Phala Network - Verifiable Computation for Web3

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Computation as it's meant to be

On-Chain verification.Off-Chain CapabilityPerformanceHTTPAutomationComputePotentialInteroperability.

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Online Workers

0 vCPU

Compute

Cross-Chain TX

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Ethereum

ChatGPT

Polygon

Internet

ChatGPT

Ethereum

Services and DApps on L1

On-ChainWeb3

ChatGPT

Analyze text with LLM

Off-ChainWeb2

Polygon

Services and DApps on L1

On-ChainWeb3

Internet

From Any HTTP API

Off-ChainWeb2

ChatGPT

Analyze text with LLM

Off-ChainWeb2

OP L2s

Blockchain

Ethereum

Polygon

OP L2s

Services and DApps on L2

On-ChainWeb3

Blockchain

To the Trustless World

On-ChainWeb3

Ethereum

Services and DApps on L1

On-ChainWeb3

Polygon

Services and DApps on L1

On-ChainWeb3

OP L2s

Services and DApps on L2

On-ChainWeb3

Connect Everything

Connect smart contracts to the internet

Connect smart contracts to off-chain services

Connect smart contracts across the L1/2s

Customize, Build, Automation

Code in Javascript

Seamless integrate to EVM projects

Function as a Service with automation

Verify for Minimal Trust

Verifiable offchain execution

Trust minimized execution in Secure Enclaves (TEEs)

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Discover the perfect solution for your needs with our marketplace of blueprints. These community-contributed, ready-to-deploy blueprints offer a quick way to integrate off-chain capabilities into your smart contracts.

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Explore the marketplace today to find your ideal blueprints, streamlining your development process.

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LensAPI Oracle

Polygon
EVM
Lens

Deploy a custom social oracle to integrate LensAPI data into your smart contracts, providing access to user profile statistics such as followers, posts, comments, and post metrics like collections, mirrors, and replies.

LIVE !

Lens Social Sync Bot

Lens
Twitter

Effortlessly sync your social media content across Twitter, Facebook, and more with this easy-to-deploy bot that automatically mirrors your posts to your Lens profile in minutes.

Referral Oracle

Ethereum
EVM
Substrate
Lens

Deploy a referral system pluggable into your Dapp in minutes, boost your reachability. Utilize the SDK to generate referral links for your audience and monitor user traffic. Easily integrates with blockchain accounts and Lens profiles, with data queryable by monetization smart contracts.

The Graph Oracle

The Graph
Ethereum
Substrate
EVM

Deploy your custom oracle for instant access to all the Subgraphs from The Graph protocol, enabling multi-chain data retrieval and aggregation in your smart contracts.

Conditional Gated Data

Ethereum
EVM
Substrate
IPFS
Arweave

Deploy a customized token gate or conditional decryption gateway to manage access to your on-chain or off-chain data. Facilitate secure data sharing on decentralized social, exclusive NFT content, and more.

On-chain ChatGPT Agent

AI
Ethereum
EVM
Substrate

Integrate your smart contract with a customized ChatGPT oracle for intelligent automation. Monitor blockchain events and initiate user-driven actions, create content on decentralized social platforms, and unlock more automated capabilities.

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// Send HTTP(s) requests from your Phat Contract let headers = vec![("X-Foo".into(), "Bar".into())]; let response = http_get!("https://example.com/", headers); assert_eq!(response.status_code, 200);

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Cross-chain DEX aggregator
Self-owned Oracles
Contract Controlled Web2 Service

$50K

for innovators

Cross-chain DEX aggregator

Cross-Chain Integration
Automation
HTTP Request

By utilizing Phat Contract, developers can create a cross-chain DEX aggregator that enables users to swap tokens between various blockchains while ensuring the best possible price and minimal slippage in one-click.

This solution employs Phat Contract to automatically search for the most efficient routes across DEXs and bridges. Then the Phat Contract initiates the necessary transactions on the target blockchains, executing swap and bridge operations on the user’s behalf. Transaction execution is further streamlined by automated schedulers and monitoring by indexers. To retrieve the status of these transactions, developers can query the indexers through HTTP requests.

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Area of Interest

Trustless MEV

Trustless MEV refers to the concept of eliminating reliance on trusted service providers, such as Flashbot, in the Miner Extractable Value (MEV) ecosystem. Currently, 80% of Ethereum blocks are built by MEV, but the existing MEV stack depends on these trusted providers.

The problem with this approach is that it creates a single point of trust in the MEV ecosystem. Researchers have suggested using Secure Enclaves, like Intel SGX, to minimize this trust dependency.

Phala Network, an off-chain compute network powered by Secure Enclaves, can be utilized to build the MEV core stack with minimal trust assumptions. This enables a more secure and trustless MEV ecosystem for developers and users alike.

Account Abstraction

Account Abstraction is the idea of using smart contract wallets as first-class citizens instead of Externally Owned Accounts (EOAs), alongside a reliable transaction relaying infrastructure. This allows third parties to execute transactions on behalf of users, enabling features such as wallet recovery and batched transactions.

However, adoption of smart contract wallets has been limited due to the lack of a common standard for interaction between smart contracts and dApps. This results in users still relying on their EOAs for transactions.

Phala Network’s Phat Contract allows developers to create seamless user experiences by enabling registration via social accounts or gasless dApp usage. It also allows developers to sponsor transactions on behalf of users, eliminating the need for users to worry about gas fees.

L2 Sequencer

Layer 2 solutions aim to scale applications by handling transactions off the Ethereum Mainnet (Layer 1) while maintaining the decentralized security of the Mainnet. However, rollups, a popular Layer 2 solution, introduce issues like monopoly pricing, censorship, and fragmented liquidity between rollups.

Phala Network can provide a scalable and secure solution by leveraging its high-performance and confidentiality features. This enables developers to create application-tailored rollups that are fast, reliable, and maintain the composability of the Ethereum ecosystem.

Decentralized API

Decentralized APIs can enhance the trustworthiness of various services, such as Infura, Graph, Alchemy, and RPC APIs. Phala Network enables the aggregation of API services or RPC services with trustless algorithms, providing use cases like verifiable RPC aggregator switchers and trustless CDN management programs.

This allows developers to secure their websites, APIs, and Internet applications while maintaining a decentralized and trustless environment.

Web3 AI

Web3 AI refers to the integration of decentralized AI systems with blockchain technology. This enables distributed model training, ensuring data privacy while benefiting from diverse data sources. It also allows for collaborative model development, where multiple parties can work on AI models without sharing sensitive data.

Phala Network can facilitate the development of Web3 AI systems by providing a secure and transparent platform for AI model training, updates, and access. Smart contracts on Phala Network can ensure adherence to predefined rules and agreements, while the immutable nature of the blockchain provides an auditable record of these processes.

Distributed Computing

Distributed computing enables multiple computers to work together to solve complex problems, making a computer network appear as a powerful single computer. It can be used to encrypt large volumes of data, solve complex equations, and render high-quality animations.

Phala Network offers fast, cost-efficient, and secure computation by running jobs where data is generated and stored. It can streamline existing workflows without extensive rewriting by running arbitrary Docker containers and WebAssembly (WASM) images as tasks.

Gateway & CDN

Centralized CDN services can lead to issues like single points of failure, data leaks, and centralized control. Phala Network provides a decentralized content and application delivery network that accelerates the delivery of Web3 content and apps.

By connecting with decentralized storage services like IPFS, Filecoin, and Arweave, Phala Network can create a transparent, content-addressable, and publicly available CDN. This ensures a trustless, censorship-resistant, and open-source environment for content delivery.

Relayers & Validators

The relay model for cross-chain transactions abstracts data verification into a consensus problem at the relay layer. A relay chain is developed for interoperability, with relay nodes deployed in each blockchain network to monitor and synchronize transaction data.

Phala Network can help developers build inter-chain-native dApps with efficient liquidity utilization, coherent application logic, and shared states with cross-chain verifications. This eliminates the need for multiple isolated smart contract deployments on different blockchains, streamlining the development process.

How
It Works

Correctness

Phat Contracts are deployed to the blockchain and assigned to the offchain workers, running inside Secure Enclaves. Anyone can check the signed transactions and Secure Enclave remote attestation to verify that the executed code is the one published on the blockchain.

Replicated

Phat Contracts are deployed to one or more workers, grouped as a Cluster. The contracts in the same cluster are replicated to further guarantee the availability. Thanks to the redundancy by the Cluster design, the developer can further validate the states across the workers to...

Confidentiality

Phala Network implemented end-to-end encryption during the full Phat Contract lifecycle. Secure Enclave acts as a two-way sandbox that encrypts input, output, and internet access, protecting the secrets in the enclave against software and hardware level attack.