Context / 01

The Digital Sovereignty Gap

"I started SovCore because the 'Sovereignty Gap' isn't just a technical problem—it's a jurisdictional liability for the most sensitive institutions in Europe."

I’ve seen firsthand how the world’s data is centralized into clouds that, while technically impressive, remain subject to foreign surveillance mandates like the US CLOUD Act. As an American founder building in the Netherlands, I have a unique vantage point on this risk. I understand the legal and technical reach of US jurisdiction better than most. For more on this topic, see the Sovereignty Gap 101.

Essay / 02

Securing Europe's Digital Autonomy

My name is Chidinma Egbukichi, and I am the founder of SovCore. I began my career at the heart of the U.S. tech ecosystem—from technical roles at Pinterest to founding roles at venture-backed startups in Silicon Valley. With degrees from MIT and Columbia, I’ve spent years building systems designed for scale. However, since moving to Europe, I’ve realized that the next frontier isn’t just about scale, it’s about assurance.

Recent large-scale breaches in the Netherlands have only reinforced my conviction: the "trusted" central server model is structurally flawed. The future of high-assurance data cannot rely on the promises of a provider. We need a model built on mathematical certainty. With the arrival of the European Digital Identity Wallet (eIDAS 2.0) and the NIS2 Directive, we finally have the tools to build a truly sovereign alternative.

Most "secure" cloud providers operate on a foundation of faith, promising not to access your data while maintaining the technical ability to do so. In the current threat landscape, this reliance on trust is both a design flaw and a significant liability. For a law firm handling a confidential M&A deal or a clinic managing sensitive medical records, the status quo of trusting a provider's promise of privacy is no longer acceptable.

At SovCore, we have replaced the "trusted third party" with mathematical verification. Our infrastructure is designed to be mathematically immune to traditional data breaches and third-party subpoenas by ensuring that decryption happens strictly on your device.

Read the full Sovereign Mandate

This architecture replaces the 'trusted third party' with mathematical verification, ensuring that confidentiality is maintained through provable security rather than organizational policy. We are starting here in the Netherlands, launching for the legal and medical sectors, with plans to scale across the European Union. If you share this vision for digital autonomy, I'd love to connect.

Chidinma

Founder, SovCore B.V.

Innovation / R&D

Certified Innovation Hub

SovCore is officially recognized for contributions towards technical research and development under the WBSO framework by Rijksdienst voor Ondernemend Nederland / the Netherlands Enterprise Agency (RVO).

Complex R&D
Novel Research
Technical Validation
Strategic Roadmap / 2026-2028

SovCore Gate

Active Development

The EUDI Verifier

The bridge between the EU Digital Identity framework and high-assurance sovereign infrastructure.

SovCore VDR

Planned

Sovereign Virtual Data Room

Zero-knowledge, jurisdictional-locked environment for high-stakes legal and corporate transactions.

SovCore Atlas

Planned

Sovereign Medical Data Storage

Hardware-bound, ISO 27001 compliant vault for sensitive healthcare data and patient records.

Note: This roadmap is subject to technical R&D milestones and regulatory alignment within the European Union's evolving digital landscape.

Framework / 03

Core Operational Commitments

Commitment 01

100% EU-Based and Governed

Headquartered in the Netherlands, SovCore ensures that your data protection is contained within the EU and secured by mathematical proof.

Commitment 02

Zero-Knowledge Architecture

Sovereignty is the default state of our architecture. Data is encrypted client-side using hardware-backed EUDI keys before it ever leaves your device.

Commitment 03

Open for Technical Peer Review

Critical infrastructure for human autonomy cannot be proprietary. Our cryptographic pipeline and protocols are open for audit by the security community.

Technical Documentation / 04

The SovCore Technical Whitepaper

A comprehensive analysis of our WASM-isolated cryptographic pipeline, jurisdictional locking mechanisms, and EUDI-native verification framework.