Cloud Application Development
Colibri Digital can help you to build and deploy resilient cloud applications at near infinite scale. By combining cutting edge cloud technologies with our extensive experience of public cloud providers, we can help you deliver a highly available, cost effective and secure application. We can also adapt legacy applications to run on the cloud, in addition to traditional web and mobile applications across most platforms and languages including iOS, Android, Ruby, Python, Java and NodeJS.
Think Different
Most Cloud vendors are only interested in building cloud applications in the traditional way, using virtual machines and deploying monolithic application stacks. We pride ourselves in taking a different approach. This means:
- Requirements gathering to understand your needs, objectives and most importantly your key success metrics
- Architecture audit to ensure we fully understand your existing cloud applications
- Architecture design for your new cloud application
- Development and integration work, in short two week sprints to ensure an agile approach to software development
- Deployment to test and staging environments
- Testing of functionality at scale and under load
- Deployment to production and customer enablement
- Continuous and ongoing support, mentoring and training
What to expect
Our cloud applications development projects follow our tried and tested methodology:
- Building performance, resiliency, availability and scalability in from day 1
- Harnessing the true power of the cloud, by integrating with services like Lambda, API Gateway and DynamoDB to enable more cost effective, better performing applications
- Take advantage of the full suite of public cloud services to enable automated, dynamic applications
- Develop stacks in a modular way, exposing functionality via well defined APIs
- Re-architect legacy applications using a cloud-native approach
- Automate everything
- Continue to support our customers long after launch with our customer mentoring and training programme