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Development of a Scalable Cross-Platform Cryptocurrency Trading Infrastructure
  1. case
  2. Development of a Scalable Cross-Platform Cryptocurrency Trading Infrastructure

Development of a Scalable Cross-Platform Cryptocurrency Trading Infrastructure

inveritasoft.com
Financial services

Identifying the Need for a Secure and Flexible Cryptocurrency Trading Platform

The client aims to provide a secure, scalable trading environment that supports diverse cryptocurrencies. With the rapid growth of the digital asset market, there is a critical need to enable high-frequency, multi-exchange trading capabilities that are interoperable across different systems and protocols.

About the Client

A global financial trading firm specializing in risk management and market development, seeking to expand digital asset trading capabilities.

Objectives for Developing a Robust Cryptocurrency Trading Infrastructure

  • Develop a secure and scalable trading platform supporting multiple cryptocurrencies such as Bitcoin, Ethereum, Litecoin, and emerging altcoins.
  • Implement a cross-platform adapter protocol to facilitate seamless communication between various external cryptocurrency exchanges.
  • Standardize data transfer from multiple exchange protocols (REST, WebSockets, FIX) into a unified format compatible with the client’s trading application.
  • Ensure high performance with low latency to support high-frequency trading activities.
  • Design for flexible deployment with load balancing and scalable architecture to accommodate increased transaction volumes.

Core Functional Requirements for the Cryptocurrency Trading Platform

  • A cross-platform adapter protocol acting as a communication bridge between various cryptocurrency exchanges.
  • Standardization of data transfer formats to unify data from disparate exchange APIs.
  • Support for multiple protocols including REST, WebSockets, and FIX for real-time data and order execution.
  • An easily deployable web service architecture optimized for high bandwidth and minimal latency.
  • Scalable load distribution capabilities for broadcasting market data across multiple servers.

Technological Frameworks and Architectural Preferences

.NET Core for cross-platform backend development
SQLite or equivalent lightweight database for data storage
REST API and WebSockets for real-time communication
FIX protocol integration for professional trading systems

External System Integrations Necessary for Full Functionality

  • Various cryptocurrency exchange APIs supporting REST, WebSockets, and FIX protocols
  • Market data providers to aggregate and standardize trading data

Non-Functional Requirements Ensuring Platform Reliability

  • High scalability to support increasing transaction volumes
  • Low latency data processing to facilitate high-frequency trading
  • Secure data transfer and storage practices complying with industry standards
  • Fault-tolerance and load balancing to ensure continuous availability

Anticipated Business Outcomes from the Cryptocurrency Trading Platform

The implementation of this scalable, interoperable trading platform is expected to significantly enhance the client’s trading capacity, enabling support for a wider range of cryptocurrencies and exchanges. It aims to improve trading efficiency, reduce latency, and facilitate high-frequency trading, leading to increased trading volume and market competitiveness. The flexible architecture allows for future expansion and integration with additional exchanges, supporting sustained growth and innovation in digital asset trading.

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