Real-Time Pulse of the Built Environment

Hubble Aura uses Bluetooth Low Energy (BLE) for indoor and zone-level tracking, GPS for outdoor or open areas where anchors are out of range, and LoRaWAN to transmit data from site to cloud. BLE takes priority over GPS when both signals are available.

Yes. Every tag is linked to the worker's company, trade, and role. The live site map, all site metrics, and all reports can be filtered by subcontractor at any time.

Yes. Zones can be configured as restricted areas with defined boundaries. Workers without a valid PTW trigger an alert when they enter. Repeated violations are flagged in the Manpower Intrusion Report with full worker details, supporting disciplinary action or retraining.

Yes. The Manpower Intrusion Report logs every detected intrusion with the worker's identity, company, zone, and timestamp. Repeated violations by the same worker are visible across the report, making patterns easy to identify and act on.

No. Aura tracks worker positions via IoT — BLE anchors and GPS. It records the first time a worker's tag is detected on site each day and the last time it is detected, along with active tracking hours and any gaps in detection. This is different from a gate-based biometric attendance system. Both can run on the Hubble platform simultaneously if needed.

Historical playback lets you replay worker movements on the digital site map for any past date. You can scrub through activity by location, company, or trade for any selected period. This gives you a verifiable record of who was where, when, and for how long — useful for incident investigation, compliance reviews, and resolving disputes over worker presence or task completion.

Yes. Aura generates the Manpower Movement Report in Excel format, capturing each worker's first-detected time, last-detected time, and active tracking hours per day — structured to meet BCA's Off-site Levy Scheme (OLS) verification requirements. A separate Manpower Intrusion Report is also available for access violation records.

Yes. LoRaWAN and BLE are designed for construction environments with significant physical obstructions. Location anchors maintain connectivity in enclosed and steel-heavy environments where standard Wi-Fi or GPS fails — including underground works, multi-storey ICPHs, and tunnel construction.

The Location-in-Charge assigned to each restricted zone receives alerts simultaneously by email, mobile push notification, and in-app banner. Alerts fire as soon as an intrusion is detected, subject to a configurable grace period that filters out GPS drift and brief signal crossings. Multiple intrusions at the same zone at the same time are consolidated into a single notification.