Overview
Benefits
Features
Scenarios
Overview
The Global Application Acceleration Platform (GAAP) ensures that users worldwide experience rapid, stable, and secure access to your business operations, minimizing delays and latency. Leveraging strategically positioned nodes across the globe, a high-speed global network, intelligent routing, and robust defense mechanisms against attacks, GAAP provides seamless connectivity. Its user-friendly interface enables swift configuration for accessing your business origin server via high-speed connections within minutes, with real-time monitoring of connection statuses available directly from the console.
Benefits
High-Speed Network and Global Acceleration
GAAP boasts a network of more than 50 global nodes and a high-speed connectivity infrastructure, addressing concerns related to network jitter, latency, and access delays. This ensures streamlined global access to your business operations.
High Stability, Efficiency, and Reliability
A single GAAP connection has the capacity to support bandwidth of up to 10 Gbps and accelerate up to one million concurrent requests. Moreover, GAAP includes end-to-end health checks and disaster recovery features to ensure consistent and stable service operations. It also offers a range of forwarding and scheduling policies to cater to the load-balancing requirements of diverse origin servers.
Security Protection
GAAP offers comprehensive security features including end-to-end encryption and two-way client authentication. It provides fundamental safeguards such as IP blocklists/allowlists, integrates the protective functionalities of Anti-DDoS Basic, and enables customization of advanced protection policies to ensure the security of your services.
Fast Access and Rich Features
With GAAP, accessing the acceleration service is made effortless through a straightforward configuration, allowing access via IP or domain. It encompasses a diverse range of scenarios and functionalities, including IP-based origin-pull, customization of headers, user access logging, a dedicated BGP network located in Hong Kong (China), and access to shared public network acceleration.
Comprehensive Support
GAAP is versatile, accommodating various protocols and scenarios. It employs TCP, UDP, HTTP, and HTTPS listeners to optimize requests across corresponding protocols at both transfer and application layers. Moreover, it’s accessible via IPv6 and HTTP3 protocols and supports business-origin servers across IDCs, public clouds, and private clouds.
Ops Support and Ease of Use
GAAP offers a Service Level Agreement (SLA) and supports seamless on-demand upgrades/downgrades without disrupting your business continuity. It gathers comprehensive statistics across various dimensions, such as connection, listener, listening domain, and origin server. Additionally, connection monitoring allows for the triggering of alarms related to bandwidth, concurrency, packet loss, latency, and origin server health.
Features
Connection Management
Configures the acceleration region and origin server region.
Specifies the maximum bandwidth for the connection.
Defines the maximum concurrency limit for the connection.
Acceleration Proxy (Listener)
Provides protocol forwarding capabilities for both TCP and UDP protocols, as well as URL forwarding for HTTP and HTTPS protocols. Additionally, offers three load-balancing scheduling policies tailored for origin servers.
Origin Server Management
Enables the addition of origin servers through both IP addresses and domain names.
Facilitates batch addition and management of origin server details.
Data Statistics
The platform facilitates the gathering of data regarding both outbound and inbound bandwidth usage, as well as outbound and inbound packet counts for the connection. Additionally, it supports the collection of statistics concerning the latency experienced during the connection.
Connection Monitoring
Enables cloud monitoring access, allowing users to establish relevant thresholds for monitoring and set alarms for the connection. Additionally, supports alarms for both outbound and inbound bandwidths.
Real Client IP Acquisition
Enables the acquisition of real client IP addresses through the TOA module.
Ensures the effective transmission of IP addresses to meet the data analytics requirements of businesses.
Scenarios
Cross-region access acceleration
Gaming with unified global servers
Enterprise Application Acceleration
Global Meeting Acceleration
Variances in network conditions across regions can lead to heightened latency and packet loss when accessing businesses from different areas, impacting user experience. However, GAAP facilitates the establishment of high-speed network connections between the acceleration region (where the client is situated) and the origin server region (where the server is located). This effectively mitigates network latency and packet loss, ensuring a swift and stable network connection and thereby enhancing the overall user experience.
In gaming, the simultaneous access of players across various regions often leads to disparities in the gaming experience or fairness due to differing network conditions. GAAP addresses this by facilitating the use of unified domain names for access across multiple regions. This allows players to connect to the nearest high-speed connections, ensuring simultaneous acceleration for global or regional users and thereby enhancing both gaming experience and fairness.
In team collaboration tools like OA and CRM systems, it’s imperative for users to seamlessly upload and access files, even amid cross-border connectivity challenges. GAAP enables the establishment of high-speed connections between branches and application systems, effectively minimizing network latency and packet loss. This ensures stable user access and file uploads, regardless of fluctuations in cross-border connections.
In cross-border networks, elevated latency and packet loss rates frequently impede communication between branches, leading to decreased productivity. GAAP enables the establishment of high-speed connections between branches and headquarters, mitigating latency and packet loss issues. This ensures swift and stable network transfers, facilitating the establishment of a highly efficient global office environment.
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