Performance Statistics
Update:
Through this article, you can understand the performance overview of the RTM product and gain an understanding of the differences between using the RTM service and building your own data transmission service.
High-Performance
Global multi-data center disaster recovery, capable of handling tens of millions of concurrent requests. Supports automatic elastic scaling, with message processing capacity peaking at billions.
Low-Latency
Industry-leading network architecture, combined with global network connectivity channels, provides self-developed addressing algorithms for unified and flexible network scheduling, ensuring international average latency < 100 ms and intra-region average latency < 50 ms.
High-Security Level
Data transmission adopts high-security level key negotiation and encryption strategies, with the use of LiveData’s private binary transmission protocol, ensuring data security and integrity during transmission. Enables data isolation control scheme, preventing unauthorized access and data breaches through a multi-dimensional permission management system.
Global Interconnectivity
RTM services are deployed in multiple major regions worldwide, allowing enterprises to access the service based on their business needs, achieving global interconnectivity. Covers client SDKs for mobile terminals, desktop platforms, and various mainstream platforms, as well as server APIs, enabling cross-platform communication.
Suite of AI and Content Risk Control Solution
LiveData provides real-time translation, voice recognition, text/image/audio/video moderation, and other value-added services that can be used on-demand.
Comparison of RTM with Enterprise-Built Data Transmission Services
Compared to building their own data transmission services, RTM offers advantages including but not limited to the following:
Comparison
RTM
Enterprise-Built Data Transmission Service
Service Capability
Global multi-node deployment.
Automatic scaling based on actual needs.
Tedious process to build overseas nodes, complex design for international and domestic networks.
Need to develop a global scheduling system for data scenarios and corresponding scheduling.
Service Scale
Zero construction scale
Control system to manage service usage at any time
Unable to accurately estimate service scale.
Unable to dynamically increase service capacity.
Construction Period
Use immediately
Unable to estimate, depends on the business.
Construction Cost
Zero construction cost
Pay-as-you-go, transparent pricing
Hardware cost, uncontrollable horizontal expansion based on demand.
Software cost, development based on demand, unavoidable license fees.
Human resource cost, exponentially increases with business expansion.
Operation and Maintenance Cost
Zero operation and maintenance cost.
Fine-grained operation, controllable resource situation.
Process-driven scheduling, increased resource utilization efficiency.
Uncontrollable operation and maintenance cost.
Unable to reuse resources, leading to resource waste.
Increasing manpower requirements for maintenance as capacity expands.
Through this article, you can understand the performance overview of the RTM product and gain an understanding of the differences between using the RTM service and building your own data transmission service.
High-Performance
Global multi-data center disaster recovery, capable of handling tens of millions of concurrent requests. Supports automatic elastic scaling, with message processing capacity peaking at billions.
Low-Latency
Industry-leading network architecture, combined with global network connectivity channels, provides self-developed addressing algorithms for unified and flexible network scheduling, ensuring international average latency < 100 ms and intra-region average latency < 50 ms.
High-Security Level
Data transmission adopts high-security level key negotiation and encryption strategies, with the use of LiveData’s private binary transmission protocol, ensuring data security and integrity during transmission. Enables data isolation control scheme, preventing unauthorized access and data breaches through a multi-dimensional permission management system.
Global Interconnectivity
RTM services are deployed in multiple major regions worldwide, allowing enterprises to access the service based on their business needs, achieving global interconnectivity. Covers client SDKs for mobile terminals, desktop platforms, and various mainstream platforms, as well as server APIs, enabling cross-platform communication.
Suite of AI and Content Risk Control Solution
LiveData provides real-time translation, voice recognition, text/image/audio/video moderation, and other value-added services that can be used on-demand.
Comparison of RTM with Enterprise-Built Data Transmission Services
Compared to building their own data transmission services, RTM offers advantages including but not limited to the following:
| Comparison | RTM | Enterprise-Built Data Transmission Service |
|---|---|---|
| Service Capability | Global multi-node deployment. Automatic scaling based on actual needs. |
Tedious process to build overseas nodes, complex design for international and domestic networks. Need to develop a global scheduling system for data scenarios and corresponding scheduling. |
| Service Scale | Zero construction scale Control system to manage service usage at any time |
Unable to accurately estimate service scale. Unable to dynamically increase service capacity. |
| Construction Period | Use immediately | Unable to estimate, depends on the business. |
| Construction Cost | Zero construction cost Pay-as-you-go, transparent pricing |
Hardware cost, uncontrollable horizontal expansion based on demand. Software cost, development based on demand, unavoidable license fees. Human resource cost, exponentially increases with business expansion. |
| Operation and Maintenance Cost | Zero operation and maintenance cost. Fine-grained operation, controllable resource situation. Process-driven scheduling, increased resource utilization efficiency. |
Uncontrollable operation and maintenance cost. Unable to reuse resources, leading to resource waste. Increasing manpower requirements for maintenance as capacity expands. |