Ultra-Wideband (UWB)

Wireless Communication → UWB

Know Where Everything Is. UWB Tells You Exactly.

Assets that report their exact 3D coordinates. Anchors that blanket your facility with pin-point positioning coverage. Tags that enable collision avoidance in real time. Digital keys that can't be spoofed. Safety zones that enforce themselves. All powered by one protocol - Ultra-Wideband. We design, build, and deploy the full UWB stack: custom firmware, anchor infrastructure, mobile apps, location engines, cloud platforms, and everything between the silicon and the dashboard.

150+

IoT Deployments

12+

Industries Served

5M+

Devices Connected

What Is UWB and Why Is It the Gold Standard for Indoor Positioning?

Ultra-Wideband, commonly referred to as UWB, is a short-range, high-precision wireless protocol that uses extremely short radio pulses spread across a very wide frequency band (3.1–10.6 GHz) to determine the exact location, distance, and direction of objects in three-dimensional space. Standardized under IEEE 802.15.4z, UWB was purpose-built for applications where knowing the precise spatial position of a device, asset, or person is the core requirement and not just whether it's "nearby."

Where Bluetooth and Wi-Fi estimate location through signal strength (RSSI), a method inherently vulnerable to multipath interference and environmental noise, UWB measures the actual Time of Flight (ToF) of radio pulses between anchors and tags. This physics-based approach delivers positioning accuracy an order of magnitude better than competing technologies. With Apple, Samsung, Google, BMW, and Volkswagen integrating UWB into flagship products, and the global UWB market projected to surpass $11.9 billion by 2035, UWB has transitioned from niche technology to mainstream infrastructure for precision IoT.

Pin-Point 3D Positioning

UWB's Time-of-Flight ranging delivers accuracy that BLE and Wi-Fi cannot match, even in cluttered, metal-rich, multipath-heavy environments like factories, warehouses, and hospitals. Native 3D support means you track assets in X, Y, and Z coordinates simultaneously.

Relay-Attack-Proof Security

UWB's time-based ranging is inherently resistant to relay and man-in-the-middle attacks - the critical vulnerability that plagues BLE and NFC access systems. IEEE 802.15.4z adds Scrambled Timestamp Sequences (STS) for cryptographic-level ranging assurance.

100Hz Real-Time Update Rate

UWB systems refresh position data up to 100 times per second with sub-millisecond latency, essential for collision avoidance, safety zone enforcement, live sports analytics, and any scenario where split-second spatial awareness saves lives or money.

Multipath Immunity

UWB's ultra-short pulse duration (nanoseconds) gives it natural resistance to multipath reflections from walls, metal structures, and obstacles, the exact conditions that degrade BLE and Wi-Fi positioning accuracy in real-world environments.

UWB + BLE Hybrid Chipsets

Leading chipsets from NXP (Trimension), Qorvo (DW3000), and Apple (U-series) combine UWB precision with BLE's power efficiency and smartphone ubiquity, using BLE for discovery and management while UWB handles the precision ranging.

Smartphone-Native Integration

Apple iPhone (U1/U2 chip), Samsung Galaxy (UWB-enabled models), and Google Pixel support UWB natively, meaning your digital key, indoor navigation, or proximity app can leverage the phone's built-in UWB radio without additional hardware.

Market Intelligence & Growth Trajectory

The UWB Market in 2026: Numbers That Validate Your Investment

UWB is no longer an emerging bet, it's a rapidly scaling ecosystem with validated ROI across automotive, healthcare, manufacturing, and logistics. These figures inform every solution architecture we design.

$2.54B

Global UWB Market Size (2026)

Projected to reach $11.9B by 2035 at 18.5% CAGR

64%

Of Device Manufacturers Prefer UWB for Indoor Tracking

Outpacing older short-range technologies at 36%

100×

Position Updates Per Second

Sub-millisecond latency for safety-critical applications

20%+

Annual Market Growth Rate (CAGR)

Driven by automotive, healthcare & Industry 4.0 adoption

UWB Standards: From Niche to Mainstream

Each UWB specification milestone has unlocked new categories of commercial applications - from radar imaging to precision RTLS to secure digital keys.

IEEE 802.15.4a

2007

First UWB PHY Standard

Defined the first UWB physical layer for ranging and localization, establishing Time-of-Flight and Time-Difference-of-Arrival as core positioning methods for short-range wireless.

DecaWave DW1000

2014

First Commercial UWB Chip

DecaWave (now Qorvo) launched the DW1000 - the first commercially viable UWB transceiver, enabling practical RTLS deployments at scale for industrial and enterprise use cases.

IEEE 802.15.4z

2020

Secure Ranging

Added Scrambled Timestamp Sequences (STS) for cryptographic ranging security, making UWB the only wireless protocol with built-in protection against relay attacks. Foundation for automotive digital keys.

FiRa / CCC

2021–2023

Industry Consortiums

FiRa Consortium and Car Connectivity Consortium (CCC) standardized interoperable UWB profiles for smartphones, automotive digital keys, and access control, driving mass-market adoption.

Next-Gen SoCs

2024–2026

Low-Power Integration

Qorvo's DW3000 series, NXP Trimension, and Apple U2 chip deliver dramatically lower power consumption, smaller form factors, and integrated UWB+BLE on a single die, making UWB viable for wearables and compact IoT tags.

UWB Isn't Theoretical. Here's Where It's Already Transforming Operations.

From operating rooms to assembly lines to automotive production - UWB works differently in every vertical. Here's what we build for each.

Healthcare & Medical

UWB delivers the precision healthcare demands, tracking surgical instruments to the exact tray, monitoring patient flow through emergency departments in real time, enforcing hand-hygiene compliance zones, and ensuring critical equipment is always where it needs to be. Unlike BLE zone-level tracking, UWB tells you exactly which bed, which room, which cart.

Key Use Cases We Deliver

Manufacturing & Industry 4.0

On the factory floor, UWB enables what BLE cannot including true safety zone enforcement with real-time collision avoidance between AGVs, forklifts, and human workers. Digital twins fed by pin-point tag data optimize production line flow. Tool tracking eliminates the single biggest source of unplanned downtime: missing equipment.

Key Use Cases We Deliver

Automotive & Mobility

UWB is becoming the standard for secure vehicle access. Digital car keys powered by UWB ranging are relay-attack-proof, something BLE and NFC keys simply cannot guarantee. Beyond access, UWB enables child-presence detection, in-cabin positioning, V2X communication, and precision parking assistance.

Key Use Cases We Deliver

Logistics & Warehousing

UWB replaces zone-level tracking with exact pallet coordinates. Forklift operators see real-time position on their terminals. Dock-door events are logged automatically. Route optimization algorithms work with precise position data instead of approximations, delivering measurable improvements in pick accuracy and throughput.

Key Use Cases We Deliver

Smart Buildings & Secure Access

UWB replaces keycards and fobs with phone-based access that knows your exact position, not just that you're "near the door." Occupancy data drives intelligent HVAC, lighting, and desk booking. Meeting room analytics reveal true utilization. And every access event is logged with centimeter-level spatial context.

Key Use Cases We Deliver

Retail & Smart Spaces

UWB unlocks hyper-precise indoor navigation that guides shoppers to the exact shelf, not just the right aisle. Customer journey analytics show true dwell time and movement patterns. Interactive museum exhibits trigger based on exact visitor position. Sports venues deliver seat-level experiences.

Key Use Cases We Deliver

Beyond Indoor Positioning: The Full Spectrum of UWB Capabilities

Most companies discover UWB through asset tracking. But the technology's true potential extends far beyond knowing where things are, into understanding how spaces behave, how people interact with environments, and how machines make autonomous decisions.

UWB Radar Sensing - No Cameras Required

UWB radar goes beyond ranging to detect presence, motion, gestures, breathing patterns, and even heart rate without cameras or wearables. This enables privacy-preserving monitoring for eldercare, smart homes, and clinical environments where visual surveillance is inappropriate or impractical.

Eldercare Fall Detection

Vital Sign Monitoring

Gesture Control

Occupancy Sensing

Secure Ranging & Digital Identity

UWB's Time-of-Flight ranging is the only commercial wireless technology that is inherently immune to relay attacks. This makes it the foundation for next-generation secure access, including digital car keys, building access, hotel room entry, payment authentication, and device-to-device trust verification.

Digital Car Keys

Contactless Payments

Smart Lock Access

Device Handoff

Autonomous Navigation & Robotics

AGVs, AMRs, and drones depend on spatial precision for autonomous operation. UWB provides the real-time, centimeter-accurate position feedback that enables safe path planning, dynamic obstacle avoidance, precision landing, and multi-robot coordination indoors where GPS is unavailable.

AGV Navigation

Drone Landing

Multi-Robot Coordination

Path Planning

Spatial Analytics & Digital Twins

When every asset, person, and vehicle reports its exact 3D position in real time, you can build a living digital twin of your facility. Replay historical movement patterns. Simulate layout changes before moving a single shelf. Predict bottlenecks before they happen. UWB data transforms operations from reactive to predictive.

Facility Digital Twin

Heatmap Analytics

Flow Optimization

Predictive Ops

Extended Use Cases We're Building Today

These applications go well beyond traditional indoor positioning, each leveraging UWB's unique combination of precision, speed, and security.

Sports & Athlete Performance

Real-time player tracking at 100Hz for tactical analysis, sprint speed measurement, formation detection, and fan-facing live data overlays during broadcasts.

Mining & Underground Safety

Worker tracking in GPS-denied underground environments for emergency evacuation, exclusion zone enforcement, and ventilation-on-demand triggered by actual worker positions.

Airport & Aviation Ground Ops

Track ground support equipment, baggage tugs, and fueling vehicles on the apron with precision that prevents runway incursions and accelerates turnaround times.

Cleanroom & Lab Compliance

Track personnel, samples, and equipment in semiconductor fabs, pharmaceutical cleanrooms, and BSL labs enforcing protocol compliance with spatial proof.

Precision Agriculture & Greenhouse

Track autonomous sprayers, robotic harvesters, and workers in large greenhouse operations where GPS signal is blocked by glass and metal structures.

AR/VR Spatial Computing

UWB provides the spatial anchor that AR/VR headsets need for precise, drift-free indoor positioning enabling persistent virtual objects, multi-user shared experiences, and spatial audio.

We Don't Hand You a Slide Deck. We Build the Whole System.

Most RTLS vendors stop at the tag. We go from chipset selection and anchor placement all the way through location engines, cloud analytics, mobile apps, and ERP integration because an anchor without a platform is just a radio waiting to be useful.

Layer 1

Device Layer

Layer 2

Edge / Infrastructure

Layer 3

Cloud Platform

Layer 4

Application Layer

How We Take You From Zero to Deployed

No Guesswork. No Bloated Timelines. Just Working UWB, Fast.

01

Discovery & Site Assessment

We start with your business problem. Stakeholder interviews, site surveys, multipath analysis, anchor placement modeling, and a feasibility report before a single line of code.

02

Hardware & Firmware PoC

Chipset selection (DW3000 / Trimension), anchor-tag ranging validation, antenna optimization, and accuracy benchmarking. You get a working prototype in your actual environment, not a lab demo.

03

Cloud & Application Build

AWS IoT Core, real-time location engine, dashboards, mobile apps, geofencing, alerts, ERP hooks, and API-first architecture. Everything production-hardened from day one.

04

Pilot Deployment

Controlled rollout in a single zone. We instrument everything, including anchor coverage, positioning accuracy, update rate, latency, tag battery draw, and iterate until KPIs are met.

05

Scale & Optimize

Full-facility rollout with automated anchor calibration, OTA firmware updates, monitoring, and continuous optimization. Your operations team gets trained and handed the keys.

06

Managed Support & Evolution

Post-launch SLA-backed support. Firmware patches, security updates, new feature sprints, chipset migration planning, and technology evolution as UWB standards advance.

What's Coming Next and Why It Matters for Your 2026–2028 Roadmap

The UWB ecosystem is accelerating. We architect every system with an upgrade path to these near-horizon capabilities, so your investment compounds instead of depreciating.

2025–2026

Sub-$3 UWB Tags & Miniaturized SoCs

Next-gen integrated SoCs from Qorvo and NXP are shrinking UWB to wearable and badge form factors while driving tag costs below the $3 threshold making large-scale deployments economically viable.

2025–2027

UWB + BLE + Wi-Fi Tri-Radio Chipsets

Single-silicon tri-radio chips combine UWB precision with BLE efficiency and Wi-Fi data throughput enabling adaptive multi-protocol systems that choose the right radio for each task automatically.

2026–2028

UWB Radar Sensing Beyond Ranging

UWB radar capabilities enable presence detection, gesture recognition, vital sign monitoring, and fall detection without cameras, delivering privacy-preserving sensing for healthcare, eldercare, and smart homes.

2026–2028

Autonomous Vehicle & Drone Integration

UWB-enabled V2X communication and drone landing precision are becoming critical for autonomous logistics from warehouse drone inventory to last-mile delivery coordination.

Technology Comparison

UWB vs. Other Wireless Protocols

Choosing the right protocol or the right hybrid is the first architectural decision that determines project success.

Parameter	UWB	BLE	Wi-Fi	RFID (Passive)	LoRaWAN	Zigbee
Indoor Accuracy	Pin-Point (10–30cm)	1–3m	3–5m	Zone-level	Not suited	Zone-level
Range	10–50m (200m LOS)	100–200m	50–100m	1–10m	2–15km	10–100m
Update Rate	100 Hz	1–10 Hz	1 Hz	On scan	Minutes	1–10 Hz
Security (Ranging)	ToF + STS (Secure)	RSSI (Spoofable)	RSSI (Spoofable)	None	None	Basic
Power Draw	Moderate	Ultra-Low	High	None (passive)	Very Low	Low
Tag Cost	$5–20	$1–5	$5–15	$0.05–1	$5–15	$3–8
Best For	Precision RTLS & secure ranging	Continuous IoT tracking	High-throughput data	Checkpoint scanning	Outdoor LPWAN	Mesh automation

* Many production deployments combine UWB with BLE for cost-optimized hybrid architectures. We help you architect the right multi-protocol stack.

The Questions Smart Buyers Ask First

We've heard these in every discovery call, boardroom, and RFP review. Clear answers here mean fewer surprises later and that's exactly how we like to operate.

How accurate is UWB for indoor positioning?

UWB delivers pin-point accuracy, typically 10 to 30 centimeters in real-world deployments, depending on anchor density and environment. This is an order of magnitude better than BLE (1–3m) or Wi-Fi (3–5m). In controlled environments with dense anchor grids, accuracy can reach single-digit centimeters.

Is UWB secure enough for digital keys and access control?

UWB is the most secure ranging technology available. Its Time-of-Flight measurement is physics-based and inherently resistant to relay attacks, the critical vulnerability in BLE and NFC access systems. IEEE 802.15.4z adds Scrambled Timestamp Sequences (STS) for cryptographic security. This is why BMW, Apple, Samsung, and the CCC consortium chose UWB for automotive digital keys.

UWB vs. BLE, when should I choose which?

Choose UWB when pin-point 3D accuracy, secure ranging, or real-time safety enforcement is the core requirement, including collision avoidance, surgical instrument tracking, digital keys. Choose BLE when cost-per-tag, battery life, and zone-level tracking are more important. Many enterprise deployments use UWB + BLE hybrid architectures with UWB for precision zones, BLE for broad coverage.

What is the range of UWB, and can it cover a large facility?

Standard UWB ranges 10–50 meters indoors, with up to 200 meters in line-of-sight. For large facilities, we deploy overlapping grids of anchors, each covering a zone with the cloud platform seamlessly stitching location data across the entire site. This modular architecture scales from a single room to multi-building campuses.

Can UWB work alongside our existing BLE or Wi-Fi infrastructure?

Absolutely. UWB operates on a completely different frequency band (3.1–10.6 GHz) and causes zero interference with BLE (2.4 GHz) or Wi-Fi. Modern UWB+BLE combo chipsets use BLE for device discovery, configuration, and management while UWB handles the precision ranging, combining the best of both protocols in a single deployment.

Your Next Precision IoT Breakthrough
Is One Conversation Away.

Whether you're deploying precision RTLS, building secure digital keys, enabling collision avoidance on the factory floor, or modernizing access control, one conversation with our UWB architects will give you a concrete architecture, realistic timeline, and honest cost picture. No fluff. No obligation.