The CELOXFI team is committed to building world-class crypto asset trading infrastructure, adopting the most advanced and forward-looking technical solutions in the industry to ensure the platform's security, high performance, high availability, and high reliability under extreme conditions.
High-Performance Microservice and Cloud Infrastructure
The CELOXFI platform adopts the industry-leading distributed microservice architecture, fully supporting cloud-native containerization technology and load balancing mechanisms to achieve extremely high scalability and system stability
Cloud Native Containerization:
oUses Docker and Kubernetes (K8s) technology to achieve service modularization, componentization, and highly automated operation of the entire platform.oDynamic and agile scaling to cope with trading and traffic peaks, ensuring stable platform operation.
Auto-Scalable Infrastructure:
oThe system architecture design adopts a horizontal scaling model, which can quickly respond to market fluctuations.oReal-time monitoring and rapid service recovery ensure 99.999% stability throughout the year.
Matching Engine
CELOXFI's self-developed high-performance matching engine achieves industry-leading trading efficiency and process optimization to meet the strict regulatory environment and the high requirements of professional investors:
Leading Industry Performance:
Maximum Transaction Throughput (TPS): Over 100,000 TPS.
Average Matching Latency: Less than 10 milliseconds, ensuring instantaneous execution for users.Smart Load Balancer:
Real-time dynamic allocation of traffic to reduce matching latency.
AI predicts liquidity demand and peaks, and pre-allocates system resources in the optimal way to ensure "zero downtime."Cold & Hot Wallet and Multi-Signature Framework
CELOXFI uses a layered security structure technology. User assets and platform funds are managed separately through cold and hot wallets, strictly controlling transaction risks:
Cold & Hot Wallet Isolation:
Over 90% of funds in cold wallets are stored offline in a physically isolated environment.
Hot wallets only maintain the minimum funds required for daily operations.
Multi-signature Protection:
Large fund transfers by users and the platform must be approved through a multi-signature mechanism.
Flexible signature schemes are configured according to permission levels, greatly improving asset security.
Homomorphic Encryption:
Utilizes fully homomorphic encryption mechanisms to maintain user privacy and information security. Data is always processed in an encrypted state to prevent the risk of sensitive information leakage.
Zero-Knowledge Proofs (ZKP):
Applied to key areas such as user data verification and asset reserve proof.
Achieves a highly trusted environment that is both convenient and efficient to verify without disclosing sensitive user data.
Best-in-Class Encryption Standards:
User information, transaction records, communication channels, and server databases are strictly encrypted using mainstream encryption algorithms such as AES-256 and RSA.
Periodic data audits and regular security hardening ensure long-term data security and stability.