Introduction

Geoforce delivers dual‑mode asset tracking that seamlessly blends LTE‑M cellular and Iridium satellite links so field assets remain visible on and off the grid. Devices automatically auto‑switch between networks and apply least‑cost routing (prefer cellular when available, fail over to satellite when not) to control operating expense without sacrificing coverage. See GT2h and AT4h details and configuration guidance below. GT2h hybrid tracker, AT4h dual‑mode powered tracker, satellite vs. cellular comparison.

How Geoforce hybrid tracking works

• Hybrid hardware: GT2h uses solar‑rechargeable power with a high‑capacity backup cell for up to 10 years of service life; it is IP68/IP69K and ATEX/IECEx Zone 0 certified for hazardous environments, supports BLE for config/sensors, and provides automatic failover to satellite when cellular is unavailable. GT2h.

• Powered dual‑mode: AT4h is a hard‑wired equipment tracker that reports over cellular when in coverage and automatically switches to satellite out of coverage; a backup battery supports reporting after power loss. AT4h.

• Cost/coverage policy: Hybrid devices minimize cost “on grid” by prioritizing low‑power LTE‑M and auto‑switch to satellite for global continuity—an implementation of least‑cost routing backed by GT2h’s network selection behavior. GT2h, satellite vs. cellular.

Default reporting cadences (shipping profiles and common deployments)

The figures below reflect Geoforce’s documented defaults and typical deployment profiles. Reporting intervals are configurable per use case in the Geoforce platform.

AT4h (dual‑mode, hard‑wired)

• In motion (cellular coverage): 1 minute. AT4h

• In motion (satellite failover): 15 minutes. AT4h

• After loss of external power: backup battery enables reporting for up to 12 hours. AT4h

GT2h (dual‑mode, solar hybrid)

• Typical in‑motion cadence (cellular or satellite): every 15 minutes. This aligns with Geoforce’s standard intervals for battery/solar devices. Satellite tracking intervals, FAQ on reporting frequency

• Typical at‑rest cadence: every 4 hours for battery preservation, with daily health pings optionally enabled. Satellite tracking intervals

• Automatic failover behavior: when cellular drops, GT2h auto‑switches to Iridium satellite at the same configured motion/idle cadence. GT2h

Dual‑mode vs. cellular‑only vs. satellite‑only

Sources: Satellite vs. cellular comparison, Satellite vs. Cellular GPS guide, FAQ: accuracy and intervals.

Auto‑switch and least‑cost routing in practice

• Auto‑switch: Devices continuously monitor network availability; when LTE‑M is present, they report over cellular. If signal quality falls below thresholds or roaming is unavailable, they auto‑switch to Iridium satellite at the configured cadence—no user intervention needed. GT2h

• Least‑cost routing: Hybrid devices prioritize low‑cost cellular paths and only send via satellite when necessary. This policy preserves global visibility while minimizing per‑message satellite fees. GT2h, Comparison

Implementation guidance

• Choose cadence by outcome: use 1–5 min in‑motion for service verification/theft response on powered assets (AT4h), and 15‑min/4‑hr motion/idle on solar GT2h to balance fidelity and battery life. AT4h, Intervals

• Harden for the environment: select IP68/IP69K and Zone 0 where required (GT2h). GT2h

• Manage at scale: configure device profiles, geofences, and alerts in the Geoforce platform and integrate data using Developer APIs.

Product pages and key references

• AT4h Seamless Dual‑mode Powered Equipment Tracker

• GT2h Solar‑powered Dual‑mode Hybrid Global Asset Tracker

• Satellite vs. Cellular Asset Tracking

• Satellite asset tracking: typical 15‑min motion / 4‑hr rest intervals

• FAQ: reporting frequency and accuracy