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Spheron Network

Active

Decentralized GPU compute marketplace powered by blockchain

spheron.network · Founded 2020 · Singapore · Verified: 2026-06-01
7.75
Overall
8
Ease of Use
10
Pricing
8
GPU Variety
5
Enterprise

GPU Pricing

GPU ModelVRAMSpot $/hrOn-demand $/hrTrendAvailable
R100$2.63 In Stock
GB300$2.01 In Stock
GB200$2.14 In Stock
B300$2.63 In Stock
H10080GB$2.01$2.01 In Stock
B200192GB$2.14 In Stock
H200141GB$1.4$2.14 In Stock
GH200$1.4 In Stock
A10080GB$0.63$1.88 In Stock
RTX PRO 6000$0.66 In Stock
RTX 509032GB$0.68$1.32 In Stock
L40S48GB$0.72$0.68 In Stock
RTX 409024GB$0.58$0.72 In Stock
RTX PRO 600048GB$0.63 In Stock
RTX PRO 600048GB$0.72 In Stock
RTX PRO 600096GB$0.63 In Stock

Features

Api
Docker
Jupyter
Kubernetes
Multi Gpu
Persistent Storage
Reserved Instances
Soc2 Compliant
Spot Instances

Billing & Payment

Billing Granularity

Per-Hour

Payment Methods

Credit-Card, Crypto

Spheron Network is a decentralized compute platform that’s aiming to shake up the GPU cloud space by tapping into distributed infrastructure. Still in its early stages, Spheron takes a Web3-native approach to cloud computing — aggregating GPU resources from a decentralized network of providers rather than running its own data centers.

The platform is currently in beta, which means things are evolving quickly. If you’re familiar with decentralized compute projects, Spheron fits squarely in that category: the promise of competitive pricing through marketplace dynamics, but with the rough edges you’d expect from a project that’s still finding its footing.

Why Spheron Network stands out

Spheron’s decentralized model is its defining trait. Rather than competing head-to-head with traditional cloud providers on infrastructure, it acts as an aggregation layer — pooling GPU capacity from multiple sources. This marketplace approach can drive pricing down significantly, and Spheron scores well on pricing competitiveness as a result. For developers who are comfortable with Web3 tooling and don’t need enterprise hand-holding, that price advantage is the main draw.

Pros

  • Highly competitive pricing — the decentralized marketplace model keeps costs low compared to traditional providers
  • Web3-native architecture — appeals to developers already working in the decentralized ecosystem
  • Growing network — as more providers join, capacity and GPU variety should improve over time

Cons

  • Beta status — expect rough edges, potential downtime, and features that aren’t fully baked yet
  • Limited feature set — no Jupyter notebooks, Kubernetes support, persistent storage, or API access at present
  • Sparse GPU selection — the available GPU catalog is still building out
  • No enterprise features — lacks SOC 2 compliance, reserved instances, and the reliability guarantees larger teams need
  • Unclear billing details — payment methods and billing granularity aren’t well documented yet

Getting started

  1. Visit Spheron Network's website and create an account
  2. Explore the available compute options and GPU listings on the platform
  3. Follow Spheron’s documentation to deploy your first workload — expect some Web3 wallet setup if you haven’t used decentralized platforms before
  4. Start with a small test job to get comfortable with the workflow before committing to longer runs

Best for: Web3-native developers and cost-conscious experimenters who want access to cheap GPU compute and don’t mind navigating beta-stage tooling. If you need production reliability or enterprise features, check back as the platform matures.

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