XMW Morphware

Morphware is a Web3 AI platform offering services such as Large Language Models (LLMs), AI Agents, and Decentralized Machine Learning. It utilizes blockchain technology for payments, model validation, and creating decentralized compute clusters powered by high-performance GPUs like the NVIDIA H200. Morphware operates on renewable energy sources priced affordably, aiming for self-sustainability by combining cryptocurrency mining with AI workloads to optimize energy use and reduce idle capacity.

Founders of Morphware

• Kenso Trabing: Founder of Morphware, launched in 2021. Previously a senior data scientist at a blockchain-focused venture studio and taught blockchain development at Princeton Quant Conference and Yale Blockchain Bootcamp.
• Darshan Raju: Tech Lead, formerly at Microsoft developing Azure tools and currently working on TikTok at ByteDance. He ensures Morphware’s technical robustness.
• Anthony Albertorio: Community Lead, with experience in developer relations at zkSync and community development at ConsenSys. He fosters Morphware’s collaborative ecosystem.
• Asim Jan: AI Lead, a PhD holder in AI with expertise in deploying large-scale AI solutions, including real-time image processing and edge computing.
• Christopher Mallalieu: Web3 Lead, experienced in blockchain development and decentralized applications, previously a software engineer at Crossmint.

Unique Features of Morphware

• Renewable Energy Integration: Utilizes abundant renewable energy to power scalable infrastructure cost-effectively.
• AI Model Verification: Ensures calls to models are verifiable using zero-knowledge proofs (zK).
• High Availability for LLMs: Provides access to up-to-date LLMs with varying parameters for user interaction.
• AI Agents: Offers customizable agent capabilities tailored to user needs.
• BTC Mining: Leverages excess renewable energy for profitable Bitcoin mining while minimizing slack capacity.
• Decentralized Machine Learning: Enables peer-to-peer networking for GPU utilization across diverse compute tasks.