Internet of Things (IoT) Infrastructure

Our Cloud approach


Building an On-premise IoT Infrastructure is possible but using an Infrastructure as a Service (IaaS) Cloud approach could saves hundreds of thousands compared to an on-premise approach which may require upfront cost for Server Hardware, Rack Infrastructure, Fiber connectivity, Virtualization Software, and Facilities.

The cloud approach has many other advantages like:

  • The use of an “Infrastructure as Code” approach; writing code to manage the configurations and automate the provisioning of the infrastructure using practices that are already being used in application software development. For example: version control, testing, small deployments, use of design patterns etc.
  • It enables to easily create, replicate and update infrastructure used in the different environments required during the Software Development Lifecycle and Quality Assurance process (testing, staging and production).
  • It enables an iterative development approach where the infrastructure components and services are developed iteratively.
  • It reduces costs by running a downsized infrastructure during development phases.
  • It enables Agility and fast innovation providing services that would take months to implement and maintain in on-premise infrastructure. For example: Data Warehousing, Machine Learning etc …


Our Testing approach


A testing strategy is very important to lower the risk of defects and to build a long term quality product. Continuous include in his project a IoT Simulator which will be used during the development and verification & validation phase if applicable.

The IoT Simulator has many advantages:

  • Ensuring ongoing development of the IoT infrastructure and API development during the firmware development
  • Ease Firmware specification alignment: once the simulator specification is defined, specifications are given to the Firmware developers for firmware implementation
  • Reduce back and forth changes between firmware development and infrastructure development
  • Testing of the Firmware update
  • Automated Testing
  • Enable faster development of future IoT features
  • Simulate End to End testing Scenarios
  • Will be used for stress testing in large scale before production use


Our Delivery approach


Continuous put in place a Continuous Delivery strategy in order to orchestrate the update of the different components and applications of the infrastructure. The advantages of this approach are:

  • Industrialize the complete Software & Infrastructure Development Lifecycle
  • Automate the deployments
  • Reduce time to market


An example of a base IoT infrastructure on AWS


Continuous S.A.
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L-4368, Belvaux


© Continuous S.A. 2017