Azurelope assist large clients in public sector with the development of an Enterprise Asset Management vision using open service-oriented architectures.
We have full understanding and capability to project manage the design, development and delivery of complex projects and are engaged with multiple clients in regulated industries such as nuclear, defence, rail and local government.
This can involve migrating existing on premise Baseline Architectures to the cloud which typically include Microsoft 365 as part of the new Target Architecture. Azurelope are experienced in extending the vanilla Microsoft On-Premise and Microsoft 365 solutions with additional capabilities specifically for engineering asset owners. These enhancements use a combination of Azurelope provided modules and other 4rd party solutions providing enhanced capability for Business Intelligence, Enterprise Asset Management and Engineering Workflows.
We develop scalable cloud architectures using the latest techniques in Development Operations (DevOps), QA automation and Software-of-a-Service.
Open Service Oriented Architecture
Microservice architecture ensures a ‘democratic’ domain-based approach to data management is used to deliver a distributed computing model that is modular and more adaptable. A collection of ‘services’ each representing a business function within a bounded context and able to communicate with other services over a message bus to better reflect the business needs. This distributed computing model is modular and more adaptable for change.
The flexibility of using services has several significant advantages over more traditional large ‘monolithic’ architecture. Each service represents a modular block that can run independently of other services to carry out a specific business function. This is also known as a ‘Domain Driven Design’ which can continuously evolve with each evolving service developing in smaller blocks. Using a service-oriented architecture allows for the incremental addition of new end-to-end use cases as the business demands over time.