About Follow my vote
Follow My Vote: Building a Decentralized Application Platform for Secure dApps
Follow My Vote is a company that is on a mission to build a decentralized application platform for the rapid development and deployment of secure dApps. The company was founded in 2013 by Adam Kaleb Ernest, Nathan Hourt, and Daniel Blochowiak with the aim of creating an open-source voting platform that would be transparent, secure, and verifiable.
The founders of Follow My Vote realized that there was a need for an online voting system that could provide transparency and security while maintaining voter privacy. They believed that blockchain technology could be used to create such a system. Blockchain technology is known for its ability to provide transparency, security, and immutability. It is also decentralized, which means that it does not rely on any central authority or intermediary.
Follow My Vote's initial focus was on building an online voting platform using blockchain technology. However, they soon realized that their expertise in blockchain technology could be used to build other types of decentralized applications as well. This led them to shift their focus towards building a decentralized application platform.
The Follow My Vote team has been working hard to develop this platform over the past few years. They have created several tools and frameworks that make it easy for developers to build dApps using blockchain technology. These tools include:
1) The Follow My Vote API - This API provides developers with access to all the features of the Follow My Vote platform.
2) The Follow My Vote SDK - This software development kit makes it easy for developers to integrate their dApps with the Follow My Vote platform.
3) The Follow My Vote Framework - This framework provides developers with pre-built components that can be used to quickly develop dApps.
4) The Follow My Token - This token can be used as currency within the ecosystem of dApps built on top of the Follow my vote Platform
The goal of these tools is to make it easy for developers to build dApps that are secure, transparent, and decentralized. Follow My Vote believes that this will lead to a new era of innovation in the world of software development.
Follow My Vote's platform is built on top of the EOS blockchain. EOS is a blockchain platform that was designed specifically for building decentralized applications. It provides developers with high performance, scalability, and flexibility.
One of the key features of Follow My Vote's platform is its ability to provide transparency and security. All transactions on the platform are recorded on the blockchain, which means that they cannot be altered or deleted. This provides an immutable record of all activity on the platform.
Another key feature of Follow My Vote's platform is its ability to maintain voter privacy while still providing transparency. The system uses cryptographic techniques to ensure that each vote is anonymous and cannot be traced back to an individual voter.
Follow My Vote has already developed several dApps using their platform. These include:
1) A secure messaging app - This app allows users to send encrypted messages securely using blockchain technology.
2) A supply chain management system - This system allows companies to track their products from production through delivery using blockchain technology.
3) An online marketplace - This marketplace allows users to buy and sell goods and services using cryptocurrency.
Follow My Vote believes that their decentralized application platform has many potential use cases beyond these initial dApps. They believe that it could be used in industries such as finance, healthcare, real estate, and more.
In conclusion, Follow My Vote is a company that is dedicated to building a decentralized application platform for secure dApps. Their focus on transparency, security, and privacy makes them stand out in the world of software development. With their tools and frameworks for building dApps using blockchain technology, they are poised to lead a new era of innovation in this space.