Togetr Platform: a cloud-based low-code Platform
Togetr platform is a model-based development environment, where adaptability, evergreen application development and microservices are central.
Learn moreTogetr: accelerate application development
Microservices
Togetr offers possibilities to renew your ICT landscape step by step.
Model-driven
Togetr offers a model-driven application development environment. As a result, there is no technological obsolescence.
Cloud-based
Togetr is designed from the cloud. This means simple and scalable deployment.
Key features of the Togetr Platform
MS Azure based deployment
Background job server based on hangfire
State-of-art web apps based on REACT-Kendo
Workflow based
Multi-factor Authentication
Togetr platform: new technology and innovation
Artificial intelligence
Togetr applies Artificial Intelligence (AI) to better support decision-making. Both discrete optimization technology and interpretation of data are essential for manufacturing companies. Machine learning, deep learning gives meaning to data. Sensor-based analytics, combined with online discrete optimization in, for example, supply chain planning and product configurator are unique and essential for customers. Clever combining business applications with data provides answers for tomorrow.
Internet of things
Products become services. These products as as service produce data. And data can be used to improve service. Production resources of manufacturing companies also generate a lot of data. Data that can be used by companies to improve logistics performance. Togetr offers Time Series Data combined with Phyton based Machine Learning to ensure better decision making.
Advanced analytics
Applying statistics and mathematical tools to business data offers opportunities for analysis and improvement. In manufacturing, for example, operation managers can use advanced analytics to take a deep dive into historical process data, identify patterns and relationships between discrete process steps and inputs, and then optimize the factors that appear to have the greatest effect on yield.