MUVOpt

Intro

We focus on the development of advanced software for autonomous systems, specifically designed to optimise the coordination, route planning, navigation and control of multiple autonomous UAV and UGV in real time. The main target market is military air and ground operations, with a particular focus on swarm-based tactics for defence and combat against unmanned aerial vehicles (counter-UAV). Our software offers a unique combination of deterministic methods and advanced artificial intelligence strategy. Check out our current and past projects.

News

20-03-2025: We are happy to share that we are the winner of the Münchener Businessplan Wettbewerb Phase 1. from BayStartup.

18-02-2025: We are happy to share that we were finalists in the Münchener Businessplan Wettbewerb Phase 1

...

Projects

Our development projects revolve around multi-agent multi-platform real-time trajectories optimisation, swarms navigation and routing.

Elevate your project with our expertise - we can support you with:

• Automation with integrated solutions
• Prototyping and scaling of multi-agent systems management
• Inflight and onfield testing
• Consultancy to drive your projects forward

Take a look at our results and ongoing projects:

Navigation and Routing ▼

Drones are smarter, more reliable and faster, but how to coordinate them ? By developping and using mixed-integer solver we unleash the potential of multi-drones mission management. Don't hesitate to contact us if you're interested into developping a solution for your multi-drones operations.

Cross domain USX ▼

Coupling Unmanned Ground Vehicles (UGVs) and Unmanned Aerial Vehicles (UAVs) offers numerous advantages for mission efficiency and versatility. UGVs can provide a stable platform for UAVs during landing and take-off in challenging environments. Additionally, UGVs can be used for tasks like transporting payloads, resupplying, or augmenting UAV projection by acting as relay stations for communication or providing ground-based data collection. This synergy maximizes operational flexibility, increases mission autonomy, and extends the range and reach of both systems. We developp real-time control algorithms to allow interactions between UAV and UGV.

Swarming and formation flight ▼

When flying together, UAVs can form smart formations to save energy and improve stealth. By flying in formation, UAVs reduce drag through aerodynamic effects, which lowers fuel consumption and extends flight time. These formations can also enhance radar stealth.

Our Team

The four founders of MUVOpt bring together a unique blend of expertise, optimisation and optimal control, dynamic systems, performant hardware bridging software with physical devices, all-together focusing on real-world applications. By combining cutting-edge theory and practical innovation, they drive solutions in software and multi-agent complex systems. Contact us if you are interested into our products.

Viktoriya Nikitina, PhD Candidate,
Mathematics: Mixed-Integer Optimisation Problems.

Jeremy Bertoncini, PhD Candidate,
Mathematical Engineering: Optimal Control.

Thomas Rottmann, PhD Candidate,
System Engineering: Hardware, Telecommunications, Interfaces, Algorithmics.

Prof. Dr. Matthias Gerdts,
Mathematics: Optimisation, Optimal Control

We will come back

to you soon !

Contact us at info@muvopt.de

• We are active on LinkedIn

Legal Notice

Disclaimer:

- Founding in process...

- MUVOpt is a Spin-off of the Universität der Bundeswehr München.

Responsible for the Content of this Website:

Jeremy Bertoncini
Universität der Bundeswehr München
Werner-Heisenberg-Weg 39
85577 Neubiberg/München
Germany

1. Content

The author assumes no responsibility for the accuracy, completeness, or quality of the information provided. Liability claims against the author for damages of a material or non-material nature caused by the use or non-use of the provided information or by the use of incorrect or incomplete information are excluded, unless there is proven willful misconduct or gross negligence on the part of the author. All offers are non-binding and subject to change. The author expressly reserves the right to modify, supplement, delete parts of the website, or temporarily or permanently discontinue publication without prior notice.

2. External Links

This website contains links to external websites over which the author has no control. The author hereby expressly declares that at the time of linking, no illegal content was detectable on the linked pages. The author has no influence on the current and future design, content, or authorship of the linked pages and, therefore, expressly distances himself from any changes made to these pages after the link was set. This applies to all links set within this website, including those posted by third parties in guestbooks, discussion forums, or other interactive elements. The responsibility for illegal, incorrect, or incomplete content, and especially for damages resulting from the use or non-use of such information, lies solely with the provider of the linked page, not the party merely linking to the publication.

3. Copyright

The author strives to respect the copyright of all used graphics, sound files, video sequences, and texts, or to use self-created or license-free materials. All trademarks and brand names mentioned on this website are subject to applicable copyright laws and property rights of their respective owners. Simply mentioning them does not imply they are not protected by third-party rights. The copyright for published materials created by the author remains solely with the author of the website. Any duplication or use of such graphics, sound files, video sequences, or texts in other electronic or printed publications is not permitted without explicit consent from the author.

4. Privacy Policy

If personal or business data (email addresses, names, addresses) is entered on this website, it is done so voluntarily. The use of offered services is possible, as far as technically possible and reasonable, without providing personal data or using anonymized data or a pseudonym. The use of published contact data such as postal addresses, telephone or fax numbers, and email addresses by third parties for marketing purposes is prohibited. Legal action against senders of spam emails violating this policy is expressly reserved.

5. Legal Validity of this Disclaimer

This disclaimer is to be regarded as part of the website from which this page was referenced. If sections or individual terms of this statement are not legal or correct, the content and validity of the remaining parts remain unaffected.

Elements

i = 0;

while (!deck.isInOrder()) {
    print 'Iteration ' + i;
    deck.shuffle();
    i++;
}

print 'It took ' + i + ' iterations to sort the deck.';