced AI accelerators.

  1. Report

Our zero-knowledge architecture generates privacy-preserving reports via the secure server-to-chip TEE connection. The delay-based location verification adds a layer of trust by confirming AI chip's location without exposing sensitive data.

Our zero-knowledge architecture generates privacy-preserving reports via the secure server-to-chip TEE connection. The delay-based location verification adds a layer of trust by confirming AI chip's location without exposing sensitive data.

Our zero-knowledge architecture generates privacy-preserving reports via the secure server-to-chip TEE connection. The delay-based location verification adds a layer of trust by confirming AI chip's location without exposing sensitive data.

4. Comply

Our platform provides a layer of autonomous compliance, empowering you to stay ahead of ongoing and evolving reporting requirements. This includes support for AI sovereignty regulations and standards such as US export controls, the EU AI Act, GDPR, DSA, the UK's DPA, and frameworks like NIST and FIPS. We facilitate adherence to these diverse international and national obligations, promoting responsible AI governance worldwide.

Our platform provides a layer of autonomous compliance, empowering you to stay ahead of ongoing and evolving reporting requirements. This includes support for AI sovereignty regulations and standards such as US export controls, the EU AI Act, GDPR, DSA, the UK's DPA, and frameworks like NIST and FIPS. We facilitate adherence to these diverse international and national obligations, promoting responsible AI governance worldwide.

Who we are

Our Mission

Our mission is to shine a light on the world’s dark compute, safeguard privacy, and enable responsible AI for the benefit of humanity.

Our Mission

Our mission is to shine a light on the world’s dark compute, safeguard privacy, and enable responsible AI for the benefit of humanity.

Our Mission

Our mission is to shine a light on the world’s dark compute, safeguard privacy, and enable responsible AI for the benefit of humanity.

Our Mission

Our mission is to shine a light on the world’s dark compute, safeguard privacy, and enable responsible AI for the benefit of humanity.

The Problem We Face

The global advancement of AI faces significant hurdles for all nations: complex supply chains, the need to uphold export controls, and diverse international data residency and other regulations. Ensuring that advanced AI hardware, like GPUs, reaches its intended destination and operates within compliance boundaries is critical for building and maintaining international trust and security.

The Problem We Face

The global advancement of AI faces significant hurdles for all nations: complex supply chains, the need to uphold export controls, and diverse international data residency and other regulations. Ensuring that advanced AI hardware, like GPUs, reaches its intended destination and operates within compliance boundaries is critical for building and maintaining international trust and security.

The Problem We Face

The global advancement of AI faces significant hurdles for all nations: complex supply chains, the need to uphold export controls, and diverse international data residency and other regulations. Ensuring that advanced AI hardware, like GPUs, reaches its intended destination and operates within compliance boundaries is critical for building and maintaining international trust and security.

The Problem We Face

The global advancement of AI faces significant hurdles for all nations: complex supply chains, the need to uphold export controls, and diverse international data residency and other regulations. Ensuring that advanced AI hardware, like GPUs, reaches its intended destination and operates within compliance boundaries is critical for building and maintaining international trust and security.

Our Solution

Lucid Computing provides the essential verification layer, bridging the gap between physical deployment and secure, compliant operation for all stakeholders.

Our Solution

Lucid Computing provides the essential verification layer, bridging the gap between physical deployment and secure, compliant operation for all stakeholders.

Our Solution

Lucid Computing provides the essential verification layer, bridging the gap between physical deployment and secure, compliant operation for all stakeholders.

Our Solution

Lucid Computing provides the essential verification layer, bridging the gap between physical deployment and secure, compliant operation for all stakeholders.

Insights

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