For six years, we operated a regenerative farm in one of Europe's most demanding environments—Swedish Lapland—working with short seasons, cold climates, and low-input systems.
That experience led to a broader question:
Est. 2019 · Swedish Lapland
For six years, we operated a regenerative farm in one of Europe's most demanding environments—Swedish Lapland—working with short seasons, cold climates, and low-input systems.
That experience led to a broader question:
What does truly resilient agriculture look like across different environments?
We are now working across regions and systems—visiting farms, speaking directly with farmers, and documenting what holds up under real conditions.
Recent work includes small-scale poultry systems in Belgium, where breed, feed, and slower-growing methods produce markedly different results in both flavour and resilience.
Alongside this, we are building the foundations for a long-term research and testing platform.
Our work is guided by one principle: resilience over optimisation.
We are interested in systems that endure—not just those that perform well under ideal conditions.
Much of today's agricultural technology is developed away from real farms. We are building a different model.
Between now and the farm relaunch, we are developing the practical infrastructure required to support real-world testing: data systems, environmental monitoring, livestock tracking, and partnerships with farmers and developers.
From 2031, the farm operates as a live agritech test environment, where tools are tested in real conditions, evaluated over full seasonal cycles, and measured against practical outcomes.
Tracking and health data systems for real animal welfare outcomes.
Data integrity and environmental monitoring across the farm system.
Verifiable provenance from field to fork.
Intelligent tools for small and mid-scale farm management.
Practical automation designed for the realities of working farms—not large industrial producers. Technology should work in the field, not just in theory.
We reopen the farm in Swedish Lapland. This will be a real farm—operating under real pressures: weather, cost, labour, and time.
Everything we are building now leads to this.
We document what we learn as we travel and build. The Journal is a record of farms we visit, systems we study, infrastructure we develop, and failures as well as successes.
Recent entries include observations from poultry farms in Belgium, where slower-grown chickens, feed quality, and handling practices result in noticeably different meat—raising questions about the relationship between flavour, welfare, and system design.
It is not theory. It is field notes from real agriculture, across climates and conditions.
Resilience matters more than short-term yield.
Simplicity often outperforms complexity.
Traditional knowledge still holds deep value.
Technology should support, not replace, good farming.
Agriculture must adapt intelligently to change.