Intelligence
at the edge.
Without the cloud.
Furcate is an edge AI platform for industrial and enterprise deployments. On-device inference, federated learning, autonomous control, and decentralized world models — with no cloud dependency.
What is Furcate
AI infrastructure for environments that can't rely on the cloud
Furcate runs on the edge device — inference, learning, storage, and control logic all execute locally. There is no mandatory connection to an external service.
Nodes coordinate with each other through federated learning — sharing model improvements, not raw data. Each site keeps full control of what it collects.
On-Device
Processing
No Cloud
Required
Air-Gap
Capable
Verified
Outputs
Platform
Built for operational environments
Designed for facilities, fleets, and infrastructure — where reliability and data sovereignty are non-negotiable.
On-Device Inference
AI runs directly on the node — no round-trip to the cloud. Decisions happen at the source, in milliseconds.
Federated Learning
Models improve across sites without raw operational data ever leaving the facility. Each site stays sovereign.
Agentic Control
Nodes monitor, reason, and act autonomously. Alerts, adjustments, and interventions without human-in-the-loop latency.
Universal Connectivity
Industrial buses, vehicle networks, environmental sensors, satellite links — one runtime handles all of it.
Verified Audit Trail
Every reading and decision is cryptographically anchored on-device. Immutable, auditable, no central authority required.
Disconnected Operation
Full capability with no network. Data is stored, models continue training, and syncs occur when connectivity resumes.
World Model
Each node maintains a structured representation of its physical environment — sensor state, asset history, and spatial context — queryable in real time.
Minima Layer-1
A lightweight blockchain runs on the node itself. No external chain, no gas fees — just a tamper-evident record of what happened, when, and why.
Architecture
A tiered node hierarchy
Each tier runs the same Furcate runtime. Capability scales with hardware — the network adapts automatically.
Supported protocols
Hardware
Runs on what you already have
From a powerful gateway to a $35 single-board computer to a sensor node on a battery — Furcate scales across all of them.
Gateway Node
NVIDIA Jetson AGX Thor / OrinSite aggregator. Handles model serving, federated aggregation, and data routing for downstream nodes.
Edge Compute Node
Raspberry Pi 5 / Jetson NanoLocal inference and sensor capture. Connects to industrial buses, environmental arrays, audio, and field instruments.
Constrained Node
Microcontrollers / LoRaWAN sensorsLow-power sensing at the periphery. Relays data upstream via mesh, LoRa, or serial links.
Applications
Deployed across sectors
Manufacturing
Process Intelligence
Continuous monitoring of production lines, equipment health, and quality signals — processed on the floor, not in the cloud.
Energy & Utilities
Grid & Infrastructure
Autonomous monitoring of substations, pipelines, and distributed assets across geographically dispersed networks.
Agriculture
Field Operations
Soil, climate, and crop sensing across large areas. Coordinated decision-making with no connectivity dependency.
Marine & Environmental
Ocean & Reef Monitoring
Persistent sensing in remote aquatic environments. Insights without continuous connectivity to shore infrastructure.
Autonomous Vehicles
Fleet & UAV Operations
Real-time telemetry, coordination, and edge inference for ground vehicles and aerial systems operating independently.
Critical Infrastructure
Secure Facility Operations
Air-gapped or bandwidth-constrained environments where data cannot leave the site and uptime is non-negotiable.
Why Furcate
What it changes in practice
Data stays on-site
Processing happens at the node. Raw operational data never leaves the facility.
No cloud dependency
Inference, storage, and model training all run locally. Connectivity is optional, not required.
Verifiable outputs
Every AI decision is cryptographically recorded on-device. Auditable after the fact, without a central log.
Autonomous operation
Nodes detect, decide, and act without waiting for instructions. Reduces response time and operator load.
Scales across environments
The same software runs from a high-compute gateway down to a constrained sensor node on a battery.
Active Deployments
Furcate is built for industrial and enterprise environments where data sovereignty, operational continuity, and auditability are requirements — not features.