Mobile case platform in practical use · historical photograph
Mobile systemsEdge computing & modular hardware
Augmented realityInformation & remote support
Data integrationSensors, Big Data, additional interfaces & AI
FABS AIMultimodal research concept
01 / Mobile platform
One hub. Many possibilities.
SOULSKIPPER NOMAD connects mobile infrastructure, sensors and communications. The modular case can serve as an operations hub and a local AI platform for connected devices and glasses.
SOULSKIPPER NOMAD
The task determines the configuration.
From local data acquisition to collaboration with remote specialists: computing, sensor interfaces and communications are configured for each application.
Local computing for connected data sources, linked to central data infrastructure where the configuration supports it.
NOMAD continues the development of earlier case systems. Configurations and concept illustrations shown are not binding current product specifications.
AR and assisted reality glasses provide access to instructions, measurements and remote specialists. Bodycams and other sensors add information from the working environment.
NOMAD brings local computing, data acquisition and communications together in a mobile hub.
The right information. In the right place.
A shared system architecture connects the on-site perspective with knowledge at other locations. Task-specific information supports the people making decisions.
03 / Data integration & AI
Many sources. One connected view.
Sensor readings, images and operational data become more useful in context. SOULSKIPPER develops connections between acquisition, processing and understandable visualization.
01 — CAPTURE
The real environment
AR glasses, cameras, bodycams, and physiological and industrial sensors.
02 — PROCESS
Edge meets data platform
Mobile preprocessing and scalable central analytics. Proprietary interface development for connecting SAP and Palantir systems.
Task-specific views, shared situational pictures and AI-assisted analytics to support responsible operators.
Grow with the requirements.
The architecture targets parallel processing of large data volumes and many sources. Automated analysis aims to reveal relationships that individuals could not continuously monitor manually.
Actual performance depends on infrastructure, bandwidth, interfaces, data quality and required response time. Unlimited capacity or a specific real-time performance is not guaranteed.
Technology background & interfaces
A key competitive advantage lies in our proprietary development for big data and real-time processing. In previous projects, we were able to offer highly scalable solutions for environments with demanding security requirements.
The systems acquired and analyzed large volumes of diverse data in real time: from sensor readings, video cameras and bodycams to audio and radio transmissions and geolocation data. Depending on the task, this information was combined and visualized as task-specific views or shared situational pictures.
The AI supported analysis and, depending on the project and the authority granted, could make defined decisions autonomously. The scope and limits of this decision-making authority were determined by project-specific requirements.
Historical documents describe SAP HANA and SAP UI5. Proprietary developments concern connections to SAP and Palantir systems; specific configurations are described per project. Logos identify the technologies, not an official partnership or certification.
Selected projects and trials from earlier work by the developer and former teams. Logos identify historical project experience and do not indicate current SOULSKIPPER partnerships.
Quality control
Trials involving door manufacturing and door frame inspection in Hamburg.
Tests with the German Federal Agency for Technical Relief in Freiburg for operational support.
Historical image of operational support
Airport Frankfurt
Connected Worker
Personnel screening and logistics processes at the airport in areas with low and high security requirements.
AI-assisted wound detection and documentation
In a basic research project involving one of Germany’s largest home-care providers and Charité – Universitätsmedizin Berlin, I led hardware development and AI implementation. The project developed a medical technology environment combining AI-assisted wound detection with automated documentation support. Its aim was to reduce the recording and documentation workload for nursing staff and doctors.
Research prototype for AI-assisted wound detection · historical project image
International development: Singapore & Kunshan
nxtDynamics reached the semi-finals of the Create@ Alibaba Cloud Global Startup Contest in Singapore in 2023. The competition entry was an AIoT platform with assisted, augmented and mixed reality solutions (aR/AR/MR). It connects employees with relevant knowledge and supports operations through data-driven insights.
Following work on the case platform, AR applications and the Fraport concept, an office was established in Kunshan, China. It was intended to provide a foundation for expanding research, development and production.
CONCEPT · RESEARCH & DEVELOPMENT
FABS AI
FABS AI. New research directions.
Frequency & Amplitude Body Stimulation: an open couch concept for electromagnetic stimulation, audio and vibroacoustics.
Physiological sensing and adaptive AI analysis are research and development goals. Human supervision and an independent safety architecture are guiding principles.
One intended research and development area is the use of the platform in pain therapy and neurology. Suitability for specific medical applications and possible efficacy require scientific investigation.
These are earlier concept illustrations. Effects and functions depicted are not confirmed performance or efficacy evidence. A complete technical implementation or medical efficacy has not been established.
FABS AI · open couch conceptFABS AI · components and exploded view · concept illustration
Ljubomir Filipovic on board · technology in practice
30Years in information technology
10Years focused on AI
2020Award-winning development project
05 / About me
Develop technology. Take responsibility.
Ljubomir Filipovic
I have worked in information technology for 30 years as a self-employed professional and company co-owner, alongside activities in medicine and medical technology, including clinical psychology and neurology. For the past ten years, a particular focus has been developing AI applications for medicine, industry and other fields.
My medical technology project experience includes leading hardware development and AI implementation in a basic research project on AI-assisted wound detection and documentation.
A particular focus of my therapeutic work is the treatment of post-traumatic stress disorder and severe depression, especially medication-resistant forms.
Berlin forscht · inside the laboratory
My background combines technical and medical training in Berlin with additional training in clinical hypnosis according to Milton Erickson and guided affective imagery psychotherapy. As a former hardware lead, I worked on rugged mobile systems, sensors, AR and data processing.
Another focus of my work is ethical algorithmic approaches for autonomously interacting machines. I also worked as an analyst with the German Pirate Party at federal level, focusing on German and US foreign security policy in the Middle East.
Award for industrial innovation
As the person primarily responsible for development, I played a key role in nxtbase’s award-winning AR solution. The company received the 2020 Brandenburg Innovation Award in the Metal cluster for its AR small-parts warehouse ‘Out of the box’, presented by Economics Minister Jörg Steinbach. The total prize money of €10,000 was shared between three winning companies.
Conference presentation with the mobile case platform
Sea-Watch & social commitment
As a captain and one of its founding contributors, I helped bring Sea-Watch into existence. Under my command, the vessel was transferred from Hamburg to North Africa. I was the operations leader of the first Sea-Watch rescue mission in the Mediterranean. Previously, I founded and led Atlantic Gewaltopferhilfe gGmbH.
As captain on the bridge · Sea-Watch
ILLUSTRATIVE MATERIAL
Insights into external AR technologies
The following images and videos illustrate technology fields explored through our research and development work in previous companies and roles. The visual material comes from third parties and is provided for illustration. Our specific developments and project contributions are identified in the respective project descriptions.
External technology example · illustrative materialExternal technology example · illustrative materialExternal MARS video · not a SOULSKIPPER development
AR in an application context
This third-party video is provided solely to illustrate the technology. It does not show a product developed by SOULSKIPPER and does not imply collaboration or partnership with the company shown.
