Nature × Technology
From web mapping to wildlife tech.

Observe → Test → Measure → Document → Improve

I'm interested in technology when it solves a real-world problem.

After a background in web development and web mapping, I'm getting back into hands-on technical projects through Linux, Raspberry Pi, Python, networking and IoT.

My main playground is now nature observation: building tools that can actually be tested, measured and eventually deployed in the field.

Program or be programmed ⁉️ 😏

I'm currently designing an autonomous camera system for long-term wildlife observation.

The project combines:

• Raspberry Pi 5
• Linux
• Python
• IP camera & PoE
• Networking
• 4G connectivity
• Local SSD storage
• Power monitoring
• Solar power
• Reliability testing

Before deploying anything in the field, I'm building a 72-hour test bench to measure the real system rather than relying only on theoretical estimates.

The project is being documented from architecture and hardware choices to tests, failures and results.

I like projects where I can understand the whole chain:

Need → Architecture → Prototype → Measure → Diagnose → Improve

Not just making something work — understanding why it works.

My previous projects explored web development and web mapping with:

JavaScript · TypeScript · Node.js · React · Vue.js · Angular · OpenLayers · REST APIs · SQL

Some of these repositories remain here as an archive of that learning journey.

Particularly close to my current interests are my OpenLayers projects: mapping, geographic data and field-oriented applications still make a lot of sense to me today.

Nature observation is one of the reasons I build things in the first place.

Ornithology • Digiscoping • Camera traps • Drone • Wildlife observation

Technology is the tool. The field is the destination.