This article delves into the top ten AI projects, including DeepFake Ai, that have developed practical solutions and applications for crypto users
Blockchain and artificial intelligence (AI) are disruptive technologies which have transformed numerous industries, and their impact is expected to extend further.
This article delves into the top ten projects merging AI and blockchain technology to develop practical solutions and applications for crypto users.
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DeepFake Ai (FakeAI)
The DeepFake AI platform aims to decentralize access to deepfake services by allowing users to create realistic deepfake characters without the need for complicated tech knowledge.
It already has preset characters generated with realistic voice modulations, synchronized lip-syncs, and AI-generated videos.
DeepFake Ai also allows users to create new characters, which involves isolating noise from source clips, sourcing the needed pictures, and training its algorithm so the user can utilize it to create videos.
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The underlying complicated process allows the users to input sentences and phrases that the generated character would say.
Users can access the project through the web platform or Telegram. The broader DeepFakeAi ecosystem consists of the DeepFake web platform, Telegram bot integration for telegram communities, and the FakeAI deflationary token.
Render (RNDR)
The Render project focuses on providing 3D-rendering facilities in real-time through a decentralized cloud platform that allows users to buy and sell their GPU-based processing power.
Its cloud platform runs on Kubernetes, a container orchestration system that supports numerous cloud-based services. The project also uses a reverse auction system, where it is the customer that provides a price budget, and the providers compete among themselves to get the slot and satisfy the user.
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Render’s peer-to-peer (P2P) structure allows the protocol to achieve high level of speed and scalability while being efficient. This allows artists and developers to develop next-level 3D renders while enjoying the platform’s next-generation digital rights management (DRM).
Fetch.Ai (FET)
The Fetch.Ai platform is an artificial intelligence (AI) platform that allows users to create and deploy their own AI agents to perform designated tasks autonomously. These tasks can include exchanging data with and collaborating with other AI agents on the Fetch.Ai platform.
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The underlying infrastructure of the Fetch.Ai platform combines blockchain smart contract technology with machine learning, Directed Acyclic Graph (DAG), and Domain-specific Language (DSL) to create autonomous agents and workflows efficiently. This allows Fetch.Ai to leverage decentralized technology to create a form of collective artificial intelligence.
The project is still undergoing development, with an open-source design that ensures no singular entity has complete control over the project.
SingularityNET (AGIX)
The SingularityNET project is a decentralized marketplace that allows users to list, browse, test, and purchase different AI algorithms and projects.
SingularityNET algorithms are created by experienced service providers that allow users to make custom requests and participate in the governance activities of the platform.
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For new users, they can interact and hire experienced experts for their projects.
The SingularityNET platform collaborates with OpenCog Hyperon to create and manage Sophia, the world’s most expressive robot. The platform is powered by the AGIX token, which is used for staking, transacting, and voting.
Akash Network (AKT)
Akash network is a decentralized cloud computing project disrupting the traditional cloud servicing industry to provide easy access to cloud resources.
Its infrastructure comprises decentralized cloud computing, a permissionless marketplace, high security, and flexibility with staking incentives. The project aims to transform the way users perceive and utilize cloud services.
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The project is built on a blockchain that negates the need for centralized cloud providers while offering global access to efficient data security.
The Akash Network leverages the Cosmos SDK, which allows for easy integration with other blockchain networks and fosters cross-chain collaborations.
Ocean Protocol (OCEAN)
Ocean Protocol is a decentralized data-sharing platform that aims to provide a secure and efficient way for data owners to share their data with others while still maintaining control over the data and earning rewards.
For data users, the Ocean Protocol gives them access to high-quality data without worrying about privacy or security concerns. This would help to break down centralized data silos, accelerate the development of machine learning projects while democratizing access to valuable information.
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The Ocean Protocol also allows users to create data marketplaces that would connect providers of data with potential customers. The project uses the OCEAN token to conduct transactions efficiently, and the project aims to improve access to vital industries like healthcare and finance.
InSure DeFi (SURE)
The InSure DeFi is a decentralized insurance platform that uses AI to protect users against hacks, market volatility, smart contract failures, and other risks.
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The project dilutes the risk exposure of users by distributing it among members of the liquidity pool, with a dynamic pricing model that determines the insurance premium available to users.
It uses the SURE token to run the InSure DAO that allows participants to process and validate insurance claims.
OriginTrail (TRAC)
OriginTrail is an open-source graph that is designed to be decentralized. The project depends on AI to connect the blockchain with the real world to counter misinformation and drive transparency.
The decentralized design allows any user to partake in the knowledge-sharing activity. This is possible through data non-fungible tokens (NFTs) that provide access to data environments, web services, or digital assets while maintaining the intellectual rights of the owner.
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The project allows users to run AI algorithms on existing data without exposing it. This can be utilized in such industries as supply chain, logistics, and scientific research.
Numerai (NMR)
Numerai is the first platform launched by a hedge fund that gathers the predictive algorithms of data scientists in a Numerai tournament and rewards the scientists whose models perform well.
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The project aims to gather a collaborative artificial intelligence network to help users generate returns in crypto. Central to Numerai is NMR, a governance token.
Everipedia (IQ)
Everipedia initially launched in 2015 as a fork of Wikipedia. The decentralized encyclopedia platform is focused on rewarding users who participate in the project by creating and curating valuable content.
It uses blockchain and artificial intelligence to create a knowledge base that is resistant to any form of censorship and tampering.
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The project is powered by the IQ token that provides governance utilities for its holders. IQ holders can access premium features, such as editing, advertising, and analytics.
The protocol aims to create a platform that would challenge the dominance of centralized platforms like Wikipedia.
Conclusion
The above are examples of the possible combinations between blockchain tech and artificial intelligence and the utility they can provide.
This utility ranges from creating realistic deepfake characters with DeepFake AI to rendering 3D graphics in real time, from deploying autonomous AI agents to collaborating with expressive robots.
From providing tamper-proof data to linking the digital world with the real world, these projects are proof of the potential and diversity of AI-powered crypto projects.
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