— FHRISM · THE INTELLIGENCE PRISM FOR AGRICULTURE
Turn the complexity of agriculture into connected intelligence. FHRISM illuminates soil telemetry, resource dynamics, crop analytics, and supply networks through a unified prism — from farm to market.
Understand the living ecosystem. Continuous telemetry for soil microbiome, moisture gradients, crop phenology, and micro-climates. Nature decoded into actionable field parameters.
Turn agricultural data into decisive action. Multi-spectral imagery, automated irrigation formulas, pest vector early-warnings, and harvest schedule optimization.
Every crop batch is certified, traceable, and transparent. Full provenance tracing from seed and nutrient inputs to retail shelf, building verified market value.
FHRISM doesn't just monitor farms — it connects them. Direct linkage between growers, cold-chain logistics, certified buyers, and consumers with dynamic demand matching.
Deploy IoT telemetry across fields, irrigation mains, and soil layers. Ingest micro-climates, satellite NDVI indices, and farm inputs into the unified FHRISM stream.
READ DOCS →1import { fhrism } from '@fhrism/sdk'23// Connect farm telemetry nodes4const field04 = fhrism.farm('chiang-mai-orchard', {5 sensors: ['soil.moisture', 'canopy.temp', 'npk.flow'],6 telemetryRate: '30s',7 autoCalibration: true8})910// Live agricultural stream initialized
Immutable recording of farm inputs, water cycles, soil telemetry, and harvest timestamps for every distinct crop batch.
Autonomous compliance auditing against GlobalGAP, organic protocols, and food safety standards with zero paperwork overhead.
Enable end-consumers and retail buyers to inspect verifiable batch origins, grower identity, and verified quality scores.
Growers maintain complete sovereignty over their field telemetry and historical logs. Fully encrypted and enterprise-isolated.
A zero-friction SDK to ingest field telemetry, trigger autonomous farm actions, and bridge agricultural output straight to market channels.
Zero-config ingestion for LoRaWAN, RS-485, and cellular field gateways.
Real-time crop sensors streamed via MQTT, WebSocket, and gRPC.
Pre-trained phenology models, moisture forecasting, and pest vectors.
TypeScript SDK with strict schemas for farm sensors and traceability ledgers.
1# npm2npm install @fhrism/sdk34# pnpm5pnpm add @fhrism/sdk67# bun8bun add @fhrism/sdk
Peer-reviewed agronomy telemetry, neural soil modeling whitepapers, and operational logs from autonomous farm deployments.
ACCESS_ALL_DISPATCHESHow multi-spectral near-infrared sensor arrays and localized edge inference are transforming moisture stress detection and nutrient optimization across 100,000+ hectares.
Eliminating documentation tampering in cold-chain logistics using zero-knowledge batch proofs and temperature telemetry.
Architecting battery-sustained inference clusters that predict localized pest proliferation vectors under intermittent connectivity.
Precision farm telemetry starter
Autonomous operations & intelligence
Multi-estate & enterprise supply chains
ALL PLANS INCLUDE E2E ENCRYPTION · SOC 2 COMPLIANCE · 99.97% UPTIME SLA
“FHRISM transformed how we understand our land. By refracting complex soil and climate data into distinct insights, our irrigation costs dropped 35% while crop grade reached export standard.”
Connect soil telemetry, automated irrigation, and verified market distribution. Transform complexity into connected intelligence today.