Case Studies > Travel booking giant reduces deployment and updates failures by 95% using a Self-healing Microservices Architecture.
Cloud
Travel booking giant reduces deployment and updates failures by 95% using a Self-healing Microservices Architecture.
A US market leader in the travel and tourism booking industry reduces deployment and update failures by 95% using a self-healing Microservices Architecture. The case study records how a travel booking entity in the US could solve connectivity issues and reduce resource consumption. The self-healing Microservices architecture designed by Payoda helped the firm circumvent the challenges of a traditional Microservices architecture deployed on the cloud.
The objectives of the client were to reduce the following:
- Connectivity issues in the existing framework
- Resource consumption
- Deployment and update failures
Cloud
Travel booking giant reduces deployment and updates failures by 95% using a Self-healing Microservices Architecture.
A US market leader in the travel and tourism booking industry reduces deployment and update failures by 95% using a self-healing Microservices Architecture. The case study records how a travel booking entity in the US could solve connectivity issues and reduce resource consumption. The self-healing Microservices architecture designed by Payoda helped the firm circumvent the challenges of a traditional Microservices architecture deployed on the cloud.
The objectives of the client were to reduce the following:
- Connectivity issues in the existing framework
- Resource consumption
- Deployment and update failures
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