README
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TriggerX Keeper Backend
The TriggerX Keeper Backend is a decentralized system designed to automate and manage task execution across blockchain networks. It consists of three core components: Task Manager, Keepers, and Validator, each playing a critical role in ensuring efficient, reliable, and scalable task orchestration.
Table of Contents
Introduction
The TriggerX Keeper Backend simplifies task management and automation in blockchain ecosystems. By leveraging decentralized technologies, it ensures fault-tolerant and secure task orchestration while enabling efficient cross-chain operations. Designed for scalability and reliability, the system provides a flexible and extensible platform for blockchain automation.
Core Components
Task Manager
The Task Manager serves as the backbone for decentralized job scheduling and execution. It:
- Automates task scheduling and optimizes resource usage.
- Uses a dynamic quorum system for fault tolerance.
- Monitors progress and persists results.
- Features:
- Load balancing.
- State persistence.
- Support for various execution triggers.
Keepers
The Keepers are responsible for executing tasks by:
- Monitoring jobs and validating conditions.
- Interacting with smart contracts securely.
- Processing arguments (static, dynamic, or none).
- Integrating with external data sources for real-time inputs.
Operating in a decentralized architecture, Keepers ensure:
- Fault tolerance.
- Efficient resource usage.
- Secure and reliable contract interactions.
Validator
The Validator ensures the accuracy and integrity of task execution by:
- Validating off-chain tasks.
- Generating cryptographically secure responses.
- Submitting verified results to the blockchain.
Validators maintain system reliability by:
- Ensuring tasks meet predefined criteria.
- Synchronizing off-chain and on-chain states effectively.
Features
- Decentralized Task Management: Automates and orchestrates task execution across blockchain networks.
- Cross-Chain Compatibility: Enables seamless task coordination across multiple blockchains.
- Fault Tolerance: Utilizes a dynamic quorum system to ensure reliability.
- Real-Time Integration: Supports external data sources for real-time inputs.
- Secure Interactions: Provides cryptographically secure validations and contract interactions.