Blog

Biotechnology will turn individual farms into decentralized “bioreactors,” enabling farmers to produce proteins, algae, enzymes or even cultured meat locally — replacing traditional livestock- and land-intensive agriculture. Thanks to falling energy and tech costs, these small-scale bio-factories become economically viable, restoring autonomy and resilience to local producers rather than consolidating power in large industrial factories. This shift — from centralized agro-ind

Precision kelp farming replaces unpredictable, seasonal cultivation with a controlled system built on MAD gametophytes, direct seeding, and quantified production, enabling year-round, stable, and scalable kelp growth. This shift turns kelp into a predictable crop and forms the only viable pathway to reach global-scale impact in food, materials, and ocean regeneration.

Radical innovation often comes from solving a “reverse-salient” — a bottleneck slowing an entire system. In the case of the seaweed industry, the invention of blue LEDs once revealed how a single technological breakthrough can trigger massive change. The article argues the still-undiscovered reverse salient for seaweed lies not in biology or tools, but in business models that reward regeneration — until those arrive, full-scale seaweed farming will remain constrained.

04-02-2024 In the quest for progress, we often encounter challenges that test the very essence of our intentions. Imagine looking at a...

25-11-2023 Entrepreneurship in the circular economy is like sailing on sand. You might not be able to sail the waters as you have trained...

15-09-2023 After many years working for Hortimare the time has come to broaden my horizon. I will miss working with this highly...