Precise tracking. Fast deployment. No vendor lock-in.
High-accuracy indoor tracking purpose-built for healthcare, and a deployment measured in weeks — not the months of legacy RTLS systems.
Three things that matter most to operations leaders
Precise tracking. No complex infrastructure.
BLE positioning delivers the accuracy you need for asset tracking, staff visibility, patient flow, and zone management — without the hardware overhead of legacy RTLS. No specialist cabling, mounts in hours, no proprietary lock-in.
See the technical specs →Built for hospitals. Not adapted for them.
LOCATIX is designed from the ground up for clinical environments — HIPAA-compliant, infection-control safe, and configured for the specific workflows of nursing, security, patient safety, and clinical operations teams.
See healthcare use cases →Live in weeks, not months.
SaaS delivery, cloud-native architecture, and no-code floor plan upload means your team is tracking assets in weeks — not the multi-month implementation cycles that legacy RTLS vendors quote as standard.
See the deployment timeline →Why hospitals choose LOCATIX
The platform built for the realities of hospital operations.
Not a generic IoT platform re-skinned for healthcare — a system designed from day one for clinical environments.
The accuracy hospitals need — without complex infrastructure
Angle-of-Arrival BLE delivers reliable room-level location across every unit — no specialist cabling, no proprietary hardware lock-in, and a fraction of the infrastructure cost of legacy RTLS systems.
Pre-configured for clinical operations
Asset tracking, staff duress, bed management, infant safety, and patient wandering prevention ship as pre-built workflows — not blank-canvas tools that require clinical workflow design from scratch.
Hardware designed for clinical environments
All tags and anchors are IP54-rated, compatible with standard hospital disinfection protocols, and safe for use in sterile environments. No special handling procedures required by nursing staff.
Questions we get asked most
Straight answers to what procurement teams and operations leaders want to know before they evaluate.
Typical deployment is 3–6 weeks from hardware order to live tracking. Week 1: plan anchor placement using our sizing guide — hardware ships within 5 days. Weeks 2–3: your facilities team mounts BLE anchors using our step-by-step guide, no specialist contractors or cabling needed. Week 4: upload floor plans, provision tags, and configure the dashboard. Weeks 5–6: testing, staff onboarding, and go-live. For context, legacy RTLS vendors typically quote 3–12 months.
Yes. LOCATIX is HIPAA-compliant for healthcare deployments. Data is encrypted in transit (TLS 1.3) and at rest (AES-256). Role-based access controls and full audit logs are included on all plans. Business Associate Agreements (BAA) are available. SOC 2 Type II reporting is available on request.
LOCATIX uses Bluetooth Low Energy (BLE) — small, battery-powered tags attached to assets or worn by staff, and BLE anchors mounted on walls or ceilings. No cabling, no specialist infrastructure. Tags last 2–5 years on a single battery. Anchors connect over your existing Wi-Fi or PoE network.
LOCATIX delivers reliable room-level location — you know exactly which room, ward, or zone an asset or person is in at any time. BLE Angle-of-Arrival positioning achieves this without the cost or infrastructure of UWB systems. For the vast majority of hospital workflows — asset search, patient safety, staff duress — room-level accuracy is exactly what's needed.
Software is priced per tracked asset or user per month — no large upfront licence fee. Hardware (tags and anchors) is quoted separately based on your facility size and use cases. Most deployments see full ROI within 6–12 months through reduced equipment search time and improved asset utilisation. Contact us for a site-specific estimate.
Yes. LOCATIX provides an open REST API and MQTT event stream so location data can feed into your existing systems — nurse call, bed management, security, or CMMS platforms. Pre-built connectors are available for common healthcare platforms. Integration complexity depends on your existing stack; our team handles scoping during onboarding.