Modelling is a technique that can be used at any stage of a project, such as talks over requirements, UI definition, code generation, database schema description, communication protocols definition. It allows us to communicate efficiently with customers and it provides a solid formalised base for rapid prototyping.
Modelling helps us split different aspects of software products into components that lead to better decoupling of UI, business logic, database, and infrastructure. Consequently, the issued models are reused for large-scale production of both front-end and back-end components. In the iterative development process, the initial models help to quickly reach a final result, with each development cycle being validated by the customer. We apply the same modelling approach when a complex software component developed by experts needs to be extended with a simple ergonomic UI.
In our practice modelling is useful in many cases: when the problem domain is complex, when communicating and working with different people, when needing a highly formal level of abstraction, when planning to grow the number of features of a software product.
Exchange and store data. Compute and display real-time results. Allow file management.
Solution / Ergonomic web applications and web portals developed in the Agile mode.
Outcome / Ease of use, high adoption rate without training, availability before completion.
Share complex data models between multiple entities and promote these models as corporate standards.
Solution / Proof of concept and development of collaboration platform with connected data objects (CDO).
Outcome / High customer satisfaction and faster adoption thanks to close and agile cooperation.
Embed very complex logical components in very simple UI elements.
Solution / Customised modelling frameworks, interfacing with multiple UI technologies for end users and set up domain-specific language for declarative UI description.
Outcome / 80% development cost reduction for UI intensive applications, availability of new complex UI components for other purposes.
Information management systems collect powerful data that often require significant resources to deliver their added value.
Furthermore, application’s eco-systems—built iteratively—can provide better services while using less power. The only way to get there is to master the most recent optimisation methods and tools.
We, at EURA NOVA, have acquired deep knowledge in techniques for optimising your system back-end. We can offer you our expertise to design and implement high performance systems that meet business needs related to response time, reliability, availability, information persistence, and scalability.
Analyse series of complex events from the Internet, their network and infrastructure, to trigger real-time marketing campaigns.
Solution / An event-processing product, with a traversal engine for event correlation and a graphical interface for patterns definition.
Outcome / Product allowing analysis of 80.000 events/sec/core.
Need to offer their clients a way to create interactive social networks.
Solution / Design and implementation of a social collaboration platform using algorithms and distributed storage.
Outcome / Custom graph mining possibilities, e.g. to identify the shortest path, the ranking, the influencers, etc.
Need to challenge suppliers and to guarantee systems continuity with roadmap in line with budget, requirements and priorities.
Solution / Creation and maintenance of a web platform for model management, with continuous integration solutions and operational optimisations.
Outcome / Modular, flexible, and easy-to-use system. No more unplanned downtime.
Get rid of the latency of their communication platform. Put an end to functional regressions of the applications after release.
Solution / Architecture redesign by functional blocs, implementation of messaging APIs, and documentation to ease maintenance. Dedicated platform and process for testing.
Outcome / Improved performance via scalability techniques. Speedier data synchronisation. Increased customer satisfaction. Regressions avoided. Higher customer maturity on development and testing activities.
Breakthroughs in the way IT infrastructures can be built offer a wide range of solutions to host companies information and applications. Behind the business opportunities granted by next-gen data centres and cloud-based solutions stands the technical challenge for getting there.
EURA NOVA’s experts can help you from the start of this journey by providing advice and architecture work, both for the setup of your cloud and for the migration of your data and software. They can act on every level of the cloud model: Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS), and Software-as-a-Service (SaaS).
On top of this, our experts will assist you in identifying, customising and implementing the solutions to run your new infrastructure as you wish. The solutions we often recommend are DevOps enablement, set up of continuous integration, and automation of configuration management.
Build a platform for storage and real-time processing of data from the Internet of Things and related analytics.
Solution / Inventory of required components, integration on a platform, and delivery of applications connecting them.
Outcome / Distributed platform integrated. Very low maintenance costs thanks to automated tooling. DevOps workflow enabled.
Automate deployment and configuration of large sets of machines based on predefined blueprints.
Solution / Installation of configuration and orchestration tools, facilitating management of a distributed infrastructure.
Outcome / All machines of a same platform redeployed in an automated and reproducible way, leading to better efficiency and confidence.
Set up a private cloud to provide IaaS internally.
Solution / Tailored open-source solutions best fitting with requirements.
Outcome / Knowledge acquired by the customer. Private cloud in use.
Deploy pre-existing applications from an external cloud to a private data centre seamlessly.
Solution / Analyse gap between current and target infrastructures. Propose solutions considering migration constraints. Provide tech support.
Outcome / Migration completed on time and on quality. Knowledge documented and transferred to allow further applications migration.