Tana Lab engineers biological defense systems that replace chemical crop inputs across tropical agriculture. We solve a compounding crisis: decades of chemical dependency have destroyed the soil biology that naturally feeds and protects crops. Indonesia alone loses $4-8B annually to soil degradation and disease, and chemical fungicides cannot fix soil-borne pathogens that persist for years underground.
Our solution integrates three pillars. Feed: a premium biofertilizer built on vermicompost that restores soil health and nutrient cycling. Protect: AI-designed microbial consortia that suppress soil-borne pathogens through multiple biological mechanisms—antagonism, induced plant resistance and niche competition. Detect: molecular diagnostics for early pathogen identification. The critical innovation is delivery: our vermicompost carrier acts as a living substrate that keeps beneficial microbes alive in the field—solving the number one reason biological crop protection products fail globally.
Our AI platform, Tana Sense, evaluates over 27,000 microbial strain combinations to predict the optimal biological defense for any crop-disease target. This is not theoretical; it is deployed and producing results. Field trials show corn yields +149% versus control (p<0.001), melon leaf retention of 91% versus 29% under Fusarium disease pressure and tomato survival of 100% versus 75%. We are revenue-generating with over 1,000 kg sold across five buyer segments and 7+ tons in active pipeline. Our target market is Indonesia's $2B biological input sector, growing at 12% annually—three times faster than chemical alternatives. Expansion into oil palm biocontrol (addressing $500M+ annual Ganoderma losses) and Southeast Asian horticulture follows. The social value is direct: we make smallholder farmers more productive, more resilient to climate shocks and less dependent on expensive chemical inputs while restoring the soil biology that sustains long-term food security for 33 million Indonesian farming families.