Seamless and Secure Connectivity Program

Program Summary

Seamless and Secure Connectivity program aims at enabling trustworthy, secure, and resilient end-to-end connectivity architectures and products including life-cycle services in various domains. Business Finland has granted the program EUR 10 million development funding and, in addition, EUR 20 million funding for the ecosystem companies and research partners. The four-year program led by Bittium will last until 2026. Achieving the goal requires active co-operation with various public and private contributors, including e.g. network, application, terminal and other devices providers combined with the various software and technology solution providers.

Focus Themes

Secure Encryption Technologies

The objective is to define and create roadmap to develop and apply future encryption technologies.

Seamless and Secure Connectivity for Highly Secure Communications in the Future Networks

The objective is to define ad solve special questions related to highly secure applications as well as application of related technologies and solutions.

Secure End-to-End Verticals

The objective is to develop end-to-end information security, including the development of information security in different verticals.

Scaled Sensor Fusion Development

As objective to define and create roadmap for the utilization of information from several sensors and thus sensor fusion based on, for example, medical measurement data.

Significant Development of Operating Models (e.g. RegOps, a Method of Agile Development of Medical Software)

The objective is to develop different operating models in such a way that they take into account the extensive requirements of regulations and directives, and the rapid adaptation or application of regulations and directives to software supporting devices or services.

Shifts from Devices into End-to-End Solutions and Services

As objective to develop technologies and solutions that enable the transfer of information from devices to solutions and services (end-to-end connections), for example in medical remote diagnostics.