By combining our design thinking expertise with low-code development, we offer customers the best approach to clearly define the right problem to solve, and rapidly build, test and deploy the most impactful, effective solutions.
We chose OutSystems because it’s dedicated to answering the challenges of digital transformation, mobile and faster delivery cycles, all while driving business value. An established player in the industry, OutSystems has been recognised by Gartner and Forrester as a Leader in the Magic Quadrant for Multiexperience Development Platforms (MXDP).
Their low-code application delivery platform makes it fast and easy to develop applications from small departmental to large complex mission-critical applications. It is possible to develop the application once and deliver it seamlessly across all platforms and form factors. As a result, OutSystems enables the rapid, agile and continuous development, delivery and management of all the applications needed to digitalise your enterprise.
Using the OutSystems platform for low-code development and rapid prototyping of mobile and web apps, we can visually develop your entire application, integrate it with existing systems, and add your own custom code as needed. This approach drives rapid, low-risk digital transformation and application modernisation. We also have strong capabilities in agile and DevOps methodologies that support iterative development and continuous deployment. And if traditional waterfall methodology makes sense for your project, that’s in our kit bag too.
What can we create with OutSystems?
At Optimation, we see software development as a human-centric and highly iterative process. Low code development fits our philosophy because, when used in combination with design thinking, it means people can rapidly get to a point where they see if an idea or proposed solution is on the right track, often by co-creating models or prototypes with end-users.
At that point, we can test, refine, and deploy fast, or discard an idea before expending too much time or effort on it (the ‘fail fast’ approach). Regardless of the specific development methodology we use, our focus is always on finding pragmatic ways to deliver a Minimum Viable Product (MVP) at the earliest stage possible.
This approach enables the delivery of applications faster and with minimal hand-coding. Using visual modeling in a graphical interface to assemble and configure applications, developers skip all the infrastructure and re-implementation of patterns that can bog them down and go straight to the unique 10% of an application.
Low-code development is done with a family of tools that help complete applications visually using a drag-and-drop interface. With OutSystems, it’s easy to integrate with and extend legacy applications which means we’re able to perfect existing systems through staged redevelopment, well-targeted enhancements and use cloud services and digital wrappers to unlock hidden value and create new opportunities for your business.
Our flexible view of redevelopment encompasses options to rewrite what you have in a modern language, or to re-envision and optimise business processes with a customised solution.
By leveraging OutSystems low code platform, we can give users and customers new ways to interact using mobile and web apps while preserving critical business processes.
We use the rapid application development platform to build complex B2x applications that include full-featured Customer Experience capabilities and that are at least as good as anything you’ll get from a commercial off-the-shelf (COTS), SaaS, or cloud-based service.
In addition to integration with internal and external data sources, the Low-Code Application Platform can be easily integrated with existing tools and 3GL applications already in use within the enterprise, delivering the benefits of modernisation and transformation significantly faster.
We can assist with future-looking application support for technologies like artificial intelligence, Internet of Things, cloud-native architectures, and support for dynamic event stream.