Customer projects, partnerships, research and technical deep-dives.
Spin up a whole network from a text file, test before you deploy, and throw it away. With a real MikroTik and OT lab.
The open, vendor-independent stack behind our products and projects, from Python and Go to ContainerLab and on-prem AI.
A secure, segmented, zero-touch connectivity architecture that scales to hundreds of sites.
How lightweight tools map to the Swiss ICT minimum standard for critical infrastructure.
Browser-based tools for zones, communication matrices and a realistic segmentation roadmap.
A method for analysing and cleaning IT/OT firewall rules without breaking production.
An AI assistant grounded in a live digital twin, running entirely on local hardware, no cloud.
Finding the broadcast-storm loop in an OT network you didn't design.
Why address management quietly breaks down as an OT network grows.
Industrial routers for Swiss critical infrastructure — sold and supported locally.
Part of the "Cyber Regulatory Co-Pilot" project: using AI models without sending company data to the cloud.
Edge-distributed intrusion detection in a container — self-calibrating baselines, only 1–5% transmitted, on-prem LLMs for context. Pilot partners wanted.
Lightweight, Explorer-based network assessments, delivered with two integration partners.
A partnership with EnBW and Enpulse to help secure critical energy networks.
A regional energy utility's network, rebuilt around clear zones with a realistic migration path.
An Innosuisse research project with ZHAW on how attackers move once inside a flat network.
Central security monitoring for a hospital IT network, on an open-source Elastic stack.
Free hardware that connects nursing-home printers, so relatives can send greetings.
Network design and build for the University of Basel's scientific computing centre.
Automation and a self-service portal that let a small team run a large campus network.
A research pilot validating practical micro-segmentation in hospital networks — implementation partners welcome.
A qualitative study with universities and hospitals on protecting flat campus networks.
A playful, hands-on first contact with cybersecurity, built for children.