Farm architecture workspace
Map the stack.
Expose the weak link.
Turn a mixed collection of machines, devices, software, services, versions, owners, and interfaces into one outcome-driven architecture with visible evidence and recovery gaps.
01Outcomes
02Architecture
03Inventory
04Contracts
05Resilience
06Gate
07Export
Map the job before the products.
Choose what the stack must support. Required layers and interface contracts are derived from these outcomes instead of from a vendor shopping list.
See the stack as dependencies, not a pile.
The layer board distinguishes required, optional, and missing architecture. The path ledger shows every connection implied by the selected outcomes.
Name every product, version, and owner.
A category is not a configuration. Record the exact participating system and the person or organization accountable for keeping its identity current.
MACHPower unit or machine
Tractor, self-propelled machine, vehicle, or stationary platform doing the work.
IMPLImplement & controller
Tool, application system, row unit, controller, or other work-producing subsystem.
CABDisplay & control
Operator interface, task controller, steering controller, or edge computer.
POSPositioning chain
Receiver, antenna, correction source, delivery route, activation, and reference context.
LINKConnectivity
Modem, local link, removable media, gateway, account, or rural network dependency.
SENSESensors & observations
Machine, crop, soil, weather, product, or operating-state observations.
FMISFarm software
Planning, record review, fleet view, agronomic context, or maintenance workspace.
XFERData exchange
File family, API, cloud connection, synchronization route, or manual handoff.
Replace compatibility language with evidence.
Only contracts required by the selected outcomes affect the gate. A documented claim remains different from a field-verified result for this exact stack.
REQUIREDPhysical fit & power
Are connector, power, mounting, environment, and safe installation requirements known?
REQUIREDMachine network roles
Are participating controllers, functions, messages, and ownership boundaries identified?
REQUIREDPositioning chain
Are receiver, correction, delivery, activation, datum context, and degradation behavior known?
REQUIREDControl & safety boundary
Is it clear what can command, automate, override, stop, and safely fall back?
REQUIREDData format & route
Are exact object types, versions, transfer routes, processing states, and limits known?
REQUIREDIdentity, time & units
Do field, asset, product, operator, timestamp, unit, and denominator meanings survive?
REQUIREDAuthorization & ownership
Who can connect, view, send, change, retain, revoke, support, and recover access?
REQUIREDVersion & support scope
Are hardware, firmware, software, license, region, support, and update dependencies recorded?
Find the stack that fails all at once.
A mapped dependency can still be a single point of failure. Name the fallback and distinguish an idea from a route the responsible team has actually rehearsed.
MACHPower unit or machine
IMPLImplement & controller
CABDisplay & control
POSPositioning chain
LINKConnectivity
FMISFarm software
XFERData exchange
Know what blocks the stack before the season does.
Missing layers, incomplete identities, unknown contracts, and an unowned review block the map. Documented evidence or unrehearsed fallbacks keep it in review.
STACK STATEblocked
Exact system, version, or owner missing at Power unit or machine.
- required layers
- 7
- profiles open
- 7
- contracts unknown
- 8
- fallbacks open
- 7
Exact system, version, or owner missing at Power unit or machine.
Contract evidence unknown: Physical fit & power.
No accountable stack review owner is named.
Fallback is not yet planned or rehearsed at Power unit or machine.
07 / CHANGE CONTROLExport a reviewable architecture baseline.
Record who owns this review and why the stack changed. Re-run it after a product, firmware, license, account, interface, ownership, or workflow change.
Open the dependency that needs proof.
The mapper is the architecture index for the fixed tool program. It sends each unresolved layer into the specialist workspace that can make its assumptions visible.
01ISOBUS System Planner
Inspect tractor–implement roles and functional evidence.
OPEN ↗02GNSS & RTK Field PlannerOpen the positioning and correction dependency chain.
OPEN ↗03Field Boundary & Headland StudioReview the field geometry and machine assumptions.
OPEN ↗04Variable Rate Economics SandboxTest the economics and uncertainty around a variable-rate change.
OPEN ↗05Agricultural Data Flow BuilderTrace formats, transformations, ownership, and returned records.
OPEN ↗