Trion builds a matching engine to consolidate the foundation of the digital asset platform system
After being officially registered in Colorado, USA in August 2020, the project development of Trion, a global digital asset matching platform, has been progressing rapidly. As a technology platform dedicated to reshaping the global digital asset trading infrastructure, Trion completed the initial architecture design within just two months of its establishment, and officially launched the development of the first version of the matching engine system this month, entering the core technology breakthrough stage.
The technical core of this round of development focuses on three major areas: matching speed, trading stability, and security isolation mechanism. These three indicators constitute the “performance iron triangle” of the digital asset platform, which directly determines the user’s capital efficiency and trading experience in complex scenarios such as high-frequency trading and volatile market conditions.
Focus on millisecond matching speed to improve user asset circulation efficiency
In terms of technical architecture, the Trion team referred to the performance design of the traditional securities market matching system, adopted a high-concurrency asynchronous processing mechanism, combined with dynamic memory allocation and delay-sensitive optimization strategies, and strived to achieve “millisecond matching response”. This means that whether it is the limit order of individual investors or the high-frequency strategy of institutional quantitative trading, stable and rapid transaction response can be obtained on the Trion platform.
The Trion technical team pays special attention to the platform’s “extreme market adaptability”. By building a simulated market environment and abnormal traffic test system, the platform can continuously verify the system’s ability to withstand sudden high traffic, extreme market conditions and transaction congestion during the R&D stage, thereby continuously polishing the system stability and ensuring that the platform has a high degree of pressure resistance after the official launch in the future.
In addition, in order to further reduce the risk of single point failure, Trion adopts a distributed deployment strategy in the infrastructure to achieve hot backup and elastic expansion of each module, providing strong technical support for future global node deployment and multi-location access.
In terms of security, Trion adopts a combination of cold and hot wallet hierarchical management, transaction and account logic isolation, and permission control and behavior auditing to improve the overall security of user funds and data from the system architecture level. Especially for the matching system, Trion introduces an isolated operation sandbox mechanism to ensure that the transaction matching process is not affected by abnormal front-end user requests or malicious attacks, and improve the independence and security protection level of the platform operation from the source.
Trion’s co-founder said: “We have no intention of taking shortcuts from day one. We know that in the digital asset trading industry, which requires extremely high system stability, without a first-class basic engine, there will be no user trust. What we need to do is to build underlying capabilities that will not be outdated in the next five years.”
Trion was established only two months ago, and it has taken a key step in the research and development of core technologies. In the coming months, the platform will continue to promote high-voltage testing of the matching engine, integration of asset security modules, and optimization of multi-terminal access experience, and gradually form a runnable system closed loop. As a technology-based trading platform, Trion is taking one step at a time to consolidate the system foundation and move towards the world’s leading digital asset infrastructure provider.