Enhance Web3 Transactions with the Premier EigenLayer AVS for Automation

Autonomous Transactions: Private and Composable

Discover private autonomous transactions on Ethereum with Ava Protocol and EigenLayer

Advanced Automation Infrastructure

Ava Protocol’s single-click automation infrastructure integrates off-chain data streams with event-driven execution, enabling any transaction or smart contract function to run autonomously.

This trustless automation engine unlocks rich user experiences with features like scheduled and recurring payments, stable-cost averaging, stop-loss orders, and automatically compounding rewards for staking, liquidity pool participants, and money market deposits.

As an actively validated service (AVS) on EigenLayer, Ava Protocol enhances Ethereum's scalability by addressing liquidity fragmentation issues inherent in Layer-2 solutions. Aggregating liquidity and security via EigenLayer, it consolidates decentralized trust, ensuring reliable and efficient transaction validation.

Ava Protocol allows decentralized applications to automate transactions with simple “if this, then that” instructions, enabling seamless, autonomous transactions on any connected blockchain without tokens or private keys ever touching Ava Protocol.

Super-transactions for Ethereum

Solutions to Common Challenges

Automation of Smart Contracts

Ava Protocol overcomes an inherent limitation of smart contracts by enabling complex automation based on predefined conditions. This eliminates the need for manual intervention, ensuring fully automated smart contract execution.

Easing Developer Workloads

Ava Protocol automates DevOps tasks, freeing developers from the time-consuming and risky process of building and maintaining centralized automation infrastructure. This allows them to focus on core activities rather than operational and developmental tasks.

Minimizing Centralized Risks

Centralized solutions for automating smart contracts can introduce points of failure and vulnerabilities. Ava Protocol provides a decentralized,reliable alternative that enhances the security and resilience of smart contract operations.

Enhanced Functionality and Flexibility

Ava Protocol supports a wide range of automated tasks, such as yield harvesting, advanced trading strategies, asset distributions, limit order execution on decentralized exchanges, liquidating undercollateralized loans, and rebasing elastic supply tokens. This broadens the scope of what smart contracts can achieve.

Cost Efficiency

By running off-chain and leveraging decentralized infrastructure, Ava Protocol reduces the high costs associated with on-chain operations. This makes automation more accessible and economically viable for developers and decentralized applications (dapps).

Scalability of Uptime Guarantees

Ava Protocol’s decentralized DevOps automation ensures higher uptime and reliability for smart contract functions, which is crucial for applications requiring consistent and predictable performance.

Key Benefits

Empowering Web3 Developers

Distributed Validation Semantics

Each actively validated service (AVS) on EigenLayer features unique contracts and validation mechanisms to ensure security and functionality. This robust framework supports secure and reliable transaction execution.

Restaking Mechanism

AVSs leverage EigenLayer's restaking framework for pooled ETH, strengthening the reliability and trustworthiness of transactions managed by Ava Protocol.

Customizable and Modular

AVSs can be designed to meet specific requirements while seamlessly integrating with EigenLayer’s core infrastructure. This modular approach ensures efficient and tailored solutions that address diverse developer needs.

Cryptoeconomic Security

EigenLayer AVSs benefit from the cryptoeconomic security provided by restaked ETH and Ethereum's decentralized validator network, ensuring high security and resilience against potential threats.

Ava Protocol offers a unique combination of cost-efficiency, enhanced privacy, and seamless composability, setting it apart from other blockchain solutions.

Real-World Examples

Use Cases

Optimized Yield Harvesting

Automatically harvest yield to optimally maximize returns without manual intervention.

Automated Trading Strategies

Efficiently execute trades based on predefined conditions (price, time, custom events) to take advantage of market opportunities.

Seamless Asset Distributions

Trigger asset distributions automatically when specific conditions are met, streamlining processes such as dividend payouts, token airdrops, and other financial distributions.

Automated Subscription Payments

Implement automated, recurring subscription payments without manual intervention, improving convenience and reliability for users and service providers.

Effective Collateral Liquidation

Automatically liquidate undercollateralized loans, ensuring that lenders are protected when values fall below required levels.

Dynamic Token Supply

Support the automated rebasing of elastic supply tokens, adjusting supply based on market conditions or predefined factors to maintain token stability and value.

Testimonials

Bagpipe

Bagpipes is a no-code DeFi automation tool that lets users create custom cross-chain workflows with a drag-and-drop interface. It supports XCM asset transfers between Turing, Moonriver, and Mangata chains, enabling task automation and cross-chain functionality.

Yieldbay

The Yieldbay auto-compounder reinvests liquidity pool rewards on MangataX. It uses Ava Protocol’s remote execution for scheduling transactions across MGX and Turing parachains. Users can set the duration, frequency, and percentage of rewards to compound, supporting various LP pairs.

Web3go

The Automation Hub on the Turing Network enables scheduling and automation of blockchain transactions. It has increased network activity and daily automation tasks, offering developers more opportunities. The Hub supports complex actions across different blockchain networks.

Frequently Asked Questions

FAQ

Ava Protocol is an event-driven EigenLayer AVS that enables seamless autonomous transactions for Ethereum and beyond. It empowers developers to improve crypto transactions with intelligent automation, enhanced privacy, effortless composability, and significant cost savings.

AVS stands for an actively validated service on the EigenLayer platform. AVSs require their own distributed validation semantics for verification and can include sidechains, data availability layers, new virtual machines, keeper networks, oracle networks, bridges, threshold cryptography schemes, and trusted execution environments.

Ava Protocol enhances transaction privacy by leveraging EigenLayer through distributed validation semantics, a restaking mechanism, and cryptoeconomic security. It uses a unique set of contracts and a decentralized validator network to securely validate transactions without relying on a single point of control. EigenLayer’s restaking framework ensures that assets like ETH are used to secure these transactions, further decentralizing the process and enhancing privacy. The customizable and modular design allows for tailored privacy solutions, ensuring that user data and transaction details remain confidential.

Yes, EigenLayer is designed to handle high transaction volumes through its resilient architecture and the range of AVSs it offers. The system leverages EigenLayer’s restaking mechanism, enabling decentralized networks to validate transactions efficiently.

Ava Protocol’s automation infrastructure is unique due to its combination of off-chain data streams and event-driven execution. This setup allows for real-time responsiveness and flexibility in automating transactions. The use of cross-consensus messaging (XCM) ensures that transactions can be automated across different blockchain networks without exposing private keys or tokens to Ava Protocol.

Ava Protocol supports recurring and scheduled payments through its advanced automation features. Users can set predefined conditions for transactions, such as specific times or recurring intervals, ensuring that payments are executed automatically. This is particularly useful for applications like subscription services, payroll systems, and automated staking rewards.

Ava Protocol optimizes transaction fees by employing efficient transaction processing techniques and leveraging off-chain data streams. This reduces the gas required for transactions, making frequent and micro-transactions more cost-effective. Users can save up to 90% on gas fees, making blockchain applications more accessible and affordable.

You can try Ava Protocol by clicking the 'Try Testnet' button located at the top of the page to explore its features and capabilities.