After four years of development, GlobalChainZ is a fully operational decentralized supercomputing network.

GlobalChainZ connects non-interoperable networks utilizing its own off-chain protocol to overcome current scalability issues of blockchains to directly challenge the entrenched oligopoly dominating cloud computing.


GlobalChainZ is a fully operational, turn-key solution for interoperable, low latency, and affordable Cloud Computing.

GlobalChainZ delivers the benefits of forging spare computing capacity of millions of devices around the world. It does not require technical knowledge for its usage which drastically expands the potential user base and instantly monetizes the idle computing resources of retail or enterprise devices, thus increasing profitability potential.

GlobalChainZ seamlessly integrates the best aspects of traditional cloud services and non-interoperable decentralized networks. The synergy between these technologies will allow complementary benefits in ways their creators never thought possible.

Advanced features to improve the network and the user experience:

Third Party Arbitration and Advanced Usage Efficiencies are integrated to improve blockchain optimization of both outcome verification and provider profitability

GPU, Multi-Platform, and Multi-OS Support creating network diversity, thus expanding target producer audience.

Legacy Application Integration with Auction & Adaptive Pricing to create a frictionless user experience to minimize barriers for enterprise adoption and non-technical user penetration.

Unique Security & Encryption embedded for additional layers of protection to meet heightened consumer and corporate demands.


GlobalChainZ is fully encrypted providing both the producer and end-user full security through the GCZ protocol.
The GCZ protocol does this by:

Encrypting both input and output data.

Avoiding open extra ports.

Using a multi-tenant system via hosting of third-party SaaS and data.

Utilizing symmetric-key algorithms for encryption and verification.

All traffic within the GlobalChainZ Network is secured using symmetric-key encryption. Even the same data transmitted by two different users in the network shows a complete different set of bits transmitted at the lower layers of the network.


GCZ is an off-chain, agnostic protocol. This makes it both considerably more scalable as well as interoperable with other decentralized technologies. The GCZ Protocol provides the following features:


GlobalChainZ abstraction layer on top of the Ethereum blockchain allows the GlobalChainZ off-chain protocol to asynchronously distribute computing jobs while the blockchain settles the transactions.


GCZ aggregates block verification when presenting transactions back onto the Ethereum blockchain for improved efficiency and a dramatic reduction of the block verification expense to the end user.


In the case of the GlobalChainZ Network being fully occupied with computing jobs, the extra / unallocated capacity can be offloaded to a centralized or a decentralized cloud provider.

Proof of Work Resources

The GCZ protocol uses Proof of Work Resources (PoWR) to create an incentive for Producers to participate in a competition for hosting a SaaS instance and calculating its results correctly demonstrating their contribution to the network. This forms the basis of earning GCZ tokens.

GCZ is a dark protocol, meaning there is no bias toward who is rewarded for computational power.

PoWR enables a useful blockchain framework that does not waste computing power on hash discovery, but rather shares these resources towards useful tasks required by the Consumers.


The Producer Application incorporates potential profitability analysis allowing the user to input their electricity rate and setting their availability to the network (also available in a headless version for server implementation).

Producers can potentially improve their profitability by up the 10x through GlobalChainZ Saas deployment versus crypto-mining alone.

The Consumer Dashboard displays the user’s token balance, the user’s history, and the available job functions. New jobs are launched via this application. The end user can tailor their search based on budget and requirements of facility type, connectivity, availability and producer reputation.

GlobalChainZ substantially lowers the consumers’ cost of compute resources by up to 90% versus existing cloud-based solutions. The embedded job functions reduces adaptation and frictional costs incurred by consumers to implement solutions.

Producers Application
Consumers Dashboard

Molecular Dynamics (MD) simulation

GlobalChainZ is running today.



The verification mechanism that is critical to several crypto currencies like bitcoin involves a computationally intensive process known as block mining.

GlobalChainZ uses this well-known instrument to harden a robust network of computing resources , and a base line for Producers to monetize their shared devices.

GlobalChainZ can provide at least 10x the revenue with the same device and same energy, utilizing the same computing power. The automatic system always mines the most profitable coin, for each device at the moment of use.


The computing resources provided by the GlobalChainZ network offer turn-key solutions to host up and scale up deep-neural network training software.

Being cost efficient means accessing more computing power at GlobalChainZ than on the current cloud providers at lower price.

Moreover, GlobalChainZ consistently supports existing machine-learning software like TensorFlow, Apache Spark, Caffe, including access to GPUs.

Artificial intelligence and Deep Learning require a lot of computing power. GlobalChainZ saves up to 90% of the cost of centralized cloud computing services.


Giving instant access to a vast pool of computing resources, GlobalChainZ can render images and videos at a competitive price compared with traditional render farms.

GlobalChainZ provides turn-key solutions for the most popular render engines available in the market.


The decentralized network GlobalChainZ represents the next generation of accurate and verifiable scientific simulations, giving access to the computing power required to drive the research behind climate change, new materials, studying of deceases and similar.

We are currently running scientific simulations, helping scientific communities to conduct research in their fields.


2Q 2014

Began development of the GCZ protocol.

1Q 2017

Minimum Viable Product (MVP) Validated.

2Q 2017

Off-chain Protocol MVP Integrated with a Blockchain.

3Q 2017

Alpha version of the Client Application developed.

4Q 2017

Alpha version of the Client Application ported to Windows.

1Q 2018

Successful deployment of the Headless Application version deployed on a server infraestructure.

2Q 2018

Completed Scalability testing of the offchain protocol.

Molecular Dynamics simulation successfully deployed.

3Q 2018

Initial version of Consumer Dashboard implemented.

TensorFlow Application (Artificial Intelligence) launched withing our Network.

Deployment of a Parrallel Molecular Dynamics simulation on the GlobalChainZ Network.


Most frequent questions and answers


GlobalChainZ was born in 2014 when the founders were analyzing the scalability issues of different blockchain implementations.

GlobalChainZ seeks to create the largest peer-to-peer network to monetize computing resources throughout the world, connecting non-interoperable networks utilizing its own off-chain protocol.

Overcoming current scalability issues of blockchains are a crucial challenge every blockchain-based project is facing. GlobalChainZ approach in this sense is a key contribution to the further development of blockchains in general.

On the other hand, GlobalChainZ is directly challenging the entrenched oligopoly currently dominating cloud computing, democratizing the space and ultimately delivering computing power to a wider public at a much more affordable price.


GlobalChainZ is a working product. The network is currently accessible by a selected group of users who are helping to reach the level of robustness and minimal infrastructure required for the network to go live.

Overcoming current scalability issues of blockchains are a crucial challenge every blockchain-based project is facing. GlobalChainZ approach in this sense is a key contribution to the further development of blockchains in general.

On the other hand, GlobalChainZ is directly challenging the entrenched oligopoly currently dominating cloud computing, democratizing the space and ultimately delivering computing power to a wider public at a much more affordable price.

The initial use cases GlobalChainZ is focusing on are block mining, video rendering, neural-network training and scientific simulations. Other use cases are being explored.

Yes. The core of the GlobalChainZ Ecosystem is built around an off-chain protocol, called GCZ.

The main purpose of the GCZ protocol is to distribute computing jobs across different nodes connected to the GlobalChainZ network. Please refer to the white paper for an in-depth explanation of the GCZ protocol.

The devices connected to the GlobalChainZ network share their idle computing power. In order for it to be useful to deploy applications, some parts of the memory (e.g., for binaries and working data) and storage (e.g., scratch processing space) of the device are used as well.

Yes, you can connect your Mac to the GlobalChainZ network, as well as desktops, laptops and servers running Linux or Windows.


GlobalChainZ S.A. (or A.G. according to the Swiss nomenclature in German) is incorporated in Zug, Switzerland. The company is an active member of the Crypto Valley Association and its regulations are governed by Swiss laws and FINMA.


The personal information you provide on this form will only be used to send you updates about the GlobalChainZ project.
Your data can be deleted at any time upon your request.

All registered members of the whitelist must pass our Know Your Customer (KYC) checks to participate in the GlobalChainZ crowdsale KYC checks are necessary to identify crowdsale participants and comply with anti-money laundering rules in different jurisdictions.