DCP provides a Distributive Compute Platform that lets developers create and trade CPU and GPU resources through a web‑based, standards‑compliant framework. The platform offers frictionless compute APIs, simple worker deployment, and metered usage, enabling map‑reduce style jobs to be split across browser workers that earn compute credits.
Funding
Funding not disclosed
Founders
Product
Problem
Accessing large‑scale CPU and GPU resources often requires expensive cloud services or dedicated hardware, while many devices sit idle without a way to monetize their compute capacity. This creates a gap between demand for flexible, on‑demand processing and the availability of affordable, distributed compute power.
Solution
DCP (Distributive Compute Platform) lets developers define, dispatch, and monitor map‑reduce style jobs through a web‑based Compute API that automatically slices work across a global pool of workers. Workers can run in browsers, Docker containers, Windows screensavers, Linux, Android, or other environments, earning DCP Compute Credits for each executed slice. Credits are purchased with credit cards and can be cashed out via PayPal, enabling an open or closed economy where compute supply and demand are matched by a scheduler and metering layer. The platform enforces security through least‑privilege execution, strong isolation, and standard web‑based identity wallets, ensuring that data and code remain protected while distributed. Developers gain frictionless access to scalable CPU/GPU power without provisioning traditional cloud infrastructure.
Target Audience
Primary users are software developers and data engineers needing on‑demand compute, enterprises looking to leverage existing hardware for cost‑effective processing, academic researchers building campus clusters, and individuals or partners who wish to monetize idle compute resources.
Features
- Web‑native Compute API that distributes map‑reduce jobs across heterogeneous worker nodes
- Simple worker SDKs for browsers, Docker, Windows screensaver, Linux, Android, and other platforms
- Token‑based credit system (⊇) for buying compute and rewarding workers, with credit‑card purchase and PayPal cash‑out
- Scheduler and metering engine that tracks usage, enforces sub‑commissions, and provides transparent accounting
- Security model built on proven web standards, least‑privilege execution, and isolated worker sandboxes
- Support for both CPU and GPU execution, enabling high‑performance workloads
- Integrated wallet/keystore identity management for authentication and payment routing