Millions of idling computers.
Decentralized computing.

Serverless compute infrastructure for the new world. No more servers, no more cloud, no more infrastructure to manage. creates a massive network of idling computing devices and securely distributes the logic execution using the decentralized code streaming technology named Meteor.


What is is the "Uber or AirBNB for computing". Function-as-a-Service (FAAS) on decentralized network of computers.

Millions of CPUs & GPUs are idle around the world. harnesses these wasted computing resources to create a revolutionary secure super computer without requiring additional infrastructure.

Our FAAS computing platform enables companies to run microservices at a fraction of cost compared to cloud providers. And anyone with idling computing resources can contribute to the cause to earn credits just like Bitcoin mining.

Made for business.
Scalable. Secure. SCALABLE

Our decentralized computing platform enables companies to adopt the industry latest microservices and FAAS model for building and deploying enterprise grade business applications instead of spending more money on traditional cloud computing or colocation solutions.

Planetary Scale Computing

Any computer, server, or micro-computer can join and participate in a the computing infrastructure. FAAS computing can be integrated with cloud providers, private clouds, hybrid clouds, and fog computing networks, as well as datacenter servers, workstations, mobile devices, and IoT devices.

Decentralized Code Distribution

Our decentralized work queue, Meteor, using DAG-based technology. This approach is significantly more efficient than similar decentralized data structures, with no wasted proof of work, while remaining completely scalable and secure.

Serverless Architecture

Take advantage of serverless compute with Functions Easily build the features you need using simple, serverless functions that scale to meet demand. Use the programming language of your choice and do not worry about servers or infrastructure.

Optimized for IOT & AI

The scale of tomorrow’s computing demands (machine learning, artificial intelligence, and IoT) will necessitate a change in how we interact with computers. With the emergence of asynchronous serverless processing, you can scale the application for future demands.

What you can build with Planetr Functions?

Serverless application backends
  • Integration with third-party services and APIs
  • Mobile backends
  • IoT backends
  • Stream processing
Enterprise applications
  • Web scraping & indexing
  • Scientific computations
  • Graphic processing & rendering
  • Data transformations
Artificial Intelligence
  • Natural Language Processing (NLP)
  • Sentiment analysis
  • Video and image analysis
  • Text to speech

Our Roadmap RoadMap

Jan 2018

Prototype the platform.

Mar 2018

Website launch

May 2018

Beta node launch

Jun 2018

Node.js runtime support

Jul 2018

Python, Go runtime support

Sept 2018

Blockchain integration

Oct 2018

Token support

Dec 2018



Node JS


Meteor Code Streaming

In order to build a decentralized serverless platform, we looked into blockchain technologies but decided against this architectural approach due to several major reasons including slow transaction speeds, wasted compute power on proof-of-work (PoW),and ledger storage overhead.

We took a design choice to build 'Meteor', a DAG-based code streaming layer for function code transport on top of IPFS and NSQ! The benefits of this approach include: incredibly fast transaction speeds with no wasted compute power on PoW due to mining and no ledger storage overhead. In fact, transaction throughput improves as more nodes join the network.

All function codes are linked via an IPFS Merkle DAG connecting all nodes in the appropriate order to create a ledger that manages function execution, input/output data, and execution logs. Everything is linked together using IPFS DAG and IPLD.

In addition to the decentralized code streaming technology, Meteor also includes a queuing and messaging system. Function execution request can be sent into the network from any node in the private/public network. Likewise, any node on the network can assist with function execution.

Contact Contact

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