As your data demands grow and you have more to process, you can take advantage of
elastic extension of compute capabilities by tapping into a range of cloud services. Using
Azure’s HPC capabilities you can scale as required while staying within your budget.
- Achieve Results by Adjusting Access
Scientific experiments are responsible for a significant rise in data and that rise means
that there is a much higher need for sharing, processing and protecting that data With
Azure HPS capabilities, you can bring scalable and collaborative access that is fully
secure from anywhere and at any time to all your users.
- Speed Up Time To Market
By adding in flexible compute resources, you can add more detail and more scale,
resulting in significantly improved results much quicker. The ultimate result will be an
increase in productivity and your time to market will be much reduced.
- Create Market Disruption
It doesn’t matter whether you are reinventing classic business apps, providing a new
architecture for proven scenarios or pushing your data-driven into complete overdrive,
you will need brand new architectures that are fast and are flexible. With Azure you can
build those architectures, and watch them grow, shrink and adapt to customer demand,
causing market disruption with your newest products.
Microservice Applications
Microservices are a style of software architecture. Applications within a microservice are
made up of independent modules, each of which communicates with the rest through
fully defined APIs. All of these modules are building blocks, decoupled and small
enough that they can each implement one functionality.
Microservices architectures make it much simpler to develop applications and to scale
them, as well as fostering collaboration between self-governing teams and helping them
to get the latest functionalities to market much quicker.
Why Azure for Microservice Applications?
With Azure Microservices, you can
- Build Your Services Independently
Applications based on microservices are built as collections of decoupled services, each
handling one action. Teams can build their services independently, verifying, deploying
and monitoring each one.