CA :
Harness the Power of Idle GPUs for Global Change.
Vertex thrives on the power of community. By connecting users across the globe, we are creating a network that fosters collaboration, innovation, and shared success.
A future where computing is accessible to all
We believe in a world where high-performance computing is no longer a privilege but a right. Vertex is committed to democratizing GPU access for everyone.
Computing is at a crossroads. As artificial intelligence, rendering, and simulation demand unprecedented computational power, GPUs have become the engines of progress. Yet, the way we access and utilize these resources is stuck in the past.
Centralized data centers are bottlenecks. They are expensive, vulnerable to outages, and often underutilized. Meanwhile, millions of GPUs across the globe sit idle in gaming rigs, personal devices, and edge systems, wasted potential waiting to be unlocked.
This is where decentralization changes everything.
By connecting unused GPUs into a shared, global network, we can create an open, accessible, and infinitely scalable pool of compute power. A decentralized GPU renting system isn’t just a technical innovation—it’s a rethinking of resource ownership and accessibility.
• For developers and researchers, it offers cost-effective, on-demand access to computational power.
• For individuals and businesses, it turns idle hardware into revenue streams.
• For the world, it means reduced waste, democratized technology, and a level playing field for innovation.
The time for this transformation is now. The infrastructure is ready: blockchain for trust, peer-to-peer networks for connectivity, and AI for optimization. By combining these technologies, we can create a system that is secure, fair, and resilient.
That’s why we’re building Vertex.
An open-source framework for decentralized GPU renting, designed to empower individuals, break the monopolies of centralized clouds, and unleash the true potential of global compute.
The future isn’t in the hands of a few—it’s in all of ours. Let’s build it together.
Fair distribution at prority
Our share is designed to ensure equitable access and rewards for all participants. Through a transparent and decentralized approach, we incentivize contributors.
Circulating Supply (95%)
The majority of tokens are allocated for general circulation, enabling wide accessibility and active ecosystem participation.
- Transactions: Facilitating payments between GPU renters and providers.
- Liquidity: Supporting smooth trading on decentralized exchanges and maintaining token stability.
Empowers community & the platform's core functionality.
Architecture for the generations to come
Built for scalability, security, and efficiency, Vertex’s architecture is designed to evolve with the ever-changing landscape of computing.
GridLink Decentralized Network
The platform operates on a peer-to-peer network leveraging a custom protocol called GridLink. GridLink dynamically discovers available GPUs and establishes secure, low-latency connections. This architecture removes single points of failure and ensures high availability across the system.
EdgeNode Client - GPU Resource Sharing
Idle GPUs are integrated into the network via the EdgeNode client. This lightweight software runs minimal background processes and uses a predictive algorithm called QuantumMesh to anticipate demand, ensuring optimal resource utilization. GPUs report their availability, specifications, and thermal status in real-time.
The Adaptive Smart Contracts
The system employs Adaptive Smart Contracts (ASC), an enhanced blockchain-based framework that supports dynamic contract updates based on real-time computational metrics. ASCs handle pricing, performance verification, and dispute resolution without human intervention.
HiveMind Engine For Computing Resource Orchestration
Orchestration is powered by the HiveMind engine, a distributed AI-powered scheduler. HiveMind uses neural topology mapping to allocate workloads intelligently, balancing computational loads while minimizing latency. It also supports cross-node task migration, enabling seamless scaling for complex jobs.
ComputeCoins For A Better Payment Integration
The platform introduces ComputeCoins, a native cryptocurrency designed for microtransactions. ComputeCoins utilize a hybrid consensus model combining proof-of-contribution and proof-of-completion, ensuring that payments reflect actual GPU utilization. This system rewards efficiency and penalizes fraud.
Security and Privacy
The platform employs QRE encryption to secure communications and transactions, ensuring protection against future quantum-based threats. Computation on GPUs is sandboxed using a proprietary system called Isolated Compute Layers (ICL), which prevents interference or data leaks between tasks.
Scalability and Fault Tolerance
The architecture is inherently scalable through a self-healing protocol. When nodes fail or become unresponsive, it re-routes tasks and replicates workloads in milliseconds, ensuring uninterrupted performance. This protocol also supports edge deployments in remote or low-bandwidth environments.
Adaptive Dynamic Compression Layer
A unique feature of the platform is the Adaptive Compression Layer (ACL), which reduces data transfer overhead by analyzing workload patterns and applying context-aware compression. This allows for faster data transfers, especially for high-volume tasks like rendering and training deep learning models.
PredictAMI - Predictive Maintenance Analytics
GPU providers benefit from PredictAMI, a built-in monitoring system that predicts hardware failures before they occur. Using machine learning models trained on thermal data, voltage patterns, and workload history, PredictAMI helps avoid downtime and prolongs the lifespan of hardware.
Energy Optimization Framework
The system features EcoFlow, an energy optimization framework that monitors power consumption and dynamically adjusts workloads to minimize energy usage. EcoFlow also incentivizes the use of renewable energy by offering ComputeCoin bonuses for eco-friendly nodes.