Fabric v2.5 Performance Optimisation with Caliper & Tape

Module 1: Introduction to Hyperledger Fabric v2.5 and Performance Optimization

• 1. Course Introduction
• 2. Agenda
• 3. Course objectives

Module 2: Fabric Network Creation and Configuration

• Overview of Hyperledger Fabric v2.5
• Importance of performance optimization in blockchain networks
• Installing prerequisites
• Network Topology
• 3 org Network
• 2 org Network
• Network topology design & Setting up a Hyperledger Fabric v2.5 network
• Deploying and invoking chaincodesInvoking Transaction

Module 3: Caliper Configuration and Integration

• Introduction to Hyperledger Caliper
• Purpose and features of Caliper
• Caliper architecture overview
• Installing and setting up Caliper
• Configuring Caliper for Fabric v2.5
• Creating benchmark configuration files
• Integrating Caliper with your Fabric network
• Running performance tests with Caliper
• Analyzing and interpreting Caliper results

Module 4: Tape Configuration and Integration

• Introduction to Tape
• Purpose and features of Tape
• Installing and setting up Tape
• Creating configuration files
• Integrating Tape with your Fabric network
• Setting up benchmark scenarios and Conducting performance benchmarks with Tape
• Analyzing and interpreting Tape results

Module 5: Performance Optimization Techniques

• Analyzing benchmark results from Caliper and Tape
• Identifying performance bottlenecks & Optimization strategies
• Network-level optimizations
• Block size optimization techniques
• Infrastructure and hardware considerations
• A step-by-step approach to reaching high TPS like 1000 for Invoke

Course Objectives

By the end of this course, You will be able to:

• 1. Set up and configure a Hyperledger Fabric v2.5 network optimized for high performance.
• 2. Understand the key factors affecting blockchain network performance.
• 3. Install, configure, and use Hyperledger Caliper & Tape for performance benchmarking.
• 4. Analyze and interpret performance metrics from both Caliper and Tape.
• 5. Identify common performance bottlenecks in Fabric networks.
• 6. Apply various optimization techniques to improve network performance.
• 7. Achieve and validate transaction speeds of up to 1000 TPS in a Fabric network.8. Compare and contrast different performance testing tools and methodologies.
• 9. Develop strategies for continuous performance monitoring and optimization in production environments.