Introduction to AWS Global Accelerator
AWS Global Accelerator is a solution designed to enhance application availability, performance, and security by leveraging the AWS global network. By utilizing this service, users can improve network performance, ensure highly available applications, achieve deterministic routing, and protect their applications from DDoS attacks.
Key Benefits of AWS Global Accelerator
One of the key benefits of AWS Global Accelerator is the ability to improve network performance. By leveraging the performance, security, and availability of the AWS Global Infrastructure, users can onboard their user traffic at one of the Global Accelerator edge locations. This allows users to access application endpoints through static IP addresses for deterministic routing, independent of DNS.
Use Cases for AWS Global Accelerator
AWS Global Accelerator caters to various use cases, including acting as a global traffic manager, accelerating APIs, providing global static IPs, and optimizing low-latency gaming and media workloads. Customers can benefit from the versatility of this service across different applications and industries.
Customer Success Stories
Several prominent companies have experienced significant improvements in their operations by utilizing AWS Global Accelerator. The Trade Desk developed a global, real-time ad bidding system, Skyscanner leveraged the congestion-free AWS global network, Lever decreased recruiting software load times by over 50%, and JoyCity enhanced network stability for its customers. These success stories exemplify the impact of AWS Global Accelerator across a diverse range of businesses.
Getting Started with AWS Global Accelerator
To start leveraging AWS Global Accelerator, users can explore the features page to understand how the service works. Signing up for an AWS Free Tier account allows users to experience the benefits of Global Accelerator firsthand. By taking advantage of this service, users can enhance their application performance, achieve greater availability, ensure deterministic routing, and protect their applications from DDoS attacks.