Silicon-Level Privacy
For Truly Sovereign AI.
Based on Intel TDX, Ubuntu, Kuma, and K3s. DataAsset.Store offloads confidential computing requirements to hardware enclaves directly inside the TDX architecture. Bypass US CLOUD Act constraints and retain absolute citizen data ownership.
Sovereign AI Infrastructure Pillars
Silicon-enforced security for national sovereignty and public-sector cloud compliance.
Confidential Compute
Protecting code and data in-use via Intel TDX hardware enclaves. Compiling and running models inside cryptographically isolated enclaves.
Explore TDX TechSovereign Enclaves
Targeting national and municipal government compliance (Canada, UK, EU). Change the underlying economics of AI infrastructure without residency concerns.
Scoping SessionSovereignty Advocacy
Advocating for silicon-enforced privacy against the legal loopholes of the US CLOUD Act. True sovereignty for citizens outside the US.
Read the AdvocateSovereign AI Roadmap
The milestones in our quest to bring true silicon-level sovereignty to public computing.
The CLOUD Act Mandate
US CLOUD Act eliminates international boundaries for data access, rendering traditional data residency laws ineffective for sovereign nations.
Silicon-Level Privacy Research
Initiated R&D on hardware-enforced isolation, mapping virtualized workloads into Intel TDX Trust Domain Extensions.
Kuma & K3s Orchestration
Engineered a zero-trust multi-zone orchestration framework using Kuma and K3s to federate confidential nodes globally.
DataAsset.Store Production Launch
The world's first transparent Sovereign AI platform goes live, bringing true cryptographic sovereignty to governments and citizens.
"Ever since the US CLOUD Act in 2018, there has been no such thing as state-level sovereignty. That changes starting today. We allow data to be stored on US soil, or anywhere globally, without being accessible to foreign jurisdictions. Absolute privacy, guaranteed by silicon."