中文版

Distributed caching middleware TongRDS
Product features

  • Redis is fully compatible

    It has the ability to fully replace the open-source product Redis, so that developers do not need to modify the code to achieve seamless product replacement.

  • High security

    It supports data transmission channel encryption and a variety of security policies, and supports national cryptography algorithm encryption to avoid unauthorized access to data.

  • High reliability

    Synchronization of memory data between nodes is achieved in parallel, and the hybrid cluster mode and master-slave mode can ensure that the data is complete and reliable.

  • High performance

    Efficient data storage and use through advanced memory allocation algorithms, providing data access efficiency higher than Redis.

  • Independent and controllable

    It is independently developed using Java language, with complete independent intellectual property rights, and can be customized and developed according to customer needs.

  • Centralized management

    Provide a centralized management platform to facilitate users to install, configure, monitor and manage the system.

Product functions

High-performance data reads and writes

In addition to supporting the five fundamental Redis data types (String, List, Hash, Set, and Sorted Set), the platform allows for custom data types. These custom data types can be defined through plug-in modules, significantly enhancing system flexibility and adaptability. The platform provides high-concurrency read and write performance, achieving sub-millisecond response times under massive workloads. Data sharding and automatic rebalancing mechanisms ensure linear scalability, maintaining consistent performance as data volume grows. All operations are performed in-memory with optional persistence options, guaranteeing both speed and reliability.

Data Persistence

The system synchronizes memory data to disk at regular intervals to ensure data persistence. This mechanism guarantees timely restoration of memory data during system anomalies, thereby maintaining stable system operation.

Data publishing and subscribing

The pub/sub message communication mode is supported. Subscribers can subscribe to TongRDS for the message type they are interested in, and all clients subscribing to that message type will receive the message when the message is published.

Flexible cluster mode

It supports a variety of flexible cluster modes, from simple multi-node data replication to high availability guarantee in Sentinel mode, and supports data sharding, node mutual backup, and dynamic data migration in Redis Cluster mode.

Product architecture

The product design adopts a hierarchical architecture model, including the interface layer, core layer, and data layer, and provides monitoring and auxiliary functions on the periphery to achieve comprehensive and efficient management and control of data caching.

Product Architecture

Customer case

  • Abnormal Transaction Control System in Bank
    Abnormal Transaction Control System in Bank
    The Banking Abnormal Transaction Control System is an online platform for real-time monitoring and unified management of abnormal transactions. TongRDS, a distributed in-memory component, provides high-speed storage and real-time delivery of group information and management strategies. It features a leading distributed architecture, near-real-time failover, blocks insecure Redis usage methods, offers visual configuration management and cache monitoring, and is fully compatible with Redis, ensuring near-zero migration cost.
  • Broadband Access Authentication and Billing Platform in a telecomm carrier
    Broadband Access Authentication and Billing Platform in a telecomm carrier
    The Broadband Access Authentication and Billing Platform uses a multi-node deployment. User accounts across nodes require real-time sync to prevent simultaneous off-site logins. TongRDS deploys four data nodes in a 2-master-2-standby cluster across two physical rooms. Each node manages 42GB of data. All technical indicators meet user requirements: after one-time cache deployment, the system operates unattended and maintenance-free with zero failures for over five years.
TongTech brands