Research Collaboration

Bittium's R&D is focused on tactical communications, device and network security, specialized devices, and biosignal technology.

Public R&D Collaboration Projects

To support our product, IPR and asset development, we are participating in national and international collaboration in several R&D programs. This R&D work is carried out in the Defense & Security, Connectivity Solutions and Medical Technologies Business Units' R&D teams.
Open/close section Lead Company - Seamless and Secure Connectivity Program

Funding organization: Business Finland

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 the information-secure cooperation of various public and private networks, including applications and terminals and other devices, combined into a cooperative embedded solution of different technologies.

Read more: Seamless and Secure Connectivity Program

Open/close section AHMED (Agile and Holistic MEdical software Development)

Funding organization: Business Finland

AHMED: Agile and Holistic MEdical software Development Co-Innovation is a research project to create continuous approach to regulatory requirements:

  • Construct concrete case studies inside companies, directly associated with company needs
  • Identify best recognized patterns and practices in agile medical device development following continuous software practices
  • Understand the regulatory basis for required process practises and therefore tool capabilities
  • Test different tool chains that can provide support for traceability, risk management, etc.
  • Build a joint demonstrator between participants: participants free to build their own research
    prototypes towards client demos, reusable component, etc.
  • Cover both data centric features needed for AI&ML as well as software functions, including testing as well as potential applications for further demonstration and productization which are attractive for global market
  • Making impact to European regulation by providing input to regulators and their working groups

The two year project is coordinated by VTT Technical Research Centre of Finland and participated by Helsinki University as well as six companies:

  • Atostek Oy
  • Bittium Oyj
  • Mylab Oy
  • Solita Oy
  • Taipuva Consulting Oy
  • Terveystalo Oyj

AHMED is partly funded by Business Finland and it is a part of  Business Finland’s Smart Life program.

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Open/close section ESSOR - European Secure Software Defined Radio

The aim of the ESSOR programme, currently sponsored by the governments of Finland, France, Germany, Italy, Poland, and Spain, is to develop pan-European Software Defined Radio (SDR) technology in order to improve the ability of Armed Forces to cooperate in joint operations and also to develop new ESSOR waveforms (E3DWF, ENBWF, ESATWF), in the frame of ESSOR ENC (ESSOR New capabilities) project.

The ESSOR programme will continue, with further activities including the porting of the ESSOR HDRWF to Rohde & Schwarz's SDR and a new interoperability verification test session. In addition to the European High Data Rate (HDR) waveform, the programme has produced and validated a European SDR architecture, now qualified on six different European platforms. The benefits of waveform interoperability are regularly demonstrated through network testing involving different ESSOR national platforms.

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Open/close section iMUGS (integrated Modular Unmanned Ground System)

Funding organization: European Defence Industrial Development Programme (EDIDP)

Bittium is part of the iMUGS (integrated Modular Unmanned Ground System) project that is operating under the European Defence Industrial Development Programme (EDIDP). The iMUGS project is developing new capabilities for European defence forces based on autonomous systems.

Goal of the project is to develop a modular and scalable architecture for hybrid manned-unmanned systems in order to address a large range of missions and to enable easy update or modification of assets and functionalities within the system: aerial and ground platforms, command, control and communication equipment, sensors, payloads and algorithms. The project will also develop a prototype for demonstrating the features of the implementation.

In the project, Bittium is responsible for the execution of resilient and networked data transfer, including both tactical communications and data transfer over commercial 4G and 5G cellular networks. The iMUGS project begun in 2021 and the duration of the project is approximately 30 months. The participating countries in the project are Belgium, Estonia, Finland, France, Germany, Latvia and Spain.

Read more: EDIDP: The iMUGS Consortium demonstrates autonomous missions with robotic systems

Open/close section iDUNN (A Cognitive Detection System for Cybersecure Operational Technologies)

Funding organization: EU Horizon H2020


IDUNN is focusing on adding the trust ingredient to any business by making its ICT systems resilience to cyber-attacks. It will create a security shield in the form of tools, methodologies, microservices and initial standards compatible with any ICT supply chain. The project will demonstrate a secure Continuity Plan for ICT based organisations by creating and validating a unique Cognitive Detection System for Cybersecure Operational Technologies.

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Open/close section Stroke-Data

Funding organization: Business Finland

Cost savings and better patient care through co-creation of novel data-intensive innovations for stroke prevention and diagnostics.

Expected results:

  1. Patient-facing solution to support stroke patient from hospital to rehabilitation and back home
  2. Professional-facing solution to support expert team decision making in from emergency care to hospital, rehabilitation and back home
  3. Feasibility tests for the co-created solutions
  4. Prediction model to show the solution impact
  5. Business model alternatives that help companies and hospitals to take the Stroke-Data solutions to the selected Nordic, Asian, US and Australian markets

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Open/close section Post-Quantum Cryptopgraphy (PQC)

Funding organization: Business Finland

Bittium is part of a nationally significant Post Quantum Cryptography (PQC) project, funded by the Business Finland Digital Trust program. PQC project develops quantum secure encryption technology, integrating it as part of products and solutions. The goal of the project is to accelerate the increase of innovations based on digital trust and a growth of business. In this project, Bittium leverages the expertise in quantum secure key exchange and authentication, providing even stronger capability to protect customer information.

As a result of this project collaboration, a functionality has been implemented for Post Quantum Cryptography based key exchange and certificate-based authentication.

The project has altogether nine partners from academia (3) and industry (6) with three stakeholder partners from government organisations.

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Open/close section TIoCPS

Funding organization: Business Finland / ITEA3

The motivation for TIoCPS project arises from the grand challenge facing cyber-physical systems (CPS): the lack of trustworthy, smart and interoperable information/data sharing and value exchange prevents the establishment of the data economy around CPS. The objective of the project is to technically enable trustworthy and smart communities for CPS systems (TIoCPS concept) for solving the grand challenge in the context of selected industrial use cases dealing with energy, mobility and user/owner CPS systems. The TIoCPS concept combined with the use case solutions are envisioned to boost the business of the respective industries and enable more trustworthy, smart, interoperable and sustainable industrial CPS ecosystem and society.

Bittium’s TioCPS project is part of ITEA TIoCPS collaboration coordinated in Finland by VTT Technical Research Centre of Finland.

The project objective is to develop strategic technology assets and knowhow that enables creating new major business in the field of trushworthiness in cyber physical systems.

Bittium works in the project to research and develop smart data sharing contracts that enable new use cases for sharing data in cyber physical systems (CPS). This enables establishing and proving strong identities between humans, devices and even individual components and sensors in the devices.

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Open/close section RF Sampo

Funding organization: Business Finland

RF SAMPO project strengthens Finland's competitiveness in radio technologies
RF Sampo is the lead ecosystem project for the Optimized Antenna Technology theme under the Nokia Veturi program.

A consortium of major industrial and academic stakeholders led by Nokia and coordinated by the University of Oulu will start a massive project aiming to speed up the development of RF and antenna technologies and accelerate the transition from 5G to 6G. The project contributes to creating new jobs and new business opportunities through technological development. 

Bittium is participating in RF Sampo project widely in several work packages as well as industrial leader in WP4 RF Architecture and Algorithms.

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Open/close section Secur-e-Health

Funding organization: Business Finland / ITEA3

Sensitive health data is often kept in silos in a way that cannot be efficiently leveraged for legitimate medical, research and data analysis purposes. The goal of the Securā€eā€Health project is to integrate new approaches for digital ID technologies and privacy-preserving analysis techniques in a secure system infrastructure. The Secur-e-Health system allows medical institutions of all types to collaborate together and leverage data analyses and insights. This is expected to have a significant impact on the quality of the medical predictive models, the efficiency of data-driven treatments, the acceleration of new clinical research, and the improvement of healthcare in general.

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Open/close section 5G Compad

A consortium of world-leading partners from European telecom and defence industries, co-funded by the European Union under the European Defence Fund, work together to develop the communication system architecture and specifications, and create joint testbeds to demonstrate the integration of 5G standalone networks with existing defence infrastructure using commercial and defence hardware and software components.

Established 5G network procedures, enhanced with domain-specific orchestration functions, provide interoperability between defence communication systems, public 4G and 5G operator networks, and 5G national security networks across coalition members from various EU member states.

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