ABOUT:

Folding w/ Raven

Platform Launch = October 31st 2023

Ravencoin is a blockchain-based platform optimized for the straightforward issuance and transfer of digital assets. Building upon the proven security principles of the Bitcoin blockchain, Ravencoin focuses on facilitating ownership and transfer of assets like tokens, digital collectibles, or even more complex digital contracts in a secure and decentralized manner. Unlike many other blockchains that are geared towards smart contracts or global computing, Ravencoin's primary goal is the efficient creation and transfer of asset tokens.

For developers, especially those familiar with blockchain technology and tokenization concepts, Ravencoin provides an intriguing platform for asset creation and management without the need for complex smart contract programming. It presents an ideal playground for those interested in specializing in asset transfer capabilities over a blockchain network, given its focus on this specific utility.

In summary, Ravencoin serves as a specialized blockchain platform for anyone looking to issue, manage, and transfer digital assets in a secure, efficient, and decentralized manner.

On the backend, our team has developed; regulations, standardized protocols, cultivated and written various scrypts to bring the Folding w/ Raven platform to life.

Regulations:

- Keyholder(s) will always be doxed via website

- Team members will not mine on the platform

Protocols:

- Weekly inbox management

- Weekly analytics

- Weekly website bug checks

- Weekly analytics verification

- Open source website updates

Scrypts:

- Analytics

- Distribution

Distribution:

- The Distribution Scrypts Suite is a collection of scripts that enable weekly distribution of Folding w/ Raven's 4 sub assets.

Folding@Home

Ravencoin

Backend

The oldest functioning distributed computing project designed to accelerate the understanding of protein folding and related diseases. By leveraging the computational power of volunteers' computers around the globe, it performs simulations of protein dynamics, exploring how these crucial biological molecules fold and misfold. The research helps scientists gain a better grasp of diseases like Alzheimer's, Parkinson's, and various forms of cancer, ultimately aiding in the development of more effective treatments.

The project's decentralized nature allows for an unprecedented scale of scientific computational power, often exceeding the capabilities of traditional supercomputers. Its cross-platform compatibility ensures that anyone can contribute, regardless of whether they're using Windows, Linux, or macOS.

In summary, Folding@home offers a way for the general public to participate in cutting-edge scientific research, contributing to our collective understanding of diseases and accelerating the pace of discovery. For a developer, the project serves as a compelling case study in large-scale distributed computing.