Fusion Mesh Sensing

Turning Everyday Wi-Fi and IoT Infrastructure into Trusted, Intelligent Services

A System-Level Approach
to Sensing Intelligence

nami Fusion Mesh Sensing goes beyond isolated sensors or single-modality analytics. It is a principled, system-level sensing architecture designed to operate reliably in real homes, real buildings, and real lives.

By combining Wi-Fi mesh sensing, Thread-based IoT signalsintelligent fusion, and privacy-first AI, nami transforms everyday infrastructure into trusted, scalable services — without intrusive sensors, cameras, or complex deployments.

How the System
Comes Together

Wi-Fi Mesh Sensing

Provides continuous, non-intrusive, whole-home spatial awareness.

Ambient Sensors Signals

Add deterministic, low-power, secure, and location-specific context through ambient sensors— often battery-powered —connected via a resilient Thread mesh.

Fusion Intelligence

Combines multiple nodes and sensing modalities to dramatically increase confidence and reduce false positives.

AI Trained on Real-World Data

Learns human behavior patterns, routines, and meaningful deviations over time — not just isolated events.

Human Expertise in the Loop

Validates behaviors, interprets edge cases, and ensures long-term trust, safety, and regulatory alignment.

IoT Sensing with
Targeted Data Points

Precision Inputs for High-Definition Logic

Wi-Fi sensing provides a continuous spatial field. IoT sensors provide focused, high-certainty anchors.

nami integrates classical IoT sensors — increasingly over Thread — to ground Wi-Fi intelligence with deterministic signals.

Why Thread Matters Here

Thread enables:

  • Low-power (multi-year battery life), always-on sensing
  • Secure, self-healing mesh connectivity
  • Deterministic behavior for safety-critical signals
  • Seamless scaling across apartments, large homes or commercial buildings
App Widgets

Key Modalities

Entry / Exit Confirmation

Door & window contact sensors provide a binary “zero-point” confirms when a physical threshold has truly been crossed

Point of interest

Location Awareness & Points of Interest (POI)

PIR sensors placed in strategic POIs (bathroom, kitchen, bedroom) gives geographic certainty to AI interpretations

Ambient & Property Health Sensing

Temperature, humidity, water-leak detection builds a continuous “property health” profile alongside human activity

Panic alarm

Specialized Listeners & Wearables

AI audio listeners for critical acoustic events (distress, smoke alarms, breakage) and wearables for high-stakes individual data (panic button, fall detection, accelerometer, pedometer)

The AI Synthesis Layer

Intelligence Fusion Sensing

Individual sensors can tell you what happened.
Fusion Mesh Sensing tells you why it matters.

By layering Wi-Fi-based human detection with Thread-connected ambient sensors signals, nami’s Fusion Engine delivers contextual intelligence, not noisy alerts.

Stage 1

Temporal & Spatial Alignment

Synchronizing Continuous and Discrete Worlds

Wi-Fi sensing is continuous and high-frequency while ambient sensing events are discrete, sparse, and burst-based.

nami aligns these timelines into unified context windows.

Example

If an AI audio listener detects a sound associated with a fall, the system immediately retrieves:

  • Wi-Fi motion and presence data
  • Location context
  • Activity history before and after the event

This transforms a single signal into a verified situation.

Stage 2

Feature-Level Correlation

Learning Relationships Between Modalities

Using information-theoretic correlation, nami identifies recurring patterns between sensing layers.

Example

  • Wi-Fi detects human motion
  • AI cross-references nearest PIR Point of Interest or door contact
  • Over time, the system learns environment-specific correlations
This dramatically reduces false positives and improves confidence.

Stage 3

Decision-Level Fusion

From Signals to Human States

Rather than reporting raw sensor events, nami applies:

  • Machine learning
  • Probabilistic inference

To determine the state of the individual or the home. Examples

  • “Motion Detected” → Resident is Sleeping
  • “Door Open” → Unauthorized Entry Confirmed

These high-level abstractions power real services — not dashboards.

Intelligence with a Purpose

Driving Business Value Through AI & Data Science

Fusion Mesh Sensing is designed to create actionable outcomes, not data exhaust.

Property Awareness

The Intelligent Security System

  • High-confidence intrusion confirmation
  • Filters out non-human activity (pets, robots, appliances), especially when correlated with visual sensors (photo sensors, cameras)
  • Enables proactive, precise security workflows

Independent Living Monitoring

A Non-Intrusive Digital Twin of Daily Life

  • Rest tracking
  • Location-aware activity in key Points of Interest
  • Detection of subtle deviations in routines: eating habits, hygiene patterns, sleep quality, physical & cognitive anomalies

All without cameras or wearables.

Aging at Home Safely

Fusion for High-Stakes Care Scenarios

  • Synchronizes Wi-Fi motion & presence, Thread-based IoT, AI audio listeners and wearables
  • Confirms location and movement during suspected incidents
  • Provides a safety net for seniors and peace of mind for families

Peace of Mind Services

Embedded Intelligence for ISPs & Ecosystems

  • Leverages existing Wi-Fi + IoT infrastructure
  • Transforms gateways and routers into intelligent service platforms
  • Enables premium “Peace of Mind” services leading to higher ARPU, stronger customer loyalty and differentiated offerings

Fusion Mesh Sensing turns fragmented signals into trusted intelligence — across homes and small commercial spaces, with privacy by design.

PIR Motion Sensor Angled View
PIR Motion Sensor Front View

PIR Motion Sensor

Thread

General

Dimensions (H x W x D)65.0 × 44.0 × 44.0 mm (2.55 × 1.73 × 1.73 in)
Power RequirementsBattery powered 3VDC, 1 × CR2477
Battery LifetimeUp to 2 years
MaterialPC
LED1 × White Status LED
Button1 × Reset Button
Detection Range6m at 110° field of view

Network

ProtocolIEEE 802.15.4
Wireless TypeThread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +50°C (14°F ~ 122°F) | 0% ~ 90% R.H.
CertificationsFCC, CE, MIC, UL4200A, ROHS
Safety FeaturesIP20 Dust Protection
Bluetooth and Thread Logo
Keypad Angle View

Keypad

Thread

General

Dimensions (H x W x D)62.0 × 98.0 × 21.8 mm (2.44  × 3.86 × 0.86 in)
Power RequirementsBattery powered, 3× AAA
Battery LifetimeUp to 2 years
MaterialPC
LED1 × White Power Button LED
ButtonsMode, Numeric 0-9, Clear & SOS

Network

ProtocolIEEE 802.15.4
Wireless TypeThread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +50°C (14°F ~ 122°F) | 0% ~ 90% R.H.
CertificationsFCC, CE, MIC, ROHS
Safety FeaturesIP20 Dust Protection
Bluetooth and Thread Logo
Door Sensor Angle View
Door Sensor Front View

Door Sensor

Thread

General

Dimensions (H x W x D)Sensor: 50.5 × 32.0 × 21.9 mm (1.99 × 1.26 × 0.86 in)
Magnet: 27.0 × 12.0 × 12.4 mm (1.06 × 0.47 × 0.49 in)
Power RequirementsBattery powered 3VDC, 1× CR2477
Battery LifetimeUp to 4 years
MaterialPC
LED1 x White Power Button LED
Button1 x Reset Button
Max Gap Between Sensor & Magnet20mm

Network

ProtocolIEEE 802.15.4
Wireless TypeThread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +50°C (14°F ~ 122°F) | 0% ~ 90% R.H.
CertificationsFCC, CE, MIC, UL4200A, ROHS
Safety FeaturesIP20 Dust Protection
Bluetooth and Thread Logo
Angle view of SensePlug Type A with Cyan LED
Front view of SensePlug Type A with Cyan LED

SensePlug (Type A)

Wi-Fi + Thread

General

Dimensions (H x W x D)74.7 × 36.1 × 48.8 mm (2.94 × 1.42 × 1.92 in)
Power RequirementsAC 100V~ | 50/60Hz
Maximum Load15A, 1500W | General use, Resistive load
MaterialPC
LED1 × RGB Status LED, 1 x White Power Button LED
Button1 × Power Button

Network

Protocol IEEE 802.11b/g/n, IEEE 802.15.4
Wireless Type Wi-Fi 2.4Ghz, Thread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +40°C (14°F ~ 104°F) | 0% ~ 90% R.H.
CertificationsPSE, MIC, ROHS
Safety FeaturesIP20 Dust Protection
Class I IEC Electrical Appliance Protection
Wi-Fi, Bluetooth and Thread Logo
Angle view of SensePlug Type B with Cyan LED
Front view of SensePlug Type B with Cyan LED

SensePlug (Type B)

Wi-Fi + Thread

General

Dimensions (H x W x D)2.94 × 1.42 × 1.92 in (74.7 × 36.1 × 48.8 mm)
Power RequirementsAC 120-230V~ | 50/60Hz
Maximum Load15A, 1800W | General use, Resistive load
MaterialPC
LED1 × RGB Status LED, 1 × White Power Button LED
Button1 x Power Button

Network

Protocol IEEE 802.11b/g/n, IEEE 802.15.4
Wireless Type Wi-Fi 2.4Ghz, Thread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment 14°F ~ 104°F (-10°C ~ +40°C) | 0% ~ 90% R.H.
CertificationsETL, FCC, ROHS
Safety FeaturesIP20 Dust Protection
Class I IEC Electrical Appliance Protection
Wi-Fi, Bluetooth and Thread Logo
Angle view of SensePlug Type E with Cyan LED
Front view of SensePlug Type E with Cyan LED

SensePlug (Type E)

Wi-Fi + Thread

General

Dimensions (H x W x D)77.2 × 57.2 × 74.7 mm (3.04 × 2.25 × 2.94 in)
Power RequirementsAC 230V~ | 50/60Hz
Maximum Load16A, 3680W | General use, Resistive load
MaterialPC
LED1 × RGB Status LED, 1 × White Power Button LED
Button1 × Power Button

Network

Protocol IEEE 802.11b/g/n, IEEE 802.15.4
Wireless Type Wi-Fi 2.4Ghz, Thread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +40°C (14°F ~ 104°F) | 0% ~ 90% R.H.
CertificationsCE, ROHS
Safety FeaturesIP20 Dust Protection
Class I IEC Electrical Appliance Protection
Wi-Fi, Bluetooth and Thread Logo
Angle view of SensePlug Type F with Cyan LED
Front view of SensePlug Type F with Cyan LED

SensePlug (Type F)

Wi-Fi + Thread

General

Dimensions (H x W x D)77.2 × 57.2 × 74.7 mm (3.04 × 2.25 × 2.94 in)
Power RequirementsAC 230V~ | 50/60Hz
Maximum Load16A, 3680W | General use, Resistive load
MaterialPC
LED1 × RGB Status LED, 1 × White Power Button LED
Button1 × Power Button

Network

Protocol IEEE 802.11b/g/n, IEEE 802.15.4
Wireless Type Wi-Fi 2.4Ghz, Thread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +40°C (14°F ~ 104°F) | 0% ~ 90% R.H.
CertificationsCE, ROHS
Safety FeaturesIP20 Dust Protection
Class I IEC Electrical Appliance Protection
Wi-Fi, Bluetooth and Thread Logo
Angle view of SensePlug Type G with Cyan LED
Front view of SensePlug Type G with Cyan LED

SensePlug (Type G)

Wi-Fi + Thread

General

Dimensions (H x W x D)70.0 × 55.0 × 60.2 mm (2.76 × 2.17 × 2.37 in)
Power RequirementsAC 230V~ | 50/60Hz
Maximum Load13A, 2990W | General use, Resistive load
MaterialPC
LED1 × RGB Status LED, 1 × White Power Button LED
Button1 × Power Button

Network

Protocol IEEE 802.11b/g/n, IEEE 802.15.4
Wireless Type Wi-Fi 2.4Ghz, Thread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +45°C (14°F ~ 113°F) | 0% ~ 90% R.H.
CertificationsCE, UKCA, ROHS
Safety FeaturesIP20 Dust Protection
Class I IEC Electrical Appliance Protection
Wi-Fi, Bluetooth and Thread Logo
Alarm Pod with Cyan LED

Alarm Pod

Wi-Fi + Thread

General

Dimensions (H x W x D)95.0 × 95.0 × 35.0 mm (3.74 × 3.74 × 1.38 in)
Power RequirementsDC 5V | Max 1A
Backup Battery LifetimeUp to 3 hours
Alarm Rating98 dB
MaterialPC
LED1 × RGB Status LED
Button1 × Reset Button

Network

Protocol IEEE 802.11b/g/n, IEEE 802.15.4
Wireless Type Wi-Fi 2.4Ghz, Thread, Bluetooth 5 (For onboarding)

Operating Conditions

Work Environment-10°C ~ +45°C (14°F ~ 113°F) | 0% ~ 90% R.H.
CertificationsCE, FCC, MIC, ROHS
Wi-Fi, Bluetooth and Thread Logo