Roadmap

Here is a comprehensive roadmap for Privix:

Phase 1: Privacy Blockchain Research and Development

• Conduct market research on privacy blockchain solutions

• Identify key challenges and limitations of current solutions

• Research and analyze different consensus algorithms

• Investigate various cryptographic techniques for privacy preservation

• Design a customized Proof of Authority (POA) consensus algorithm for Privix

• Define the roles and responsibilities of validators and delegators

• Develop the initial protocol architecture using Privix customised private EVM technology

• Implement the consensus algorithm and network architecture

• Establish a testing framework for the protocol

Phase 2: Testnet/Mainnet deployment and Launch

• Launch the testnet with a limited number of validators

• Develop and deploy the Privix privacy explorer on testnet

• Conduct thorough testing and quality assurance of the protocol

• Gather feedback and make necessary adjustments

• Launch the mainnet and deploy the Privix privacy explorer on mainnet

• Expand the validator network and increase decentralization

• Introduce developer-friendly tools, including a testnet faucet, to streamline development and testing processes

Phase 3: Nexar, PrivyMail Privacy Infrastructural Development & Launch

• Define the overall architecture for Nexar and PrivyMail privacy application infrastructure

• Establish a framework for interoperability

• Develop a set of common libraries and tools for application development

• Develop the Nexar protocol and smart contracts deployment

• Implement the Nexar backend infrastructure

• Develop the Nexar user interface

• Conduct unit testing, integration testing, and debugging for Nexar

• Develop the PrivyMail protocol and smart contract deployment

• Implement PrivyMail wallet base authentication and communication

• Implement the PrivyMail backend infrastructure

• Conduct unit testing, integration testing, and debugging for PrivyMail

• Implement PrivyMail advanced search functionality for finding mails by sender, subject or keywords

• Implement spam filtering using decentralized AI models

• Implement email categorisation (e.g., promotions, social, spam, personal )

Phase 4: Launch, Growth, Marketing

• Launch Privix token on the Ethereum network

• Onbaord advisors/marketers to execute comprehensive marketing strategy for awareness, growth and adoption

• Host AMAs

• CMC and CG listing

• Launch decentralized privacy applications within the Privix ecosystem

• Establish partnerships with institutions/blockchain projects to expand Privix's ecosystem and enhance interoperability and adoption.

• Foster strategic relationships

• Continuously monitor and improve the Privix ecosystem

• Stay up-to-date with the latest advancements in blockchain and privacy application

• Make Privix custom private EVM technology open source for developers to use and build on

Phase 5: Pulsar, Xfera, Priva, Pass and Marketplace Privacy Infrastructural Development

• Define the overall architecture and protocol for the privacy-focused application infrastructure

• Conduct unit testing, integration and debugging test for Pulsar, Xfera, Priva, and Marketplace application

• Perform integration testing to ensure seamless interactions between components

• Implement fast transaction, secure layer system, user anonymity and decentralized privacy transactions using Oasis privacy layer

• Integrate IPFS server for decentralization, privacy and storage

• Implement EVM compatibility, providing seamless support for ethereum-base tokens

• Implemented a decentralized password manager to securely store and generate passwords

• Integrate the decentralized password manger into applications, providing users with a secure and convenient password management solution

• Implement a decentralized and privacy focused workspace for web3 developers to collaborate and manage projects

• Implement project management features including file sharing, task tracking, Kanban boards, Gantt charts in a secured and decentralized environment

• Implement smart notification, data analysis and data visualisation on Priva

• Iterate on each component of the privacy application based on feedback

• Implement anonymity protocols to protect user identities

• Conduct thorough testing and quality assurance of the smart contract before deployment

• Launch Pulsar, Xfera, Priva, Pass and Marketplace

Phase 6: Global Adoption, Scaling, and Governance

• Establish a strong global presence through strategic partnerships and collaborations

• Foster a vibrant community of users, developers and contributors

• Develop and implement effective community engagement and support strategies

• Enhance Privix network scalability to boost capacity and transaction throughput.

• Develop and deploy new tools and infrastructure to support the growing ecosystem

• Establish a governance framework to ensure the long-term sustainability and success of the Privix ecosystem

• Develop and implement effective risk management and compliance strategies

• Develop and implement enterprise-focused solutions and integrations

• Establish strategic partnerships with key enterprises and organizations

• Continuously monitor and improve the Privix ecosystem

Phase 7: Dex, Bridge Development and Migration

• Develop and deploy a bridge for the Privix blockchain

• Deploy cutting-edge security measures to safeguard against cyber threats, breaches, and vulnerabilities.

• Enhance network efficiency to achieve faster transaction times and lower costs, minimizing user fees.

• Conduct testing, integration and debugging for bridge development

• Integrate privacy-preserving technology into bridge development, ensuring all transactions remain confidential and untraceable.

• Integrate stealth addresses and anonymous trading on the DEX, allowing users to trade discreetly without exposing sender/receiver wallet addresses.

• Centralized exchange listing/Migration to privix blockchain

• Expand the Privix ecosystem to include new features, applications, and use cases.

• Optimize the network's performance, security, and usability