Windows 11 core and offline operation
FARLIVA centers on a Windows 11 desktop application. Core work such as journals, inventory, and documents is designed not to require a continuous internet or cloud connection.
FULL FEATURE DIRECTORY
Features planned for FARLIVA
FARLIVA is designing and developing a wide range of capabilities to bring farm management together in one software system.
This page shares capabilities currently in development, already designed, planned for implementation, or considered for future phases.
- canonical features
- 433
- public items
- 87
- categories
- 33
Before you browse
- FARLIVA is Local First around Windows 11; cloud services are not a requirement for core functionality.
- AI assistance is optional. Core management works without AI, and important decisions are not finalized from AI suggestions alone.
- The smartphone experience is a field companion, not the same application as the Windows edition.
- Windows local data remains canonical; the design does not assume that FARLIVA's operator holds farm data.
- Website Studio, Self-host capabilities, and the FARLIVA Farm Directory are separate areas with roles distinct from the Windows farm-management core.
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87items shown
Core and Windows 11The FARLIVA desktop core and its foundation for working without a continuous internet connection.1
Users, permissions, and securityFarm separation, device authorization, audit trails, and non-destructive deletion controls.1
Device authorization, farm isolation, and audit
Writes go through authorized APIs without exposing the database directly to the internet. Planned controls include farm isolation, change history, logical deletion, and rejection of unauthorized writes.
Journals and recordsDaily farm work records together with the photos and videos that support them.1
Farm journals with photo and video attachments
Record dates, fields, crops, work, pesticides, fertilizer, machinery, people, and notes, with related photos and videos.
Fields, maps, and drainageField geometry, location, history, hazards, and drainage infrastructure management.4
Field master, GPS measurement, and GeoJSON
Manage field names, areas, and planting history, and create candidate boundaries, areas, and perimeters from field GPS points. GeoJSON exchange is also planned.
QR/NFC field access, underground assets, and hazards
Open relevant records from QR or NFC markers and map drains, outlets, water points, rocks, wet areas, and boundary markers with GPS and photos.
Field transfer packages
Safely export selected field GPS, planting, protection, fertilizer, yield, soil, and media data, and import the prior manager's period as read-only history.
Field drainage infrastructure map
Record subsurface drains, outlets, manholes, open drains, and pumps with location, depth, provenance, and accuracy. Machinery interference is evaluated deterministically, and missing information produces an indeterminate result—not a safety guarantee.
Houses, facilities, and IoTHouse zones, environmental history, sensors, facility calculations, and security cameras.3
Houses, zones, and environmental history
Register any number of houses, divide them into zones, beds, ridges, and rows, and review ventilation, irrigation, climate, work, and harvest history.
Temperature and humidity sensor integration
Collect readings from supported external temperature and humidity sensors and link them to house and nursery histories.
Integrated house security-camera view
Show supported RTSP and ONVIF cameras in house details through a local gateway or secure remote path. Recording, events, and notifications are planned as phased extensions.
Crops, cultivation, and nurseryVarieties, production patterns, nursery work, transplanting, plans, and forecasts.7
Crops, varieties, production patterns, and home gardens
Register crops and varieties with regional and production-pattern guidance plus source tracking. A simplified home-garden journal that hides business features is also planned.
Previous-year copy and comparison
Copy prior planting and schedules as candidates for the next year and compare dates, costs, yields, and other results.
Seed, nursery tray, and transplant spacing calculations
Use area, row and plant spacing, row count, germination, and reserve rates to calculate seed, plant, and tray needs and compare transplant settings.
Pesticide and fertilizer plans, reservations, and actual reconciliation
Calculate field-level application plans and reserve inventory without reducing on-hand stock at planning time. After work is confirmed, reconcile actuals and show them in field history.
Nursery lots, plant allocation, and future yield forecasts
Forecast nursery lots, usable plants, multi-field allocation, transplant settings, maturity, grades, losses, and containers. Forecast versions are retained, with pessimistic, standard, and optimistic scenarios compared against actuals.
Nursery environment records, GDD, leaf stage, and ventilation candidates
Keep multiple sensor and manual readings by role and show daily environment, GDD, leaf stage, transplant preparation, and ventilation candidates. Missing or conflicting readings remain visible, and candidates are not auto-confirmed.
Transplant, nursery, tramline, and spray layout planning
Calculate plant and tray needs from field and transplanter settings, compare tramline implications for single-sided, double-sided, and drone spraying, and model house tray placement in both directions without direct machine control.
Work, schedules, and peopleDaily work, rain alternatives, assignments, attendance, and handovers.3
Work plans, rain alternatives, and assignments
Connect morning, afternoon, and all-day plans with rain alternatives, fields, machinery, people, and staffing needs.
Attendance, time clocks, and labor estimates
Record attendance, breaks, departure, and approvals, with role-limited clock terminals and manager mobile access. Estimate labor cost by task and field from actual time.
Work recipes
Save reviewable templates for machinery, settings, products, dilution, water, staffing, and cautions used in work such as crop protection.
Inventory, warehouses, and fuelPesticide, fertilizer, parts, and fuel inventory through stocktaking, returns, and incidents.2
Pesticide, fertilizer, parts, and fuel inventory
Track purchases, use, movements, balances, locations, cost, and machine compatibility, with fuel linked to per-machine consumption.
3D warehouses, stocktaking, returns, incidents, and tax-exempt diesel
Locate stock in warehouses, racks, and zones and reconcile book and physical quantities. Record approved returns, theft, loss, leakage, damage, and write-offs, while supporting tax-exempt diesel purchase, storage, machine use, monthly totals, and reporting material.
Machinery, vehicles, and maintenanceSpecifications, maintenance, compatibility, tires, documents, and history for each machine.5
Machinery master and maintenance
Keep tractor and implement specifications and manuals together, with oil changes, repairs, costs, and next-service dates per machine.
Farm asset ledger
Organize purchases, serial information, warranties, and repairs for machinery, tools, facilities, and houses.
Machine and vehicle records with transfer
Register machinery, vehicles, trailers, forklifts, and facilities and review inspections, insurance, consumables, fuel, and ownership cost per asset, with transfer support for the next owner.
Smart equipment registration and pre-purchase compatibility checks
Extract manufacturer and model candidates from plates or photos and import catalog specifications only after review. Before an implement purchase, compare hitch, PTO, power, hydraulics, electrical, and other requirements with evidence and explicit missing information.
Machine and vehicle identity and document vault
Manage plates, serials, registration marks, inspection certificates, warranties, and other multi-page photo or PDF sets with history. OCR and AI output never becomes canonical before review, and sensitive documents are not auto-published.
Harvest and yield forecastingYield, grades, losses, container needs, and revenue estimates across several scenarios.1
Yield, containers, revenue, break-even, and work-cost estimates
Estimate yield and revenue across scenarios using plant count, average weight, losses, containers, price, and cost, including break-even and per-area work cost.
Shipping, sales, documents, and accountingShipping, sales, payment tracking, invoices, accounting imports, and analysis.3
Sales, payments, documents, and accounting analysis
Manage products, customers, receivables, and payments; create invoices, delivery notes, receipts, and compact sales slips. Agricultural bookkeeping imports, duplicate checks, and cost analysis are also planned.
Harvest, grades, shipping, and sales links
Record field, variety, grade, weight, box count, and destination, then connect confirmed quantities to product inventory and sales.
Harvest lot traceability
Trace a harvest from field and date through containers or lots, sorting, and shipping destination.
Contacts and business cardsCapture contact and business-card information and link it to farm relationships.1
Business-card OCR, contact links, and card creation
Extract contact candidates from card images, link them to customers or suppliers, and support layout and printing for the user's own cards.
Pesticide and crop-protection supportDeterministic calculations for dilution, application, tanks, inventory, and weather conditions.2
Pesticide dilution, application, and nozzle calculations
Calculate product amounts and treatable area from dilution, field size, water rate, tanks, speed, boom width, and nozzle output. This does not independently authorize pesticide use.
Stock coverage, purchase needs, mix notes, and application conditions
Check how many tanks or fields existing stock can cover, purchase shortages, user-confirmed mix-order notes, time until rain, and temperature, humidity, and wind conditions.
Fertilizer, application, and soilRequired amounts, nutrients, soil tests, residues, and sourced fertilizer catalog data.2
Fertilizer quantity, nutrient, and shortage calculations
Calculate total amount, bag count, applied nutrients, and shortages from rates, area, bag size, nutrient percentages, planned use, and actual use.
Fertilizer catalog, soil-based prescriptions, and residue rotation
Use rights-reviewed, sourced fertilizer composition catalogs and official rule packs for deterministic soil-based candidates. External prices are excluded, residue, disease, and next-crop risks stay separate, and missing information prevents definitive recommendations.
Other farm support toolsField calculations for machinery, labor, environment, GPS, materials, irrigation, and more.3
Machinery capacity, fuel, maintenance, staffing, and time calculations
Estimate capacity, finish time, and fuel from width and speed, while managing source-separated tire-pressure profiles, service intervals, part cost, staffing, labor, and daylight.
Environment, GPS, materials, irrigation, storage, and unit tools
Calculate VPD, dew point, GDD, photo comparisons, GPS distance and area, drainage, materials, house covering, irrigation, pumps, electricity, storage loss, and farm units, including reverse-solving modes.
Farm Tool Center, workflow links, and calculation history
Organize many calculators with search and favorites, pass reviewed results into journals, plans, inventory, or purchasing, and preserve inputs, formulas, and source versions for reproducibility.
Photos, video, and GPSConnect captured media and locations to fields and journals for timeline review.2
Growth photo timeline comparison
Compare photos from the same field, house, or location by year and date to review growth changes.
Field photo map
Place photo-pin candidates on fields from EXIF and GPS and filter by date, crop, or class. Photos without GPS can be placed manually, and automatic field linking remains a review candidate.
Farm encyclopedia and reference materialCrops, weeds, diseases, pests, and source-preserving farm reference material.5
Farm reference import, OCR, and source preservation
Import images, PDFs, and text, structure OCR output as review candidates, preserve originals and sources, and avoid overwriting master data before confirmation.
Home-garden Q&A and shared crop encyclopedia
Support structured questions and answers, variety pages, regional and production-pattern data, collaborative edits, and reliability labels, with review and history before publication.
Crop, soil, weed, disease, and pest diaries
Record crop growth, soil, mowing and weeds, diseases, and pests with fields, GPS, photos, and dates, with links back and forth to the main farm journal.
Weed, disease, and pest encyclopedia with occurrence maps
Search life stages, symptoms, damage, timing, and similar candidates while showing sources, review dates, and reliability. Protection information is reference-only, does not independently authorize pesticide use, and optional AI only suggests candidates.
AI-assisted crop anatomy learning
A learning tool for crop exterior, cross-sections, healthy structure, disease changes, and pest damage through diagrams and comparisons, initially planned for onions.
Optional AI assistanceAI remains optional and off by default; suggestions are not finalized without human review.2
AI on/off, BYOK, model selection, and send preview
AI is off by default and uses user-configured providers and securely stored keys. Users can preview and exclude data before sending, and suggestions remain drafts.
Local AI, usage controls, and farm-work assistance
Planned capabilities include local AI, usage limits, natural-language calculator input, journal drafts, field summaries, maintenance organization, management explanations, reference search, and mobile assistance. AI actions require permission checks and human approval and are audited.
Drones and precision agricultureImport, display, and analyze flight logs, aerial imagery, RTK data, and work tracks.3
Drone assets, sensors, flights, and source logs
Register aircraft, cameras, sensors, batteries, flights, waypoints, media, and telemetry. Keep source imagery and logs separate from derived results with hashes, provenance, and parser versions.
Aerial imagery, orthomosaics, vegetation, elevation, and point clouds
Layer GeoTIFF, COG, aerial imagery, GPS observations, and work tracks; compare dates; calculate versioned indices such as NDVI; and manage thermal, elevation, point-cloud, and annotation data. AI analysis remains optional candidate generation.
GNSS, RTK, guidance, and work-result maps
Import and analyze GNSS and guidance equipment, AB lines, positioning quality, tracks, overlap or gaps, and prescription or result maps. Initial scope is read, import, and analyze—not direct machine control.
Smartphone and field coordinationA separate field experience, not the Windows app, is planned for viewing, records, media, and limited writes.3
Smartphone field mode
A smartphone field experience is planned through a supported Self-host Hub for viewing, media, GPS, and field notes. It is not the same application as the Windows edition.
Smartphone media and field GPS records
Send field photos, videos, and GPS points, lines, or areas, then review them in Windows before linking them to journals and fields. Year-over-year field issue comparison is also planned.
Admin Mobile, Worker Portal, and field machinery management
On a user-owned Self-host Hub, workers handle assigned work, attendance, and simple journals, while authorized managers handle machinery, documents, tires, and maintenance. Offline writes remain pending until Windows revalidates them, and conflicts are never silently overwritten.
Storage, sync, and backupKeep Windows local data canonical while optionally syncing and versioning to user-managed storage.3
Local storage and user-owned sync targets
Farm data is based on local PC storage, with optional sync to user-managed targets such as NAS, LAN storage, or self-hosted servers. Core local work is designed to continue if a sync target is unavailable.
Non-destructive sync, complete backup, and offline sending
Protect incoming changes in the Windows canonical store without turning remote deletions into immediate permanent deletion. Keep versioned backups on external media or NAS and queue smartphone uploads while offline.
BYOC sync to storage you control
Keep Windows local data canonical while optionally syncing to reviewed cloud storage, NAS, WebDAV, S3-compatible, LAN, or self-hosted targets. FARLIVA-operated farm-data storage is not required.
Updates, recovery, and diagnosticsSignature checks, pre-update backups, a separate recovery tool, and safe diagnostic exports.3
Signed updates, pre-update backup, and separate recovery
Verify update signatures and hashes, back up the application and database first, and use a separate recovery application if the main program cannot start.
Diagnostic reports and secret masking
Package errors and recent actions for diagnosis, including AI-friendly reports, while removing or masking passwords, API keys, and personal information.
On-demand recovery points
Let users create recovery points on demand and restore the whole system, settings, or selected features from a separate FARLIVA Recovery application, preserving the current state first when possible.
Features, plugins, and integrationsFeature toggles, layouts, integration edges, impact previews, and histories.5
Farm desktop widgets
Arrange weather, market, schedule, alert, worker, and sensor cards with user-controlled size, position, and transparency.
Farm dashboard
Bring today's plans, alerts, inventory, maintenance, and people into one farm overview.
Feature manager, toggles, and layouts
Manage feature identity, dependencies, and permissions with clear toggles. Turning a feature off preserves history, while beginner presets and per-user or per-device layouts can be restored safely.
Integration maps, impact checks, and release validation
Visualize feature integrations as edges with requirement level, state, start date, history, provenance, and conflict checks. Updates with missing manifests, migrations, rollback, or permissions are not applied.
Feature idea-origin records
Distinguish whether each feature idea originated with the FARLIVA developer or AI, retaining the first proposal date and later design assistance or refinement history without rewriting origin.
FARLIVA Website StudioA separate area for building farm websites; it is not the Windows farm-management core itself.1
Farm-site creation, publishing, and Theme Packs
Create farm sites using static-first HTML, CSS, and minimal JavaScript, then publish to supported managed hosting. Product data uses public snapshots separated from internal inventory.
Self-hosting and server connectionsA guided way to install online capabilities on supported servers owned or managed by the user.1
FARLIVA Server Setup Wizard
A Windows wizard for installing the Self-host Hub and online capabilities on supported managed servers, with preflight checks, plan preview, signature verification, backup, deployment, smoke tests, and scoped rollback.
Community and farm networkOptional Q&A, item exchange, repair contacts, and work-request connections.1
Item marketplace, service businesses, and farm network
Cover sales, exchange, or donation of machinery, parts, and materials; buyer appraisals; repair and overseas sourcing contacts; and farmer-to-farmer work requests.
Used machinery, rental, and market historyUsed-equipment listings, rentals, and future auction and market-history analysis.3
Dealer used-machinery listings and inquiries
A planned flow for dealers to manage used-equipment status, price, media, service, and warranty, and for farmers to request estimates, transport, trade-ins, and inspections.
Future dealer auctions and market-history analysis
A future concept for verified secondhand dealers, with zero platform transaction fees and no payment custody. It would analyze the service's own completed and unsuccessful listings without exposing personal data.
Equipment rental, checkout, and return management
Manage dealer rates, availability, delivery conditions, reservation state, and before/after evidence, while linking rented equipment to the farmer's journal as a temporary asset.
Family and daily life (optional)Optional family journals, media, plans, and memories kept separate from farm permissions.1
Optional family journals, media, plans, and memories
Handle family journals, media, audio, anniversaries, timelines, pets, albums, search, and print in a private area separate from farm permissions. It is off by default, excluded from farm transfers by default, and AI summaries remain optional.
Data value and future AGRI conceptsFuture consented sharing, non-currency scores, and external-wallet concepts separated from farm data.6
Anonymous benchmarking
A future concept for comparing yield and material-cost distributions using only anonymous aggregates that users explicitly agree to share.
Sharing consent and data contribution scores
Farm data remains private by default; only fields explicitly approved by the user become anonymization candidates. Contribution quality is separated from currency and fixed exchange rates.
Optional support and future AGRI foundation
A future concept separates optional donations or ad viewing from normal use. Any future AGRI distribution assumes self-custodied wallets; FARLIVA would not broker exchanges or hold user assets.
Farm data-asset overview and policy versioning
Visualize the amount, age, and verification state of accumulated records without equating them to monetary value, and version AGRI purpose and safety policies.
Future AGRI distribution history export
If real distribution begins in the future, users could export distribution dates, amounts, transaction hashes, and related information.
Dormant AGRI wallet-entitlement foundation
A dormant foundation for external-wallet ownership proofs and future entitlements, fully off initially. It freezes a baseline so existing features cannot later become AGRI-gated and never asks users to enter wallet seeds or passwords into FARLIVA.
Brand, localization, and official platformFoundations for brand, endpoints, official routes, localization, and anonymous licensing.4
Brand configuration, Endpoint Registry, and safe migration
Separate brand settings from farm data and manage web, API, update, and other locations through logical endpoints, with connection diagnostics, history, rollback, and records that do not depend on absolute URLs.
Official site, Control Plane, and update routes
The official site uses farliva.com, while a minimal Control Plane is limited to cloud.farliva.com and does not host a farm Data Plane. Update history, releases, brand copy, and future host migration are managed separately and versioned.
Japanese first, English, and future locales
Use Japanese as the authoritative default while supporting English and future locale packs. Preserve original text, separate language from unit preferences, and review safety-critical translations.
Installation history and anonymous device licensing
Preserve the original installation date and days of use across updates. Future genuine-copy checks are designed around device signatures and online or offline challenge-response without requiring a name, email, or farm account.
Help, accuracy, and provenanceMake help available for every feature and expose evidence and verification states for important values.3
Disaster evidence, repair knowledge, emergency access, and handover
Package disaster or accident evidence and make repair history, manuals, and emergency contacts searchable. Also record machinery lending, purchase history, and daily handovers.
Help and image guides for every feature
Explain where to enter data, what it means, what happens, outputs, integrations, and common mistakes for every stable feature, using actual test UI and annotated image guides reachable from each field.
FARLIVA Truth Guard
An always-on foundation that prevents unsupported guessing, filling, or assertion. It distinguishes confirmed, derived, unverified, unknown, conflicting, indeterminate, and stale information and exposes provenance for important results.
FARLIVA Farm DirectoryA separate public feature that publishes only farmer-selected profile data to /farms.1
FARLIVA Farm Directory
Publishing is off by default, and only farmer-selected profile fields such as name, region, crops, images, and links go to /farms. Internal farm IDs, field GPS, inventory, journals, and other operational data are excluded.
Homemade farm materials and recipesKeep recipes, sources, effect claims, evidence, legal status, and field-use records separate.1
Homemade farm material recipes and evidence search
Search or create homemade liquid fertilizer, fermented material, and similar recipes by ingredients, steps, purpose, and source. Creator claims, evidence, and legal status stay separate; AI does not invent missing quantities, and individual results do not become general efficacy guarantees.
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