Jul 16, 2025
No image
Completed
European VAT Compliance & Reporting System|| Postman | Docker
$25,000+
more 1 year
Israel
2-5
Service categories
Service Lines
DevOps
Domain focus
Banking & Financial Services
Subcategories
DevOps
DevOps as a Service
DevOps Automation
DevOps Implementation
Docker
Challenge
- The application was managed by a single server running multiple services, which caused crashes under high load.
- The application was running directly on the server, leading to high resource utilization.
- The application was managed by a single server running multiple services, which caused crashes under high load.
- The application was running directly on the server, leading to high resource utilization.
Solution
- We proposed and implemented a containerized, serverless architecture.
- Docker for isolating services and optimizing resource use.
- Elastic Beanstalk for scalable backend management.
- Elastic Load Balancing to distribute traffic effectively under load.
- Skills: Postman · GitHub · AWS Elastic Beanstalk · Docker · Webfront · Linux
- We proposed and implemented a containerized, serverless architecture.
- Docker for isolating services and optimizing resource use.
- Elastic Beanstalk for scalable backend management.
- Elastic Load Balancing to distribute traffic effectively under load.
- Skills: Postman · GitHub · AWS Elastic Beanstalk · Docker · Webfront · Linux
Results
- Improved Stability and Performance: By containerizing services and reducing server dependency, application crashes under high load were minimized, resulting in a more stable user experience.
- Optimized Resource Utilization: Running services in Docker and moving to a serverless setup decreased overall resource usage, reducing operational costs.
- Enhanced Scalability: Elastic Beanstalk and Elastic Load Balancing allowed for automatic scaling during peak times, ensuring seamless handling of increased traffic.
- Reduced Latency and Faster Load Times: CloudFront and S3 ensured faster content delivery, improving application speed and responsiveness for end users.
- Cost-Effective and Flexible Architecture: Serverless components reduced infrastructure costs and enabled flexible resource allocation, adapting to the client’s growing needs without extensive reconfigurations.
- Improved Stability and Performance: By containerizing services and reducing server dependency, application crashes under high load were minimized, resulting in a more stable user experience.
- Optimized Resource Utilization: Running services in Docker and moving to a serverless setup decreased overall resource usage, reducing operational costs.
- Enhanced Scalability: Elastic Beanstalk and Elastic Load Balancing allowed for automatic scaling during peak times, ensuring seamless handling of increased traffic.
- Reduced Latency and Faster Load Times: CloudFront and S3 ensured faster content delivery, improving application speed and responsiveness for end users.
- Cost-Effective and Flexible Architecture: Serverless components reduced infrastructure costs and enabled flexible resource allocation, adapting to the client’s growing needs without extensive reconfigurations.
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