Muju Earth brings a seed-sized soil aerator to TechCrunch Disrupt

Why it matters

Aeropod's commercial case depends on fitting soil treatment into planting, avoiding a separate machinery pass. Paid trials and manufacturing economics will determine whether that convenience translates into reliable field results at a price farmers will accept.

Muju Earth Technologies co-founder and CEO Ifeoluwa Afolayan will bring Aeropod, the company's biodegradable soil-aeration capsule, to TechCrunch Disrupt in October. The product is designed to work as farmers plant, avoiding another machinery pass. Muju was selected for Startup Battlefield, according to TechCrunch's September 25th announcement.

For Afolayan, the product grew out of a practical design problem: how to address compacted soil without adding another expensive task to a farmer's season. She grew up in Lagos and studied Innovation Design Engineering at Imperial College London and the Royal College of Art. She and co-founder and CTO Wangyang "Ocean" Hu developed Aeropod as a final project in that program. Hu had previously studied product design engineering at Beijing University of Chemical Technology.

"How do you make this as simple as sowing a seed?" Afolayan told TechCrunch, describing the question that shaped the product. The answer is a small capsule that can be drilled into a field alongside crops using existing equipment. Muju says the capsule responds to environmental conditions underground, opens in the soil and creates space for air, water, nutrients and roots. The design is meant to biodegrade after use.

Making soil care fit the planting routine

Soil compaction is a familiar consequence of repeated machinery use. Studies cited by TechCrunch estimate that compaction can reduce crop yields by 20% to 60%, though the impact varies by conditions and crop. Conventional tilling can break up compacted ground, but it costs money, takes machinery and labor, and can cause other harm to soil.

Afolayan estimated to TechCrunch that conventional tilling costs about GBP 250 to GBP 400 per hectare when labor, diesel and equipment wear are included. She put Aeropod's intended cost at roughly GBP 100 per hectare. The figures are estimates; Muju has not published final pricing or independently validated unit economics in the supplied materials.

Farmers already have a planting workflow and equipment, so a capsule deployed alongside seed could avoid the extra pass and capital expense that make machinery-based fixes hard to adopt. Aeropod's automation happens underground after placement; it does not navigate a field or replace a tractor. The capsule is designed to activate without a separate operating step.

That makes the engineering challenge a reliable, affordable capsule rather than a robot. Afolayan told Secrid that finding a manufacturer is a major hurdle: Aeropod is a new product, its layered construction requires suitable production equipment, and the timing of activation matters. Even small manufacturing-cost differences matter in agriculture, where inputs have to fit tight farm budgets. Muju is exploring manufacturers with experience making delicate layered products.

Trials must answer the commercial question

Muju says it plans paid field trials with nine farmers in the U.K. in fall 2026. Its homepage separately describes pilots with four farms and two distributors, as well as a reported result of six times greater crop emergence than compacted controls. The company has not supplied the controls, sample size, crop type or test conditions behind that emergence figure in the materials reviewed here, so it should be treated as an early company claim, not a field-wide yield result. The four-farm pilots and the planned nine-farmer trials may be different groups; the figures should not be combined.

Muju reports that Aeropod is at technology-readiness level 5 and patent-pending. The company says it is initially targeting U.K. onion growers, whose crops Afolayan described to TechCrunch as particularly sensitive to soil compaction. Large-scale, independent yield data has not been established in the supplied reporting.

The company's path so far has been built through university entrepreneurship support rather than a disclosed venture round. Afolayan told Secrid that Muju entered Imperial College London's entrepreneurship pre-accelerator in June 2025 and received GBP 15,000 after winning its competition. A Royal Academy of Engineering Enterprise Fellowship also offers the company up to GBP 75,000 in equity-free support, according to the research materials. No institutional equity round or valuation was verified.

Disrupt gives Afolayan a stage to show a compact answer to a large agricultural problem. The harder test comes in the field: whether the capsule activates when it should, improves outcomes across real growing conditions, and can be manufactured cheaply enough to become a routine farm input. Afolayan has said farmers need evidence from trials, not a sales pitch. For Aeropod, that evidence will have to carry as much weight as the design idea that got it started.