CiferAI: A Decentralized AI Development Ecosystem
Last updated
Last updated
Getting Started 5.1 5.2 Data Minting (Coming in 2025) 5.3
CiferAI is a decentralized AI development ecosystem with data-ownership proof on the Cifer blockchain. Our platform is built for secure, private, and collaborative AI, using Federated Learning to train models across distributed data, Fully Homomorphic Encryption for an added layer of privacy in computations, and blockchain for tamperproof data ownership verification. Future advancements will include Swarm Intelligence, Secure Multi-Party Computation (SMPC), and Multi-Agent Systems, expanding the decentralized AI's capabilities even further.
This document provides comprehensive guidance on setting up and configuring the Decentralized AI Framework to support a variety of use cases. It includes detailed instructions on key features such as Federated Learning, Fully Homomorphic Encryption, and blockchain-based Data ownership-proof, as well as operational guidelines for running and maintaining blockchain nodes for smooth participation in the Cifer ecosystem.
Privacy-Preserving Machine Learning (PPML) can seem complex, but we've got you covered. Start your journey with our Cifer101 Handbook, designed to help you understand the basics and dive into PPML with ease.
CiferAI fosters an AI+Data ecosystem that empowers every contributor through transparency, fair rewards, and automated, trustless collaboration—protecting privacy and ownership to drive impactful innovation in the AI revolution.
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Built on top of our robust blockchain network, the Cifer Machine Learning Framework provides the tools and infrastructure necessary for developing advanced AI models while ensuring data privacy and security. Our framework encompasses several cutting-edge techniques and is designed for large-scale expansion, allowing for future enhancements and the integration of additional methodologies. Currently, we offer five key frameworks:
Federated Learning:
Description: Enables multiple parties to collaboratively train AI models without sharing raw data.
Benefit: Ensures data privacy by keeping sensitive information on local devices.
Fully Homomorphic Encryption (FHE):
Description: Allows computations to be performed on encrypted data without needing to decrypt it first.
Benefit: Maintains data privacy throughout the entire computational process, ensuring end-to-end security.
Swarm Intelligence:
Description: Utilizes collective behavior principles to solve complex problems through decentralized agent cooperation.
Benefit: Enhances the robustness and efficiency of AI models through distributed learning and decision-making.
Multi-Party Computation (MPC):
Description: Facilitates secure computations involving multiple parties, where each party’s input remains private.
Benefit: Enables collaborative computation without compromising the confidentiality of individual data inputs.
Multi-Agent Systems:
Description: Involves multiple interacting agents that can learn, adapt, and collaborate to achieve specific goals.
Benefit: Improves the scalability and adaptability of AI models by leveraging the interactions and cooperation of multiple agents.
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At the foundation of Cifer lies our Byzantine Robust Blockchain Network, a high-speed, secure, and resilient blockchain infrastructure designed to support a wide range of decentralized applications and services. This layer ensures the integrity, transparency, and security of all transactions and operations on the Cifer platform. By leveraging advanced consensus mechanisms and robust cryptographic techniques, our blockchain network provides a tamper-proof ledger that is resistant to malicious attacks and faults. Key features include:
Advanced Consensus Mechanism: Ensures efficient and secure transaction validation.
High Throughput: Supports a high volume of transactions with minimal latency.
Fault Tolerance: Maintains network integrity even in the presence of malicious nodes.
Decentralization: Promotes a distributed network that enhances security and reliability.
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AI Developers:
Train AI models on our regulation-ready platform with the flexibility to choose between centralized or decentralized networks, using distributed datasets while prioritizing privacy and compliance.
Data Contributors:
Claim ownership of your data with data ownership-proof. Mint, control, and monetize your data on your own terms, with usage fees collected and paid to you autonomously.
Node Validators:
Participate in blockchain operations and earn fees through automated contributions to Cifer Network’s functionality and security.
FedLearn
Train AI models across distributed datasets using Federated Learning integrated with Fully Homomorphic Encryption.
Cifer Blockchain
Maintain and operate blockchain nodes as a node validator, contributing to the network's functionality and security.
Data Minting (Coming in 2025)
Mint, control, and monetize your data with automated fee collection and ownership tracking.
