Skipr Secures $2 Million Seed Funding to Scale Sovereign AI Trust Infrastructure

Skipr Technologies, an Abu Dhabi-based startup specializing in autonomous AI trust infrastructure, has successfully raised $2 million in seed funding. The round, which values the company at $10 million, was announced from the Hub71 global tech ecosystem. This capital injection marks a significant milestone for the firm as it builds the foundational layers required for secure AI-to-AI communication.

Building the Autonomous Trust Fabric

The company provides a secure platform designed for autonomous AI agents to interact and exchange value across organizational borders. By using cryptographic identities and policy-driven routing, Skipr ensures that these agents operate within strict compliance frameworks. This technology acts as a foundational trust fabric, allowing AI systems to coordinate without human intervention while maintaining data integrity.

Strategic Expansion and Use of Funds

The newly acquired funds will be utilized to accelerate the expansion of Skipr’s sovereign AI infrastructure. This includes scaling national and enterprise-grade deployments for governments and large-scale organizations. The company plans to deepen its collaborations with telecommunications operators and cybersecurity labs to refine its auditable interoperability features.

Regulatory-First Leadership

Led by CEO Andreas Hartl, a former high-ranking German government AI strategist, Skipr addresses the growing need for digital sovereignty. Hartl emphasizes that the funding will push the development of tools that allow nations to deploy AI safely and at scale. His background in EU regulatory policy informs the platform’s focus on complex compliance like the EU AI Act and GDPR. Skipr is currently partnering with data centers and AI labs to implement its digital services at a cross-jurisdiction scale. These early implementations help organizations transition into AI-ready environments where data control remains paramount. The infrastructure is purpose-built to prevent unauthorized data leaks during autonomous transactions.