Choose by area
Plan accuracy targets and networks for each operating environment.
HYBRID LOCATION & CONNECTIVITY
Indoor–Outdoor Hybrid Positioning.
Cross building boundaries with a connected view.
Use Bluetooth or AoA indoors, GPS/BeiDou outdoors where supported, and LoRa or 4G for backhaul. A common object identity associates different location sources as people and assets move between buildings.
Discuss your solutionSOLUTION PROFILE
Positioning objective
Multiple location sources
System components
Multi-mode terminals + indoor gateways + outdoor backhaul
Industrial campusesCross-building assetsPersonnel inspections
HOW IT WORKS
From radio signals to usable location.
The terminal or platform selects valid location sources using timestamps and quality, then aggregates data over LoRa, Ethernet or cellular links. Backhaul transports data; accuracy still depends on the positioning technology and environment.
SYSTEM ARCHITECTURECONCEPT · NOT LIVE DATA
01
Unify identity
Associate terminals with personnel and asset records.
02
Position by zone
Use BLE/AoA indoors and configured satellite positioning outdoors.
03
Aggregate data
Forward status and position through LoRa, Ethernet or 4G.
04
Fuse sources
Track source, time and quality to manage transitions.
One object view
Associate personnel and assets across indoor and outdoor workflows.
Suitable form factors
Badges, e-paper devices, helmet terminals and asset tags suit different field uses.
DEPLOYMENT ESSENTIALS
Check the deployment requirements.
01LoRa and LoRaWAN require compatible protocols, bands and gateways. Frequency alone does not establish interoperability.
02Source switching, buffering and fusion must be designed and tested during platform integration, not assumed to be standard hardware functions.
03UWB, BeiDou, AIS, 4G and access control are model options. Confirm device combinations and battery policy first.
RELATED HARDWARE
Start with the right hardware
Related products are selection entry points. Confirm models, channels, protocols, firmware and acceptance criteria.
IR-T10A / B / C / D
Multi-Mode Personnel Badge
One badge for location and field coordination.
IP67 / Multi-mode options
E-paper Location Badge
E-paper Location Badge
Bring visible identity and location together.
2.13-inch display / IP68
JJ-IH32UGRL
Smart Helmet Location Terminal
Keep people connected throughout the workday.
IP67 / Voice & vibration
JJ-IS40BLOP
Outdoor Bluetooth LoRa Gateway
Extend low-power connectivity across the campus.
IPX7 / Cast-aluminum housing
JJ-IS40BL LoRaWAN
Dual-Mode LoRaWAN Gateway
Connect wide-area IoT through standard protocols.
LoRaWAN / SX1302
JJ-IP33B / JJ-IP32BL
Anti-Tamper / Dual-Mode Asset Tags
From fixed-asset protection to campus backhaul.
Tamper alerts / BLE / LoRa
Technical reference: Bluetooth SIG · Indoor direction finding ↗. Product capabilities remain subject to their specifications and selection validation.
SELECTION QUESTIONS
Designing a personnel tracking system across buildings
What changes between indoor personnel tracking and outdoor tracking?
A worker tracking system may use Bluetooth, AoA or UWB indoors and supported satellite positioning outdoors. Keep a consistent worker-to-device identity and track the source, age and quality of each location. Source switching and alerts require platform integration and validation.
Compare personnel tracking badge modelsLoRa vs LoRaWAN: are the devices interchangeable?
LoRa radio support does not by itself establish LoRaWAN compatibility. Confirm protocol, regional frequency plan and gateway support. The communication link transports observations or coordinates; it does not by itself provide the indoor positioning accuracy.
View the LoRaWAN gateway specificationsLET’S BUILD YOUR POSITIONING SYSTEM
Make location data work for your site.
Plan your site survey, hardware selection and platform integration with Jinju.