People
Children, students, teachers, staff, visitors, and contractors.
EDUCATION, CAMPUS & CHILDCARE RTLS
CoreHW CoreRTLS delivers 10 cm Bluetooth® AoA real-time indoor positioning for schools, universities, childcare centers, and smart campuses.
LIVE CAMPUS MAP
Student 14
Classroom Wing
In class
Teacher 06
Playground
Supervising
Visitor 03
Reception
Signed in
AED 02
Main Building
Ready for use
EDUCATION LOCATION INTELLIGENCE
RTLS, or a Real-Time Location System, helps education environments understand where important people, assets, and safety events are occurring in real time.
For schools, universities, childcare centers, and smart campuses, CoreHW RTLS adds a precise Bluetooth® LE Angle-of-Arrival location layer across four main visibility areas.
Children, students, teachers, staff, visitors, and contractors.
Tablets, laptops, AV carts, laboratory equipment, AEDs, tools, and wheelchairs.
Classrooms, nurseries, laboratories, playgrounds, pickup areas, and restricted spaces.
Geofence exits, emergency calls, unusual dwell time, and missing assets.
SAFETY AND OPERATIONAL VISIBILITY
Schools, universities, and childcare facilities often know who entered a building, but not exactly where people or critical assets are now. Attendance systems, access cards, CCTV, and radios can leave visibility gaps during classroom transitions, playground time, pickup, emergency drills, and after-hours operations.
CoreHW education RTLS adds real-time indoor location visibility for children, students, staff, visitors, and shared equipment. It helps teams identify safe-zone exits, restricted-area access, missing assets, crowded rooms, and safety events faster.
EDUCATION RTLS USE CASES
CoreHW CoreRTLS adds precise indoor location intelligence for schools, campuses, and childcare environments—helping teams improve supervision, safety response, asset visibility, and campus operations.
STAKEHOLDER VALUE
EDUCATION SYSTEM INTEGRATIONS
CoreHW RTLS can connect location intelligence to the systems education teams already use.
Access control, CCTV/VMS, panic alerts, and mass notification.
Attendance, pickup and drop-off, and room-ratio dashboards.
Student information systems, visitor management, ID badges, and facilities applications.
Building management systems, CMMS, maintenance, cleaning, and helpdesk platforms.
Business intelligence dashboards, digital twins, AI analytics, and occupancy reporting.
Real-time data streams and system APIs.
TECHNOLOGY COMPARISON
LOCATION DATA FLOW
CoreRTLS Tags carried by people or attached to campus assets transmit Bluetooth® LE signals, including CTE data for AoA positioning. CoreRTLS Locators receive and measure these signals and forward the measurement data to CoreRTLS Software, which calculates real-time 3D positions for campus visibility, safety workflows, and connected applications.
VENDOR EVALUATION
Choose an RTLS vendor that can prove performance on-site, not only in a demonstration environment.
The platform should demonstrate accurate indoor positioning in real classrooms, corridors, playground transition areas, and shared spaces.
The solution should use Bluetooth® LE Angle-of-Arrival technology where precise indoor positioning is required.
Tags, Locators, firmware, positioning software, and integration interfaces should work together as one supported system.
The vendor should provide a practical way to test accuracy, coverage, workflows, and integrations before full rollout.
The platform should expose location and event data through documented APIs and real-time interfaces.
The solution should support clear identity mapping, access controls, data-retention policies, and privacy-first deployment models.
The architecture should support expansion across rooms, floors, buildings, and multiple campuses.
The vendor should support solution providers and system integrators with enablement, technical guidance, and deployment support.
The platform should integrate with safety, access control, childcare, attendance, visitor, and facilities systems.
The vendor should demonstrate practical expertise in antennas, RF performance, firmware, positioning algorithms, and complex indoor environments.
CoreHW is built for this role because it combines Bluetooth® AoA hardware, positioning software, evaluation kits, and integration-ready architecture for precise indoor RTLS deployments.
PRIVACY-FIRST DEPLOYMENT
CoreHW RTLS supports privacy-first education deployments. The system works with tag IDs and location telemetry, while identity mapping, access rights, and data retention are controlled by the customer’s policies and integrated systems.
QUICK ANSWERS
Yes, when deployed with consent, clear policies, role-based access, and child-safety use cases.
No. RTLS adds live location context. It can strengthen attendance, pickup, and ratio workflows by showing where people and assets are now.
CoreHW is strongest for indoor and covered-zone precision. Outdoor field trips can be supported through hybrid workflows and partner technologies.
It can support movement intensity, zone time, and activity-pattern analytics when paired with suitable tags or sensors and privacy-first rules.
For precise real-time indoor positioning, yes. Bluetooth® LE Beacons are useful for proximity, while Bluetooth® LE AoA is better when location accuracy matters.
EDUCATION RTLS EVALUATION
Evaluate precise indoor location visibility for schools, universities, campuses, and childcare environments with a practical CoreRTLS pilot.