As AI infrastructure becomes the backbone of the next tech revolution, securing its foundation has never been more critical. StemPoint, a distributed AI computing network, is building a future where GPU power, algorithms, and data are decentralized, democratized, and optimized for global innovation. Now, through a strategic partnership with Naoris Protocol, the groundwork is being laid to embed decentralized cybersecurity and post-quantum trust into this rapidly scaling ecosystem — ensuring that as AI grows, it does so with integrity, privacy, and resilience at its core.

Reimagining AI Infrastructure from the Ground Up

StemPoint is not just another AI protocol. It is an entire infrastructure layer designed to solve some of the most pressing challenges facing global AI development — access to compute, algorithm sharing, data privacy, and incentive alignment.

Its architecture is composed of four major building blocks: Hash Forest (distributed GPU aggregation), Model Base (an AI model library), Knowledge Graph (a secure data marketplace), and a tokenized incentive layer that binds the system together. Together, these components create a decentralized ecosystem where AI developers can train, share, and deploy models in a highly efficient, privacy-preserving, and economically sustainable manner.

From a technical perspective, StemPoint’s sharded AI computing architecture enables scalable parallel processing across fragmented resources — effectively turning a wide-area network into a supercomputing mesh. The inclusion of advanced scheduling, algorithm portability, and containerized resource management makes it one of the most sophisticated AI backbones being developed today.

But as with any foundational AI infrastructure, the security of the entire system must match its ambition.

Where Naoris Protocol Comes In

Naoris Protocol is designed to operate beneath the visible layers of blockchain and Web2 systems alike — what it calls the Sub-Zero Layer. This post-quantum secure foundation provides continuous, decentralized trust validation for nodes, APIs, and devices in real time. In the context of AI infrastructure, this offers an essential protective framework for the rapid growth and mission-critical nature of AI workloads.

Through this strategic partnership, StemPoint plans to explore the integration of Naoris Protocol’s Decentralized Proof-of-Security (dPoSec) mechanism into its network. This would enable real-time validation of compute providers, algorithm executions, and data transaction endpoints across its distributed architecture.

Rather than waiting for vulnerabilities to be exploited or for quantum computing to break current encryption models, StemPoint and Naoris are building a framework where the AI infrastructure itself is auditable, tamper-resistant, and future-proof by design.

Why Security Matters for the Next Generation of AI Compute

Distributed AI networks like StemPoint sit at the intersection of some of the most sensitive vectors in technology: high-value GPU computation, proprietary algorithm development, and massive-scale data flow. Without a decentralized, always-on security framework, this system could be vulnerable to:

• Malicious actors introducing compromised algorithms or poisoned data sets
• Compute fraud or node impersonation in distributed training workloads
• Future quantum computing threats that could undermine key cryptographic signatures

By integrating Naoris Protocol’s Sub-Zero Layer, StemPoint can create a verifiable trust environment where every component — from compute node to data packet — is continuously audited and cryptographically secured.

This turns a distributed network from a loose mesh into a hardened system. It also builds confidence for institutional partners and enterprises looking to leverage decentralized AI while meeting regulatory and compliance demands.

Charting a New Course for AI x Web3 Infrastructure

StemPoint and Naoris Protocol share a broader vision — one where decentralization is not just about accessibility or cost, but about credibility. In a future dominated by AI-driven operations and decisions, ensuring the integrity of the systems that power them becomes a collective imperative.

The partnership marks the beginning of this shared roadmap. StemPoint is laying the foundation for inclusive, distributed AI compute. Naoris Protocol is preparing the trust layer to secure that foundation against the risks of tomorrow.

About StemPoint

StemPoint is a distributed AI computing network that aggregates GPU resources, shares algorithms through an open model library, and enables decentralized data exchange for training and deploying machine learning models. Its architecture integrates sharded compute layers, containerized scheduling, and smart contract-based incentives to support AI development at global scale.
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About Naoris Protocol

Naoris Protocol is revolutionizing cybersecurity and digital trust with the world’s first Decentralized Post-Quantum Infrastructure, operating at the Sub-Zero Layer, below layers L0 to L3 it secures blockchain transactions and Web3 & Web2 infrastructure, including DEXes, bridges, and validators, enterprise cloud and IoT networks. By transforming every device into a trusted validator node, our Post-Quantum infrastructure leverages the cutting-edge dPoSec consensus and Decentralized Swarm AI, to set a new standard in transparency, trust, and security, preparing Web3 and Web2 for a Post-Quantum future.

Led by industry experts and cyber pioneers adding decades of experience who are committed to advancing the frontiers of cybersecurity and trust, here’s some of our trusted advisors;

• David Holtzman: former CTO of IBM and architect of the DNS protocol
• Ahmed Réda Chami: Ambassador for Morocco to the EU. Former CEO Microsoft North Africa
• Mick Mulvaney: Former White House Chief of Staff
• Inge Kampenes: Former Chief of Norwegian Armed Forces & Chief of Cyber Defence adding decades of experience who are committed to advancing the frontiers of cybersecurity and trust.

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