GPU nodes
Register NVIDIA/AMD accelerators for inference, batch jobs, fine-tuning queues and future distributed workloads.
QubitPage host network
Join the QubitPage AI Compute Pool.
Register GPU, CPU, RAM and storage capacity through a controlled node client. QubitPage can aggregate verified machines into a managed pool for AI workloads, web IDE sessions, batch jobs and future distributed compute services.
Scientific basis
Crypto mining pools work because miners submit independent proofs. AI compute pools are harder: workloads need compatibility, privacy, scheduling, result verification and secure isolation. QubitPage treats this as a verified compute network, not anonymous mining.
CPU and RAM capacity
Expose spare server capacity for build jobs, data preparation, web IDE sessions and memory-heavy workloads.
Node agent
Install a QubitPage client that reports inventory, heartbeat, benchmark signals and operational readiness.
Verified scheduling
Nodes start pending. QubitPage reviews isolation, network, abuse handling and pricing before workloads are routed.
Design principles
- Users do not need to become a full hosting company to participate; a registered client node can start in pending mode.
- The scheduler must match workload requirements to real hardware telemetry: GPU model/VRAM, CPU cores, RAM, storage, network and region.
- Security boundaries matter more than raw capacity: customer jobs require isolation, revocation, logging and abuse controls.
- Mining-pool economics inspire the aggregation model, but AI workloads require deterministic scheduling, data privacy and task verification.
Register a node or host pool
This uses the existing QubitPage host application workflow and keeps every node pending until operational review.
Provider onboarding
Apply and install the host agent
Submit your capacity profile. You will receive a one-time join token and an install command for one test node.