FieldWatch AI – Public Preview Launching October 2, 2026

The Platform

One operating system for planetary monitoring.

A unified command surface that fuses satellite imagery, ground sensors, and AI analytics into a single operational view per Area of Interests (AOIs), anywhere on Earth.

SYS-01 Mission Control Online

Central command interface

Manage AOIs, device health, live detections, and field operations across any geography on Earth.

SYS-02 Sensor Fusion Online

Satellite + ground truth

Combine satellite imagery, ground cameras, IoT sensors, GPS trackers, AIS vessel feeds, weather data and more, into a single correlated view per AOI.

SYS-03 Adapters Online

20+ plug-and-play connectors

Cameras, MQTT sensors, drones, thermal imagers, environmental stations, you can add new devices through configuration, NOT code.

SYS-04 AI Reports Online

Automated incident intelligence

On-premise LLMs summarize detection sequences into plain-language incident reports; linking thermal alerts, vessel movement, and sensor data into evidence-grade artifacts.

The Operating Loop

From satellite to decision in five steps.

FieldWatch is AOI-first. Start with geography, and the platform orchestrates everything from ingest to intelligence.

FieldWatch Operating Loop

01

Define AOIs

Draw polygons on the globe over the areas that matter: coastlines, reserves, pipelines, entire island chains.

02

Deploy Sensors

Ship portable kits: cameras, IoT sensors, GPS trackers, satellite uplinks, all connected through the FieldWatcher.

03

Fuse Intelligence

FieldLink correlates multi-source data in real time: thermal detections matched with AIS tracks and satellite imagery.

04

Trigger Alerts

Detection events fire automated responses: incident logs, watchlist updates, operator notifications, escalation chains.

05

Generate Artifacts

On-premise AI summarizes the sequence into briefings, incident reports, and exportable evidence packs.

01

Define AOIs

Draw polygons on the globe over the areas that matter — coastlines, reserves, pipelines, entire island chains.

02

Deploy Sensors

Ship portable kits — cameras, IoT sensors, GPS trackers, satellite uplinks — connected through the FieldWatch Bridge.

03

Fuse Intelligence

FieldLink correlates multi-source data in real time — thermal detections matched with AIS tracks and satellite imagery.

04

Trigger Alerts

Detection events fire automated responses — incident logs, watchlist updates, operator notifications, escalation chains.

05

Generate Artifacts

On-premise AI summarizes the sequence into briefings, incident reports, and exportable evidence packs.

Expedition-Grade Technology

Built for the places other platforms can't reach.

Satellite Imagery + Ground Truth

FieldWatch combines orbital observation with ground-level sensor networks. Satellite imagery provides macro context while cameras, thermal sensors, and IoT devices deliver granular, real-time ground truth inside your AOI.

Satellite imagery integration for broad-area monitoring
Ground sensors for real-time local detection
AI correlation across orbital and terrestrial data

fieldwatch — sensor-fusion

$ fw ingest --source sentinel-2 --aoi nassau-reef
✓ 12 tiles ingested (4.2 GB)
$ fw correlate --ground-sensors cam-04,therm-07
✓ 3 detections matched across orbital + ground
$ fw report --format briefing --classify
✓ Incident report generated: IR-2026-0041.pdf

Big Data at the Edge

Portable FieldWatcher kits run adapters locally with zero cloud dependency. When connectivity exists, data flows to cloud servers for storage, streaming, and PostGIS spatial analytics. The system works offline-first and scales when you're ready.

Local-first storage, cloud-ready architecture
Apple Silicon LLM cluster for on-premise AI
20+ adapters, zero code changes to add devices

fieldwatch — edge-bridge

$ fw bridge status
● cam-04      RTSP    online   12ms
● therm-07    MQTT    online   8ms
● gps-12      NMEA    online   23ms
● sat-uplink  VSAT    standby  —
$ fw sync --mode offline-first
✓ 847 events cached locally (2.1 GB)
✓ Ready to sync when uplink resumes

Artificial Intelligence of Things (AIoT)

Every connected device becomes part of a living intelligence network. FieldWatch doesn't just collect data, it correlates sensor events, detects patterns, and generates incident reports using on-premise large language models.

On-premise LLMs means no data leaves your infrastructure
Multi-sensor event correlation (FieldLink engine)
Automated plain-language incident reporting

fieldwatch — fieldlink-engine

$ fw detect --aoi nassau-reef --live
⚡ Event: vessel entered AOI boundary
⚡ Event: thermal signature (cam-04)
⚡ Event: AIS transponder mismatch
$ fw fieldlink --correlate
✓ 3 events correlated → Incident #0041
$ fw llm summarize --incident 0041
✓ "Unregistered vessel approached marine
   reserve at 02:14 UTC. Thermal camera
   confirmed physical presence. AIS data
   inconsistent with registered traffic."

Launch Roadmap

The path to October 2nd.

Q2 2026 Active

MVP Build-Up

Hardware and infrastructure setup. Local compute node clusters for on-premise LLM hosting. Cloud backbone for ingest, analytics, and storage. Core platform modules in state of the art, robust programming languages.

Q3 2026 Upcoming

Beta Pilot: The Bahamas

Anti-poaching mission with local partners. Satellite imagery couples with shoreline CCTV cameras and IoT sensors deployed in a targeted marine area. First live AOI workflow: detect, correlate, report.

Oct 2nd Upcoming

Public Preview Launch

Mission Control development and sandbox environment goes public. Signal intelligence and briefing surfaces come online. Landing page switches from countdown to live state.

Q1 2027 Upcoming

Scale & Harden

Beta feedback incorporated into V1.0. Security hardening, phased rollout to universities, government agencies, community Kickstarter campaign, and expansion to regional Caribbean partners.

Why FieldWatch

The Caribbean's first AIoT company. Built in The Bahamas for the world.

FieldWatch is pioneering Artificial Intelligence of Things from Nassau. We are fusing satellite imagery, satellite communications, big data, and ground-level sensor networks into sovereign, expedition-grade intelligence. World-class planetary monitoring that starts from the islands.

The Architecture

Sovereign by design

Hybrid edge-cloud, meaning data sovereignty by default
Open REST API, SDK, and 20+ adapter connectors

HQ — New Providence

Built where the mission starts

Headquartered in The Bahamas. Designed from day one around the realities of island infrastructure, remote access, and Caribbean operational conditions.

First Expedition

Marine reserve protection

Deploying satellite imagery, AIoT sensor stations, and satellite comms to monitor marine reserve activity in remote coastal environments. The first live AOI workflow: detect, correlate, report.

Southern Outpost

Scaling across the islands

Portable kits designed for island conditions: hurricane-resistant, off-grid capable, and built to be operated by local teams, not foreign contractors.

Join the Expedition

Request Early Access

FieldWatch AI launches October 2, 2026. Leave your email to get pilot updates, a launch-week demo invite, early access to deploy FieldWatch in your environment, and an instant download of our First Expedition Briefing.

Pilot updates

Launch demo invite

Early deployment access

First Expedition Briefing (PDF)

Planetary Expedition-Grade Intelligence.

One operating system for planetary monitoring.

Central command interface

Satellite + ground truth

20+ plug-and-play connectors

Automated incident intelligence

From satellite to decision in five steps.

Define AOIs

Deploy Sensors

Fuse Intelligence

Trigger Alerts

Generate Artifacts

Define AOIs

Deploy Sensors

Fuse Intelligence

Trigger Alerts

Generate Artifacts

Built for the places other platforms can't reach.

Satellite Imagery + Ground Truth

Big Data at the Edge

Artificial Intelligence of Things (AIoT)

The path to October 2nd.

MVP Build-Up

Beta Pilot: The Bahamas

Public Preview Launch

Scale & Harden

The Caribbean's first AIoT company. Built in The Bahamas for the world.

Sovereign by design

Built where the mission starts

Marine reserve protection

Scaling across the islands

Request Early Access