NeocloudX: The Market for GPU Compute Capacity

NeocloudX is a pioneering AI platform that functions as a commodity market for GPU compute, likened to the "Henry Hub for GPU capacity." It enables users to buy, sell, or transfer GPU compute resources at true market rates, offering spot pricing for high-performance H100 SXM GPUs at $1.15/hr. The platform supports instant access via NeocloudX Connect, a browser-based tunnel, and allows users to deploy nodes in under 60 seconds. With features like forward contracts for hedging future compute costs and a physically settled compute exchange, NeocloudX enables price discovery and standardization of compute as a "barrel" unit across providers. The platform supports user-guided machine management, API integration, and offers a comprehensive user guide and FAQ. It caters to individuals, freelancers, startups, and enterprises seeking flexible, scalable, and cost-effective AI infrastructure.

Key Features:

• GPU Compute Marketplace: Buy and sell GPU capacity at market-driven spot prices.
• NeocloudX Connect: Instant browser-based access to global GPU instances.
• Spot Pricing: Real-time pricing for H100 SXM GPUs.
• Forward Contracts: Hedge future compute costs with financial instruments.
• Compute as a Commodity: Standardized compute units for price discovery.
• Instant Node Deployment: Deploy a node in under 60 seconds.
• Physically Settled Exchange: Enables hedging and speculation on compute capacity.
• User-Guided Machine Management: Full control over compute instances.
• API Integration: For seamless automation and deployment.
• Support & Resources: Comprehensive user guide, FAQ, and responsive email support.

Pricing: NeocloudX offers a freemium model with a trial option, allowing users to explore the platform before committing. Specific pricing details, including subscription tiers and usage-based models, are available upon inquiry.

Conclusion: NeocloudX is a transformative platform that brings market efficiency and financial flexibility to AI infrastructure, empowering users to manage compute resources with unprecedented ease and control.