Layer 1 EVM-Compatible Blockchain Development Project

Red Jumpers partnered with AMELA Technology to build a Layer 1 EVM-compatible blockchain network designed to support secure, scalable, and decentralized applications. The platform was developed using a Hybrid Proof of Stake Authority (PoSA) consensus mechanism, combining blockchain security with operational efficiency and lower computational costs.

The project covered the complete blockchain development lifecycle, from protocol architecture and consensus design to smart contract infrastructure, frontend and backend systems, testing, deployment, and ongoing support.

Ukraine-based Blockchain Project Overview

red-jumpers-case-study

Red Jumpers is a business services agency headquartered in Ivano-Frankivsk, Ukraine, specializing in connecting companies with developers and technical resources. As part of its blockchain initiative, the company required a dedicated technology partner capable of delivering a production-ready Layer 1 blockchain platform that could support future decentralized applications and Ethereum-compatible integrations.

The objective was to create a secure and scalable blockchain ecosystem while maintaining compatibility with existing Ethereum tools, wallets, and decentralized applications.

Ethereum Virtual Machine Project

Location

Ukraine

Industry

Blockchain & Web3

Platforms

Blockchain Network Infrastructure

Project Type

Layer 1 Blockchain Development

Business Challenges

 

Building a Secure Blockchain Foundation

The client required a highly secure Layer 1 network capable of handling blockchain transactions while minimizing vulnerabilities and attack vectors.

Scalability Requirements

The blockchain needed to support increasing transaction volumes and future ecosystem growth without compromising network performance.

Ethereum Ecosystem Compatibility

The platform needed seamless interoperability with Ethereum-based applications and development tools to accelerate ecosystem adoption.

Long-Term Maintainability

The solution required clear architecture, testing processes, and monitoring mechanisms to support future enhancements and network evolution.

Solution

 

AMELA delivered an end-to-end blockchain development service following Agile and DevOps methodologies to ensure rapid iteration, transparency, and continuous improvement throughout the project lifecycle.

Blockchain Architecture & Protocol Development

The team designed and implemented a Layer 1 blockchain utilizing a Hybrid PoSA consensus mechanism, balancing decentralization, performance, and operational efficiency.

Smart Contract & Backend Infrastructure

The blockchain ecosystem was developed using Solidity-based smart contracts and Node.js backend services, enabling secure transaction processing and network operations.

Ethereum Compatibility

The network was designed to be fully EVM-compatible, allowing developers to leverage familiar Ethereum tooling and deploy decentralized applications with minimal modifications.

Security & Testing

Comprehensive testing and security validation were performed throughout development, including:

  • Smart contract auditing
  • Unit testing
  • Integration testing
  • Load testing
  • Continuous vulnerability assessments

 

Ongoing Management

The team provided monitoring, maintenance, and continuous support to ensure long-term network stability and performance.

Development Methodology

  • Agile Development
  • DevOps Practices
  • Continuous Integration & Testing
  • Private GitLab Repository
  • Code Reviews
  • Daily Scrum Management
  • Kanban-Based Task Tracking

 

Team Composition

  • 1 Project Manager
  • 3 Blockchain Developers
  • 3 Frontend/Backend Developers
  • 1 QA Engineer
  • 1 DevOps Engineer
  • Layer 1 EVM-compatible blockchain
  • Hybrid PoSA consensus mechanism
  • Ethereum interoperability
  • Smart contract execution environment
  • Decentralized transaction processing
  • Secure validator architecture
  • Support for decentralized applications (DApps)
  • Scalable network infrastructure

Outcomes

  • Successfully launched a stable and secure Layer 1 blockchain network
  • Achieved scalability targets while maintaining security standards
  • Reduced blockchain operational overhead through Hybrid PoSA architecture
  • Enabled seamless integration with Ethereum-based DApps
  • Received positive feedback from validators, developers, and end users
  • Established a strong foundation for future blockchain ecosystem growth

Challenges & Innovations

 

Security Enhancement

The team implemented smart contract auditing processes and extensive testing frameworks to reduce vulnerabilities before deployment.

Scalability Optimization

A Hybrid PoSA consensus model was selected to reduce computational overhead while maintaining network security and transaction throughput.

Ecosystem Integration

The platform was designed to integrate seamlessly with Ethereum-based applications and decentralized services, enabling broader ecosystem adoption.

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