The rapid restructuring of the global intelligent economy is placing unprecedented emphasis on next-generation infrastructure. In a move that underscores this transition, Sweden’s NIX Foundation has committed US$10 million in strategic funding to BOHR Chain, a new Layer-0 blockchain designed for AI workloads, compute networks, and verifiable computation.

The investment also coincides with BOHR Chain formally naming CaryPact as its first official ecosystem protocol — a development that signals the decentralized compute market’s move toward industrialization and assetization on a global scale.

International Backing: Sweden’s NIX Foundation Advances Next-Gen Infrastructure

NIX Foundation, an international non-profit backed by Nordic government innovation agencies, Middle Eastern sovereign wealth funds, and global investment groups, focuses on cross-border blockchain standards and technical governance.

Its US$10 million investment provides BOHR Chain and CaryPact with dual support from global governance frameworks and international capital, strengthening their position ahead of broader ecosystem expansion initiatives.

BOHR Chain Targets AI Era With Multi-Layer Trust Architecture

BOHR Chain introduces a Quantum Structural Model, restructuring consensus, security, computation, and governance into a multi-dimensional trust framework engineered for high-performance AI tasks and verifiable compute.

A key feature is its modular protocol stack, which ships with native components such as DID, NFT, DEX, lending, governance, task scheduling, AI execution and verification, cross-chain integration, and compute-proof modules. This enables developers to assemble production-ready protocols without rebuilding core infrastructure — reducing deployment cycles from months to hours.

The chain uses a hybrid PoW + PoS consensus model:

• PoW integrates GPU/CPU resources to enable compute-backed validation and future AI verification.
• PoS provides governance and network finality.

Together they establish a transparent, performance-oriented computational base for AI and Web3 applications.

CaryPact Named First Ecosystem Protocol, Bringing Compute Assets On-Chain

CaryPact becomes BOHR Chain’s first deployed protocol, and is positioned as the world’s first system to standardize and rights-confirm physical compute power while enabling decentralized matching and on-chain billing. Key components include:

• Dynamic Compute Scheduling (DAA) — Standardizes heterogeneous compute and enables real-time matching.
• Execution on BOHR’s PoW + PoS Engine — Uses dual consensus to assign rewards and validate compute output.
• CPC (Consensus-based Proof of Compute) — Establishes on-chain confirmation and transparent settlement.

Its deployment marks the first time compute power enters the intelligent economy as a verifiable, on-chain asset backed by both a foundation and a base-layer blockchain.

CaryPact Node Sales Launch Globally in Sync

With the strategic investment from BOHR Chain secured and CaryPact's ecosystem positioning finalized, the decentralized computing power network is poised for a critical launch.

CaryPact officially commenced the global sale of its computing power nodes on December 7.

This launch serves as a primary gateway for users worldwide to participate in the next-generation infrastructure revolution, acting as a chain reaction engine to propel the ecosystem into a phase of rapid expansion

Foundation Governance, Layer-0 Architecture, and On-Chain Compute Converge

From NIX Foundation’s governance influence to BOHR Chain’s multi-dimensional trust structure and CaryPact’s compute-matching framework, a cross-era infrastructure pathway is emerging — spanning AI compute, intelligent economy systems, and Web3 rails.

CaryPact is now positioned to advance the democratization of global compute resources and guide decentralized super-compute networks toward industrial-scale adoption.

Company：CaryPact
Contact Person: Ryan Tang
Email: tangqrr@gmail.com
Website: https://app.carypact.com
Telephone: +86 18511576887
City：Hangzhou, Zhejiang, China