Skip to content

Vimotek

Built around spacecraft encounters.

Vimotek is a European space technology company connecting mission-specific digital twins with onboard sensing and perception to help operators prepare for and handle spacecraft encounters before and during missions.

Purpose

Every spacecraft interaction should be safe, precise and intentional.

Spacecraft are increasingly operating in proximity to other spacecraft. Vimotek is building the technology operators need to make those encounters controlled, predictable and better understood.

What defines Vimotek

Linking intent with operational reality.

Radio telescopes beneath the Milky Way

Specialist focus

Built around spacecraft encounters

Spacecraft encounters are the focus of Vimotek’s technology, systems and mission development.

Operational spacecraft against Earth's horizon

Integrated capability

Know what should happen — and what is happening.

Mission-specific digital twins test expected behaviour. Onboard sensing and perception show what is happening around the spacecraft.

Europe at night viewed from orbit

European foundation

European-developed and controlled technology

European development and control where trusted suppliers, mission assurance, resilience and strategic autonomy matter.

Capability

Two complementary technology domains.

Orbittwin mission environment showing a spacecraft scenario and mission data

Digital Twin Platform & Mission Environment

Mission-specific modelling, validation, rehearsal and operational support.

Models spacecraft, sensors, CONOPS and encounter scenarios to validate mission logic, evaluate system behaviour, rehearse operations and assess alternatives before and during missions.

Outcome: Stronger mission assurance, faster preparation and better-informed operational decisions.

Vimotek onboard sensing and perception hardware

Onboard Sensing & Perception Systems

Productised onboard perception, awareness and assessment for spacecraft encounters.

Supports target acquisition, tracking, characterisation, relative state estimation and nearby-object assessment when proximity becomes real.

Outcome: More precise proximity operations, earlier understanding of nearby behaviour and better response preparation.

Together, they connect what should happen with what is happening — before and during spacecraft encounters.

Explore our capability

Leadership

Directing Vimotek.

Jens Lundström

Jens Lundström

Chief Executive Officer

CEO with a background in space entrepreneurship, innovation and international business. Previously led Arctic Business and ESA BIC Sweden, with experience supporting deep-tech ventures and developing international partnerships.

Anatoliy Valentirov

Anatoliy Valentirov

Chief Strategy Officer

Founder

Founder and CSO with a background in building and commercialising electronics and optronics businesses for industrial and defence applications. Leads Vimotek’s strategy, business development and European partnerships.

Markus Sjölund

Markus Sjölund

Chief Operating Officer

Marketing Director

COO with a background in deep-tech startups, sensing technology and industrial automation. Responsible for operations and finance. Leads marketing and contributes to commercial development and strategic initiatives.

Emil Hällstig

Emil HällstigPhD

Engineering Director

Engineering Director with extensive experience in advanced optics, LiDAR and sensing systems. Leads engineering across Vimotek’s technology portfolio, spanning digital twins, onboard systems and spacecraft encounter capabilities.

Our disciplines

Multidisciplinary capability for spacecraft encounters.

  1. 01

    Space systems

    Mission architecture, spacecraft behaviour and operational context.

  2. 02

    Digital twins

    Mission-specific models connecting spacecraft, sensors, CONOPS and scenarios.

  1. 03

    Simulation & GNC

    Validation of guidance, navigation, control and mission logic.

  2. 04

    Sensing & photonics

    Optical and laser-based sensing across encounter conditions.

  1. 05

    Perception

    Detection, tracking, characterisation and relative state estimation.

  2. 06

    Embedded systems

    Onboard processing and integration for flight applications.

Together, these disciplines connect mission intent, physical sensing and operational behaviour around the same spacecraft encounter.

Building with Europe's operators, institutions and programmes.

European programmes

BODYGUARD · TAC · ASIMOV · DEXTER · EPRIME

Institutional support

ESA · DG DEFIS · SNSA · Vinnova · Swedish Armed Forces