We go where humans can't, shouldn't, or wouldn't
Secure the critical mineral supply chains that power America.
Critical minerals are the bedrock of American industry, advanced technology, and the defense industrial base. Reliance on vulnerable supply chains threatens our competitiveness and leaves us exposed.
Our mission is to unlock resources beyond conventional economic or safe human reach, including unconventional or currently uneconomic deposits, idled mines, and tailings, through autonomous Physical AI, precision extraction, biochemical recovery, and advanced resource intelligence. By overcoming barriers of cost, access, operational hazards, and environmental impact while mitigating permitting challenges, we aim to turn overlooked resources into reliable domestic supply.
We seek to usher in a new era of American mineral leadership, resilient domestic supply chains, and strategic independence.
Send autonomous systems into danger instead of people.
Modern civilization still relies on people to endure toxic chemicals, extreme heat, dangerous machinery, hazardous animals, and backbreaking labor, often for wages that make essential jobs increasingly hard to fill.
Through autonomous Physical AI, machine perception, precision robotics, and intelligent decision-making, our mission is to replace human exposure with autonomous capability, from agricultural production and industrial operations to hazard detection and missions in access-denied environments.
Our ultimate measure of progress is not merely what our automatons accomplish, but how many lives they protect, how much risk they reduce, and how much human potential they liberate.
Secure the biological foundations of resilience.
Food and water are strategic resources. Crop disease, contamination, labor shortages, chemical dependence, and vulnerable supply chains threaten domestic production. Natural disasters and deliberate biological threats can turn these vulnerabilities into crises.
Our mission is to make automated agriculture, plant-by-plant protection, and continuous monitoring practical at scales well beyond what conventional labor can achieve. By combining autonomous Physical AI, precision robotics, biochemical innovation, and advanced analytics, we aim to safeguard crops and water supplies through targeted interventions while increasing productivity and reducing resource consumption and costs.
We envision American agricultural leadership built on resilient domestic production, technological superiority, and food and water systems that can withstand disruption, a vital pillar of societal resilience.
Scientists who understand what is technically not-impossible and operators who understand what must work in the real world spawned KIGYO Group. Drawing on complementary experience, KIGYO applies first-principles complex systems engineering to create breakthrough capabilities beyond where conventional technologies reach their limits, but emerging Physical AI solutions shall open new 'blue oceans.' Across our ventures, rooted in our core field-autonomy technology, we turn frontier science into operational and economic advantage—delivering intelligence in action.
Using proprietary robotics technology, we are developing unprecedentedly safe autonomous mining operations in hazardous conditions. Our synergistic exploration and autonomous control allow for highly efficient mining in surface, deep underground, and underwater conditions without risking human lives.
Comparison between the traditional human shaft mining and KIGYO autonomous robotic mining.
Using vast amounts of data from proprietary and public sources, we are designing multimodal advanced geo-mapping systems, massively multisensor fusion-based processing, and statistical inference engines to exponentially perfect our products.
Physical simulation results from proprietary KIGYO software for novel sub-seabed imaging that rivals dolphins. Our technology unveils the locations of objects hidden inside the seabed, with no invasive action necessary. On the left is the detection of a silver bar, and on the right is the detection of a gold sphere.
We are building a precision swarm robotics system that provides agricultural specialists with previously unexplored opportunities for multi-crop synergistic planting, individualized crop maintenance, working conditions decoupled from extreme weather, and chemical-free pest control, resulting in lower production costs and a high-quality, healthy product.
Visual representation of contemporary competitors' and historical agricultures' monocultural scattershot approach compared to KIGYO's agricultural multi-plant precision agriculture.
By applying novel scientific methods, we develop new and improved chemical, biochemical, biological, and biophysical processes for stagnant fields such as tailings recovery, mineral refinement, radiation cleanup, heavy metal extraction, and pest control.
GolB is a small 65-residue cytoplasmic bacterial protein that binds gold atoms (Au).
Our mechatronic technology, autonomous sensor fusion, and private intelligence systems enable a broad range of defense solutions, including allowing service-based economies to become self-sufficient in minerals and produce after decades of reliance on foreign powers.
KIGYO is developing systems to interpret massively multi-channel heterogeneous data streams through highly intelligible and information-dense data interpretation platforms. Using our systems, users can make complex, data-based real estate judgments.
