TMI builds the operational infrastructure modern agricultural operations need - equipment that does not break down at harvest, labor that shows up to the right place, supply chains that do not create bottlenecks, and compliance that stays current without someone managing it manually.
Start with The Audit - $997 →Custom infrastructure that connects equipment, labor, supply chain, and compliance into one operating layer - so the people running the operation can focus on farming instead of managing information manually.
Connects to telematics from tractors, combines, planters, and irrigation systems to track equipment health in real time. Builds baseline patterns for each machine and generates maintenance alerts before failures happen. A combine going down during a two-week harvest window is not a maintenance cost - it is a yield loss that cannot be recovered. Getting ahead of failures is how you protect the season.
Schedules seasonal and year-round workers against task requirements, tracks hours and certifications, and generates payroll-ready reports automatically. During harvest, the system coordinates crews across multiple fields and machines without a farm manager spending half the day on the phone. Labor gaps are surfaced before they create bottlenecks in the operation.
Tracks input inventory - seed, chemical, fertilizer, parts - against consumption schedules and flags reorder needs before stockouts hit. Vendor performance data is tracked across seasons so procurement decisions are made on actual lead time and fill rate history rather than the last conversation you had with a rep. Supply chain visibility replaces supply chain surprises.
Tracks pesticide application records, worker safety certifications, food safety requirements (GAP, FSMA, SQF), water usage permits, and environmental reporting deadlines automatically. Digital compliance records are generated from field activities. When a regulatory body or a buyer requests documentation, it comes out of the system in minutes - not assembled from multiple binders after a panicked week of preparation.
Sequences fields by maturity, equipment availability, labor headcount, and logistics capacity - trucks, grain carts, storage. The schedule adapts when conditions change: weather delays, equipment breakdowns, labor shortfalls. The goal is to move the maximum yield in the minimum window without creating the bottlenecks - storage backup, truck queues, equipment sitting idle - that cost $200 per acre in logistics losses.
Tracks yield data by field, variety, and input by pulling from equipment telemetry and field records automatically. Season-over-season comparisons are built into the reporting layer. Financial performance by field and enterprise is calculated without a manual reconciliation at year-end. Ownership gets the information they need to make next-season decisions from current-season data, not assumptions.
| Capability | TMI | Climate Corporation | John Deere Ops Center | Generic Precision Ag |
|---|---|---|---|---|
| Equipment predictive maintenance | Failure prediction per machine - any brand | Not available | John Deere equipment only | Not typically available |
| Labor coordination and scheduling | Seasonal and year-round workforce management | Not available | Not available | Not available |
| Harvest logistics optimization | Real-time scheduling against constraints | Field maturity recommendations only | Machine data - no logistics layer | Not available |
| Food safety and compliance tracking | GAP, FSMA, SQF - auto-documented | Not available | Not available | Not available |
| Multi-brand equipment integration | All brands via telematics | Limited equipment integration | John Deere native only | Brand-dependent |
| Supply chain and vendor tracking | Inventory, lead times, vendor performance | Not available | Not available | Not available |
| Multi-location farm operations | All sites in one dashboard with consolidation | Field-level data only | Machine data per location | Limited |
| Focus area | Operations and business infrastructure | Agronomic recommendations | John Deere machine data | Variable rate applications |
We map your equipment fleet, labor structure, compliance requirements, supply chain workflows, and seasonal operational calendar. You get a complete operational analysis and a specific build plan before any significant investment is made. TMI plans the engagement around your season so the Audit happens in the right window. The $997 applies toward your project if you move forward.
TMI builds predictive maintenance models against your specific equipment and field conditions, integrates with your existing telematics and precision ag platforms, and constructs the labor, supply chain, compliance, and harvest scheduling layers. Three to six weeks. Built to the way your operation actually runs across your specific crops, geography, and seasonal calendar.
Systems go live before your target season. Your management team and key staff get trained on the controls. One to two weeks. The goal is to have every system operational with a full season of baseline data established before the highest-stakes operational window of your year. You own the infrastructure with no per-seat fees going forward.
The highest-impact systems in agricultural operations are equipment monitoring with predictive maintenance and harvest scheduling logistics. Equipment downtime during planting and harvest is catastrophic - a $10,000 per hour cost for a combine breakdown during peak harvest is not an abstraction. The operations that stay profitable through bad years are the ones where nothing critical breaks down when it cannot afford to, and the logistics of moving product work without creating costly bottlenecks.
TMI connects to telematics data from your tractors, combines, planters, and other equipment to monitor engine hours, diagnostic codes, and operating conditions in real time. The system builds baseline patterns for each machine and generates maintenance alerts when readings suggest an upcoming failure. During harvest, a machine that goes down and stays down is not just a repair cost - it is lost yield from fields that needed to be harvested in a specific window.
TMI builds harvest scheduling systems that sequence fields by maturity, equipment availability, labor headcount, and logistics capacity - trucks, grain carts, storage availability. The schedule adapts when conditions change: weather delays, equipment breakdowns, labor no-shows. The goal is to move the maximum yield in the minimum window without creating the bottlenecks that back up the entire operation and cost real money per acre in inefficiency.
Yes. TMI builds multi-site architectures that give operation managers a view of each location and a consolidated view across all sites. Equipment is tracked as it moves between locations. Labor schedules account for multi-site crews and travel time. Compliance tracking covers certifications and permits across every site in the operation. Financial reporting rolls up by site, by crop, and by enterprise so ownership sees where the money is made and where it is not.
TMI builds labor coordination systems that schedule seasonal and year-round workers against task requirements, track hours and certifications, and generate payroll-ready reports automatically. During harvest, the system coordinates crews across multiple fields and machines without a farm manager making dozens of daily calls to figure out where everyone is. Labor gaps surface before they create bottlenecks that slow down the entire harvest timeline.
Yes. TMI integrates with existing telematics from John Deere Operations Center, Case IH AFS, and other precision ag platforms. For equipment without existing telemetry, TMI can specify retrofit options during the Audit phase. The goal is to work with the data your equipment already generates rather than requiring a full hardware replacement or forcing you into a single-brand ecosystem.
TMI builds compliance tracking for pesticide application records, worker safety certifications, food safety certifications (GAP, SQF, FSMA requirements), water usage permits, and environmental reporting deadlines. Digital compliance records are generated automatically from field activities rather than assembled manually after the fact. When a regulatory body or a buyer requests documentation, it comes out of the system in minutes instead of requiring a week of manual assembly.
Most agricultural operations are fully operational in 6 to 10 weeks. The Audit takes two weeks to map your equipment fleet, labor structure, compliance requirements, and operational workflows. Build runs three to six weeks. Installation and team training takes one to two weeks. TMI plans implementations around your seasonal calendar so the system is live before peak season, not in the middle of it when you have no bandwidth for anything new.
Every engagement starts with The Audit at $997. The Audit maps your operation, identifies your highest-cost risk exposures across equipment, labor, and logistics, and produces a specific build plan with ROI projections. Full project scope is determined after the Audit based on operation size, number of sites, and the systems prioritized. The $997 applies toward your project if you move forward.
Precision ag platforms focus on agronomic data - field variability, application recommendations, yield mapping. TMI focuses on the operational layer: equipment staying running, labor showing up to the right place, compliance records staying current, logistics not creating bottlenecks at harvest. These are different problems. TMI is built for the operations and business side of agriculture, not the agronomy side - and it connects to your existing precision ag data rather than replacing it.
Two weeks. A complete map of your agricultural operation, every equipment risk and logistics gap identified, and a specific build plan timed to your season. $997 - applies toward your project if you move forward.
Start with The Audit - $997 →
TMI