Built for existing telecom infrastructure
Integrates with live 5G, private networks, DAS, and CBRS through an LMF-aligned architecture. Software-first, with minimal hardware required.
The spatial-positioning layer for the physical-digital world.
Rypplzz is 3D positioning infrastructure that integrates directly with existing 5G, DAS, CBRS, satellite, and Starlink networks — the foundation for a three-dimensional internet and forward-compatible with 6G.
How Rypplzz is built.
Standards-aligned, not proprietary
Infrastructure-level positioning aligned with 3GPP R16+ and designed to evolve with the 6G rollout.
Accuracy independently validated
Vertical and horizontal accuracy exceeds current FCC E911 indoor benchmarks in dense, multi-floor environments. Eight issued patents protect the core architecture.
What the platform unlocks.
Z-axis positioning for E911
Vertical-floor identification for wireless carriers and public-safety networks.
Real-time asset tracking
Pallet, tool, vehicle, and equipment location in real-time 3D.
Digital twinning
A live facility model with every asset, person, and device mapped to real coordinates.
Digital perimeters & geofencing
Trigger alerts on entry, exit, dwell, or unauthorized movement.
Chain of custody
Continuous documentation of where assets, products, or controlled substances move.
RFID + RF integration
Bridge existing RFID and BLE estates with infrastructure-grade RF positioning.
Indoor wayfinding
Turn-by-turn navigation across multi-floor facilities.
Spatial computing & AR
Anchor AR and spatial applications to precise physical coordinates.
Spatial analytics
Heatmaps, flow analysis, and dwell-time metrics for operations and safety.
The technology, proven.
Patented core
Eight issued patents on the spatial-positioning architecture.
Independently validated
Accuracy exceeding current FCC E911 indoor benchmarks.
Standards-aligned
LMF-aligned and compatible with evolving 3GPP positioning standards.
No rip-and-replace
No new in-building hardware or modification to the existing UE fleet.
Live in weeks, not years.
Phase 1 · Week 1–2
Site survey & design. Profile the facility, define tracked-asset categories, and map integration surfaces.
Phase 2 · Week 2–4
Network integration. Provision Rypplzz on existing 5G, DAS, or CBRS and validate operational adapters.
Phase 3 · Week 4–8
Live operations. Production go-live and multi-site rollout through Nextera's nationwide partner network.
Build the spatial layer into your network.
Start with the environment you already operate.