Problem Statement

The goal of ECHIS is to develop a prototype that promises to drive innovation in the field of spoofing. The ECHIS Challenge addresses two complementary capability areas in the context of NAVWAR:

  • Detection, characterization, and localization of hostile GNSS interference (GNSS spoofing), and contribution to situational awareness
  • Execution of own GNSS spoofing measures

Participants can submit solutions for one of the two capability areas or cross-cutting approaches. It is possible, but not required, for a solution to cover both defensive and offensive capabilities.

Solutions may generally take into account GPS and Galileo signals (GPS PPS (P(Y)+M) as well as Galileo Public Regulated Service (PRS)). In addition, consideration of other GNSS constellations such as GLONASS or BeiDou will be viewed positively.

Detailed information can be found in the Statement of Work (Document 01).

The ECHIS Challenge is deliberately designed to be technology-agnostic: we are looking for early-stage technologies and innovative approaches that contribute to NAVWAR. We are not looking for market-ready solutions. Submissions may include, for example, new methods, algorithms, sensors, hardware or software components, as well as integrated system solutions.

What matters

  • Degree of innovation: We assess the extent to which the solution introduces new methodological approaches, technologies, or operating principles.
  • Operational added value: The military added value for the Bundeswehr is measured by how concretely and effectively the solution contributes to safeguarding operational capability.
  • Feasibility: Here we assess whether your solution is technically achievable within the challenge timeframe.
  • Team & Expertise: Do you have what it takes to carry the project through to victory? Here we assess whether the team has the necessary expertise, experience, and structure to successfully bring the idea to life.

Any questions?

We have compiled all the important questions and answers about the challenge here.