Precision farming.
Intelligent yield.
Titan brings autonomous monitoring, targeted application, and machine-driven harvest to modern agriculture — increasing output while reducing waste and labor dependency.
Crop Monitoring & Mapping
Aerial systems capture high-resolution multispectral imagery across thousands of acres, identifying disease, nutrient deficiency, and irrigation issues before they impact yield.
Precision Spraying
Targeted aerial application of fertilizers and crop protection products, reducing chemical usage by treating only affected areas with centimeter-level accuracy.
Autonomous Harvest Operations
Wheeled systems operating autonomously during harvest windows, maintaining continuous throughput without the constraints of driver availability or fatigue.
Livestock Monitoring
Aerial and ground-based systems tracking herd health, movement patterns, and fence integrity across large pastoral operations in real time.
Irrigation & Soil Intelligence
Module ESP pods stationed at field edges and irrigation heads watch soil moisture, microclimate, and pest pressure continuously — turning periodic scouting into a standing sensor grid.
Field Logistics
Wheeled systems shuttle harvest totes, seed, and feed between field and barn on their own schedule, keeping pickers picking and equipment working instead of waiting on a truck.
A season, compressed into a loop.
Farming is the original mission cadence: map, decide, act, harvest, repeat. Titan runs that loop continuously across the season instead of once per crisis.
Map the Ground
Titan 88 flies boundaries, blocks, and rows; the mapping skill builds the field model that every machine and pod shares — updated as the canopy changes, not once a season.
Rehearse the Field
Titan Matrix generates the field's hard days before they happen: dust-clogged optics, GPS loss under full canopy, mud that swallows a planned path. The fleet meets them in simulation first.
Seed the Sensors
Module ESP pods deploy to field edges, irrigation heads, and problem blocks — soil, weather, and pest watch that keeps counting between machine passes.
Work the Rows
Titan 0000 hauls and harvests, Titan 1111 walks orchard and vineyard rows no wheel handles well, Titan 88 surveys and spot-sprays — one tasking board in Titan Command Center.
Decide Per Plant
Model-first decisions turn imagery and pod data into treatment maps — which rows get sprayed, which blocks get water, which trees get a second look — at plant resolution.
Close the Loop
Pods recover and redeploy as blocks rotate, and the season's full record — every pass, application, and finding — lands in the evidence log for agronomy review and next year's plan.
Machines for every acre.
- Titan 0000 — harvest support, field transport, and row-crop passes
- Titan 1111 — orchard and vineyard rows, slopes, and mud
- Titan 88 — mapping, multispectral monitoring, and precision spraying
- Module ESP — long-dwell field pods for soil, weather, and pest watch
- Solar charge panels keeping pods on station all season
- Cargo modules for seed, feed, and harvest totes
- Module 1T3F — leaf and soil sampling with grasp control
- Agriculture & Field Work mission profile — ships in Titan Core OS
- Mapping that tracks a field as it changes through the season
- Model-first crop assessment (VLA / vision+LLM)
- Path planning tuned to row geometry and soil conditions
Pods dwell where crops grow; machines pass where work happens. A pod that flags pest pressure in block seven pulls a Titan 88 survey the same day — the farm notices in hours, not at the next scheduled scout.
Autonomy that fits the growing season.
Titan Core OS
Fields don't have fiber. Titan Core OS runs the entire stack on the machine — perception, planning, application control — through whole disconnected shifts in the back forty, then resyncs at the barn as if the link never dropped.
Titan Command Center
Titan Command Center is the whole-farm console: treatment maps, machine tasking, pod telemetry, and harvest logistics in one view — so decisions are made per block, not per machine.
Titan Matrix
Titan Matrix rehearses the weather you can't order: dust, harvest-angle glare, canopy occlusion, waterlogged rows. Every model update is validated against the crop's worst week before it drives anything through a field.
Fieldwork on farm time.
From barn Wi-Fi to dead zones past the tree line, the mission doesn't change. Machines operate fully disconnected, buffer their findings, and the farm record completes itself at the next sync.
When the forecast gives you two dry days, 8+ hours of continuous autonomy per machine means the window gets used around the clock — spraying at dawn, hauling past dark.
Every application is logged to the row: product, rate, time, and conditions, hash-chained into an evidence record that satisfies buyers, auditors, and certification programs.
The fleet re-tasks with the calendar — survey in spring, spray in summer, haul at harvest — and Module ESP pods recover and redeploy as attention shifts from block to block.
The next agricultural revolution is autonomous.
Labor shortages, climate volatility, and tightening margins demand a new approach to farming. Titan's multi-platform systems give operators persistent field awareness and machine-driven execution — turning reactive agriculture into predictive, precision operations.