Radar Presence & Motion Devices
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Knowledge & Trust Center
Technical documentation, compliance certifications and engineering knowledge supporting global deployment and system integration.
Downloads
Certifications
- CE / RED / RoHS Compliance
- FCC (North America)
- ISO 9001 Quality Management
- IEC Industrial Safety Standards
Core Perception Architectures
Foundational non-visual perception architectures designed to understand people, spaces, and environments — engineered for reliability, scale, and long-term system integration.
Solution Domains
Domain-focused solution frameworks built on core perception architectures — addressing fundamental challenges across human, spatial, and operational environments.
- Built Environments
- Safety-Critical Infrastructure
- Autonomous Spaces
- Industrial Operations
Core Perception Architectures
Explore all architectures →Foundational non-visual perception architectures designed to understand people, spaces, and environments — engineered for reliability, scale, and long-term system integration.
Systems & Devices
Architecture-aligned sensing systems designed for reliable long-term deployment. Each system family represents a physical implementation layer within a broader perception architecture — enabling non-visual awareness, spatial intelligence and infrastructure-grade sensing across diverse environments.
Beyond Vision.
An Architecture for Spatial Intelligence.
High-fidelity millimeter-wave sensing engineered for environments where optical systems fail. Enables continuous presence, motion, and spatial awareness — operating independently of light and designed with privacy by design.
Built Environments · Safety-Critical Systems · Autonomous Spaces · Industrial Safety
Perception Architecture, Engineered End-to-End
We design non-visual sensing architectures that transform physical space into reliable, privacy-preserving intelligence — from signal capture to system-level deployment.
Non-Visual by Principle
Our perception systems operate entirely without cameras or optical imaging. Millimeter-wave sensing enables continuous spatial awareness regardless of lighting, visibility, or environmental conditions.
Technology FoundationPrivacy by Architecture
Human presence is interpreted as motion, position, and intent — never identity. Our architecture is inherently compliant with privacy-by-design principles and global regulatory frameworks.
Compliance & TrustEngineered for Certainty
Designed for safety-critical and infrastructure-grade environments, our systems deliver deterministic performance under real-world conditions — not laboratory assumptions.
Reliability & SafetyBuilt for Integration
Modular hardware, standardized interfaces, and system-level support allow seamless integration into existing platforms, control systems, and solution ecosystems.
System Integrators
Millimeter-Wave Presence & Vital Sign Modules
for OEM Devices
Pre-configured mmWave radar modules for non-visual presence and vital-sign sensing. Designed for seamless OEM integration — no camera, no complex algorithm development.
What We Supply
We provide pre-configured millimeter-wave radar modules for OEM devices. All modules are optimized for embedded integration, stable mass supply, and long-term availability.
Why OEMs Choose Us
OEM partners work with us not for experimentation, but for predictable integration, stable supply, and engineering decisions that remain valid across full product lifecycles.
Stable Hardware, Controlled Variability
Radar platforms are fixed early to ensure BOM stability, long-term sourcing, and repeatable system behavior. Algorithm parameters evolve over time — hardware does not.
OEM-Oriented Integration Logic
Modules are designed for embedded products, not demonstrations. Deterministic outputs, clear electrical interfaces, and documented behavior reduce integration risk for firmware and control teams.
No Black-Box AI Dependency
Detection logic is based on signal characteristics and deterministic state modeling. No cloud dependency, no opaque neural inference, and no uncontrolled model drift in deployed systems.
Privacy by Physical Principle
Human presence is represented as motion and state — not identity. Compliance is achieved through physical sensing constraints, rather than software masking or post-processing.
Supply Chain Reality Awareness
Architectures are designed with component availability, lead time, and continuity in mind. We avoid fragile dependencies and short-lifecycle components.
Engineering Communication, Not Sales Scripts
OEM partners engage directly with engineering logic. Decisions are documented, constraints are explicit, and trade-offs are stated upfront — without marketing abstraction.
Integration & OEM Engagement Model
Our collaboration model is designed to minimize integration risk, maintain cost predictability, and support long-term OEM product lifecycles. Each phase is clearly separated to avoid uncertainty during evaluation and volume deployment.
STEP 01 · Requirement Alignment
OEM product teams define the target use case, operating environment, and system-level expectations. Feasibility is assessed using existing module platforms without committing to hardware modification.
- Target environment and deployment constraints
- Expected sensing behaviors and system interfaces
- No experimental or custom hardware at this stage
STEP 02 · Sample & Evaluation Phase
Evaluation samples are provided for functional validation and system-level testing. Complete documentation and interface definitions support firmware, control, and integration workflows.
- Functional and performance validation
- System-level compatibility testing
- Clear separation from volume supply commitments
STEP 03 · OEM Parameter Tuning
Detection parameters are adjusted to match the target environment and behavioral requirements. Hardware design remains unchanged to preserve supply continuity and prior qualification results.
- Environment-specific detection tuning
- No hardware revisions during tuning phase
- Deterministic sensing behavior maintained
STEP 04 · Volume Supply & Lifecycle Support
After validation, modules enter volume supply with controlled revisions and defined lifecycle expectations. Engineering support focuses on consistency, stability, and long-term availability.
- Controlled hardware and firmware revisions
- Defined lifecycle and availability commitments
- No feature-driven changes during production phase
Target Applications
OEM Application Scope →Our modules are designed for OEM products that require reliable presence or vital-sign sensing as a system function — not as an experimental feature.
Embedded presence detection for lighting, HVAC, and building automation
products where false triggers and environmental sensitivity must be minimized.
Ceiling / Wall Controllers · Deterministic Occupancy · Long Lifecycle Products
Non-contact respiration and micro-motion sensing for wellness and elderly-care
environments, without optical monitoring or identity recognition.
Bedside Devices · Living Spaces · Privacy-Sensitive Operation
Presence and motion-state sensing for safety and anomaly detection
in privacy-sensitive living environments.
Fall-Risk Context · Continuous Operation · Care Platform Integration
Presence or motion-state awareness integrated into industrial control
equipment where optical sensing is unreliable.
Harsh Environments · Unattended Operation · Stability First
Reserved for future OEM application domains aligned with long-lifecycle, system-responsible perception architectures.
Our modules are not designed for rapid prototyping platforms, short-lifecycle consumer gadgets, camera-based AI systems, or applications requiring identity recognition. OEMs seeking frequent hardware iteration or cloud-dependent perception logic may not find a suitable fit.
Solution Domains
Explore all Domains →Domain-focused solution frameworks built on core perception architectures — addressing fundamental challenges across human, spatial, and operational environments.
Enabling intelligent awareness of occupancy, movement, and environmental
conditions within buildings to support adaptive operation and long-term efficiency.
Occupancy · Space Utilization · Environmental Awareness
Perception-driven monitoring for infrastructure where reliability,
continuity, and operational safety are essential under demanding conditions.
Infrastructure · Robust Sensing · System Reliability
Providing spatial intelligence that enables autonomous systems to perceive,
interpret, and respond to dynamic human and environmental presence.
Spatial Awareness · Autonomous Operation · Interaction Safety
Supporting perception-driven visibility across industrial environments
to enhance operational continuity, monitoring, and system-level optimization.
Industrial Spaces · Environmental Monitoring · Operational Insight
Framework placeholder reserved for future domain expansion within the perception architecture ecosystem.
Trust & Engineering Foundations
Our perception architectures are built on rigorous engineering principles, regulatory awareness, and long-term system responsibility.
Privacy-by-Design Architecture
Non-visual sensing principles embedded at the architectural level, ensuring that personal identity data is never captured, processed, or reconstructed throughout the system lifecycle.
Non-Visual Compliance Logic
Perception systems designed to align with global privacy frameworks by eliminating optical dependency and enabling compliance through physical sensing constraints rather than software masking.
Engineering Methodology
Architecture-first development process grounded in validation, repeatability, and system-level integration, supporting predictable behavior across diverse deployment environments.
Long-Term System Stability
Designed for continuous operation and lifecycle longevity, with stable perception performance, controlled system evolution, and compatibility with long-term infrastructure planning.
Reference Scenarios
Representative deployment contexts illustrating how perception architectures are applied to solve spatial, safety, and operational challenges.
Large-Scale Industrial Perimeter Monitoring
Distributed non-visual sensing deployed across extended outdoor boundaries, enabling continuous presence detection and intrusion awareness under all-weather and low-visibility conditions.
Explore scenario
Privacy-First Elderly Care Environments
Human-centric perception systems integrated into living spaces to monitor presence, movement, and abnormal events while preserving dignity and eliminating optical identification.
Explore scenario
Occupancy-Driven Energy Optimization in Smart Facilities
Spatial utilization and occupancy intelligence applied to lighting, HVAC, and resource control, enabling adaptive operation based on real-time human presence.
Explore scenarioEngineering Documentation Request
This form is intended for OEMs, system integrators, and engineering teams evaluating AZJ Smart radar modules for product development or system integration. Access to detailed engineering documentation is provided upon request.
Engineering Support & OEM Resources
AZJ Smart provides structured engineering support for OEMs and system integrators developing non-visual sensing products based on millimeter-wave radar technology. Access to documentation, tools, and compliance materials is managed to ensure reliable design-in and long-term supply continuity.
Downloads
Request access to engineering documentation including datasheets, mechanical drawings, firmware protocols, and application notes.
View DownloadsOEM Support
Understand our OEM engagement model, design-in support scope, and engineering collaboration process.
OEM Support OverviewCertification & Compliance
Regulatory notes, RF compliance references, and market certification guidance for radar-based products.
Compliance InformationTools & Utilities
Selection guides, interface references, and utilities supporting system integration and evaluation.
Engineering ToolsSupported Radar Modules
- 60 GHz Presence & Vital Sign Radar Module
- 77 GHz Motion & Zone Radar Module
Typical Integration Scenarios
- Smart home & building automation systems
- Lighting control & occupancy-based energy management
- Security, access control, and non-visual monitoring
- Healthcare & assisted living devices
What We Support
- Module-level electrical & mechanical integration
- Interface protocols (UART / SPI / GPIO)
- Reference application guidance
- Pre-certification technical notes
What We Do Not Provide
- Custom algorithm development
- End-product certification services
- System-level software stacks
OEM Engineering Support
AZJ Smart provides structured OEM support for companies integrating millimeter-wave radar modules into commercial products. Our support model is designed for long-term cooperation, predictable product lifecycle management, and controlled engineering access.
Who This Support Is For
- Original Equipment Manufacturers (OEMs)
- System Integrators developing branded products
- Lighting, building automation, and smart home manufacturers
- Healthcare, security, and industrial device manufacturers
- Companies planning product design-in or validation
- Projects targeting mass production or regional certification
- Engineering teams requiring module-level documentation
Engineering Support Scope
What We Support
- Radar module electrical & mechanical integration
- Interface definitions (UART / SPI / GPIO)
- Reference use conditions and installation guidance
- Application notes for typical system architectures
- Product lifecycle and availability information
What We Do Not Provide
- Custom algorithm or signal processing development
- End-product system software or cloud services
- On-site engineering services
- Turnkey certification handling
OEM Engagement Process
- 1. Initial project and company information submission
- 2. Engineering relevance and application review
- 3. Controlled access to technical documentation
- 4. Design-in and validation support (as applicable)
- 5. Production planning and lifecycle alignment
This process ensures that engineering resources are allocated efficiently and that product usage aligns with intended application and regulatory constraints.
Engineering Downloads
This page provides an overview of engineering documentation available for AZJ Smart modules and systems. All technical files are released through controlled access following project qualification.
Documentation Structure
Millimeter-Wave Radar Modules
- Hardware Datasheets PDF
- Electrical Specifications & Pin Definitions
- Mechanical Drawings (Outline / Land Pattern)
- Reference Schematics
- Integration & Installation Notes
System & Application Documentation
- System Architecture References
- Application Notes (Lighting / Security / Healthcare)
- Typical Use Conditions & Constraints
- Deployment Guidelines
Certification & Compliance
- Regulatory Overview (CE / FCC / SRRC)
- Module-Level Compliance Statements
- Integration Responsibility Clarification
Product Lifecycle Information
- Product Status & Availability
- Revision History
- PCN / EOL Notices (if applicable)
Request Engineering Documentation
Please provide the information below to request access to AZJ Smart engineering documentation. All requests are reviewed by our technical team prior to approval.
Request Submitted
Your engineering documentation request has been successfully received.
Thank you for your interest in AZJ Smart products. The information you submitted has been forwarded to our technical team for engineering review.
What happens next
- Your request will be reviewed by AZJ Smart engineering staff
- Additional information or NDA confirmation may be required
- Approved documentation will be provided via controlled access
- Not all requests are granted access to all materials
Review time may vary depending on application scope and project complexity. Please avoid submitting duplicate requests.
Contact
Please select the most relevant contact channel. Your request will be routed to the appropriate team.
Sales
For commercial inquiries related to pricing, availability, lead times, and purchasing conditions.
- Product availability
- Quotation requests
- Distributor or partner inquiries
Engineering
For technical discussions related to product integration, system architecture, and application feasibility.
- Design-in questions
- Interface and firmware behavior
- Application suitability
OEM Support
For OEM projects requiring customization, long-term supply planning, or lifecycle coordination.
- OEM cooperation
- Customization requests
- Project-based support
Compliance
For regulatory, certification, and compliance-related questions concerning AZJ Smart products.
- RF / EMC considerations
- Certification documentation
- Regulatory alignment
Compliance Contact
This channel is intended for regulatory, certification, and compliance-related communication only.
Sales Contact
For commercial inquiries, pricing discussion, and cooperation models.
Contact
Please select the appropriate contact channel to ensure efficient and accurate handling of your request.
Sales
Commercial inquiries, pricing discussions, distribution and cooperation models.
- Pricing & quotation
- Distribution partnership
- Commercial cooperation
Engineering
Technical evaluation, system integration, and product design-in support.
- System architecture questions
- Integration & interface discussion
- Design-in evaluation
OEM Support
OEM cooperation, long-term supply, and product lifecycle coordination.
- OEM project onboarding
- Customization discussion
- Lifecycle & roadmap alignment
Compliance
Regulatory, certification, and compliance-related communication.
- CE / RED / FCC inquiries
- Certification support
- Compliance documentation
Vital-sign & Human State Perception System
A non-visual perception system designed to continuously sense human presence, motion state, and vital physical signals such as respiration and micro-movement — without cameras, microphones, or personal identity data.
System Summary
The Vital-sign & Human State Perception System enables environments to understand human presence and physiological activity through millimeter-wave radar sensing.
Core Capabilities
Non-contact Vital Signal Detection
Radar-based respiration and micro-motion sensing.
Human Presence & State Awareness
Distinguishes absence, static and active states.
Fall & Abnormal Event Recognition
Identifies posture transitions.
Privacy-by-Architecture
No video or audio data collection.
Continuous Monitoring
24/7 stable operation.
System Integration Ready
Compatible with automation platforms.
System Variants
FallGuard 60G
In-room fall detection radar optimized for indoor safety monitoring.
TotalVital 60G
Integrated life-sign perception module combining presence and respiration.
ElderSafety 60G (Optional)
Hybrid perception module designed for long-term elder care environments.
Integrate Human-State Awareness
Explore how non-visual perception architecture enhances safety and automation.
Contact Integration TeamOccupancy-driven Energy Optimization System
A perception-driven control architecture that dynamically optimizes lighting, HVAC, and energy usage based on real-time occupancy, presence patterns, and environmental demand — without cameras or personal identity data.
System Summary
The Occupancy-driven Energy Optimization System enables buildings to intelligently adapt energy consumption based on how spaces are actually used. By combining non-visual occupancy perception with environmental sensing, the system eliminates waste caused by static schedules or manual control.
It is designed for smart buildings, commercial spaces, residential automation, and energy-efficient infrastructure where reliability, scalability, and privacy are essential.
Core Capabilities
Accurate Occupancy Detection
Radar-based detection of human presence, motion and space utilization without visual surveillance.
Zone-level Energy Intelligence
Differentiates occupied and unoccupied zones to enable localized energy control.
Adaptive Lighting & HVAC Control
Real-time control signals for lighting and climate systems based on actual usage.
Environmental Awareness
Integrated sensing of CO₂, air quality and thermal conditions to optimize comfort and efficiency.
Automation-ready Logic
Compatible with BMS, smart home gateways and automation platforms.
Privacy-by-Design Architecture
No cameras, no microphones, no personal data — only physical presence perception.
System Variants
OmniView 60G
Wide-area occupancy perception radar designed for full-room and open-space coverage.
MultiZone 60G
Zone-aware occupancy sensing module enabling granular energy optimization across spaces.
LumenLink 60G
Lighting-focused perception controller for presence-driven illumination systems.
VentSense CO₂
CO₂-based ventilation intelligence module supporting demand-controlled air circulation.
AirPure 5-in-1
Integrated indoor air quality sensor combining multiple environmental parameters in one unit.
Optimize Energy Through Occupancy Intelligence
Discover how perception-driven control can significantly reduce energy waste while improving comfort.
Contact Integration TeamIndustrial & Environmental Sensing System
Radar- and sensor-based solutions for industrial infrastructure and environmental monitoring. Designed for OEM integration and project-based deployment where robustness, accuracy, and long-term stability are required.
Available for OEM integration or customized project deployment. Not positioned as standard retail products.
Industrial-Grade Perception
High-frequency radar and precision sensors enable continuous monitoring of distance, displacement, level, and inclination in complex industrial and outdoor environments.
Infrastructure & Environmental Monitoring
Suitable for water management, structural safety, terrain monitoring, and industrial automation scenarios where optical solutions are unreliable due to dust, weather, or low visibility.
OEM & Project-Based Architecture
Modular sensing units designed for system integrators, solution providers, and industrial partners requiring long lifecycle support and scalable deployment.
System Modules & Sensors
Security & Perimeter Perception System
A non-visual security perception architecture designed for long-range perimeter protection, intrusion detection, and crowd movement intelligence — operating reliably without cameras or personal identity data.
System Summary
The Security & Perimeter Perception System provides continuous situational awareness using millimeter-wave radar sensing rather than traditional visual surveillance.
It enables precise detection, classification, and tracking of human and vehicle movement across wide and complex outdoor environments — even in darkness, fog, rain, or dust.
Core Capabilities
Long-range Intrusion Detection
Detects approaching targets across extended perimeters with meter-level positioning accuracy.
Human & Vehicle Classification
AI-enhanced radar perception distinguishes humans, vehicles, and environmental noise.
All-weather Operation
Reliable sensing in rain, fog, sand, darkness, and extreme outdoor conditions.
Trajectory & Flow Analysis
Tracks direction, speed, and movement patterns across open or linear spaces.
Radar–Video Fusion Ready
Supports integration with PTZ cameras for target verification and visual playback.
Low False Alarm Architecture
Adaptive interference suppression minimizes false alerts from vegetation or animals.
Application Scenarios
Border & Coastal Security
Long-distance intrusion detection for borders, coastlines, and restricted zones.
Energy & Pipeline Protection
Perimeter monitoring for oil, gas, power plants, and critical infrastructure.
Industrial & Logistics Sites
Wide-area surveillance for factories, ports, yards, and warehouses.
Public Space & Crowd Safety
Crowd density and movement analysis for large outdoor or semi-open venues.
System Variants
PeriShield 80G
Long-range perimeter guard radar system delivering kilometer-scale detection, precise positioning, and human/vehicle classification for border, coastal, and critical infrastructure protection.
RuggedSecure 60G
IP-rated all-weather security radar designed for harsh outdoor and unattended environments requiring continuous, low-maintenance monitoring.
TrackFlow 60G
Human trajectory and crowd density perception system enabling real-time movement flow analysis across wide or complex spaces.
Secure Perimeters Through Non-Visual Intelligence
Deploy radar-based perception systems that deliver reliable security intelligence without surveillance risks.
Contact Security Integration TeamPerception Systems
Our perception architecture is organized into system-level solutions — each system represents a deployable, non-visual sensing capability designed for specific environmental and operational contexts.
Core Commercial Systems
Occupancy-driven Energy Optimization System
Perception-driven automation system optimizing lighting, HVAC, and energy usage based on real-time occupancy awareness — without cameras or personal data.
Explore system →
Vital-sign & Human State Perception System
Non-contact millimeter-wave perception system sensing human presence, motion state, respiration and abnormal events — privacy preserved by architecture.
Explore system →Specialized & Frontier Systems
Industrial & Environmental Sensing System
Robust radar and sensor systems for industrial, infrastructure and environmental monitoring — available for OEM integration or project deployment.
Explore system →
Advanced Imaging & R&D Modules
Experimental imaging and high-frequency radar modules for research, demonstration and advanced system exploration
View capabilities →Core Systems
Vital-sign & Human State Perception System
- FallGuard 60G
- TotalVital 60G
- (Optional) ElderSafety
Occupancy-driven Energy Optimization System
- OmniView 60G
- MultiZone 60G
- LumenLink 60G
- EcoFlow 60G
- VentSense CO₂
- AirPure 5-in-1
Extended Capabilities
Available for OEM integration or project-based deployment.
Industrial & Environmental Sensing
- InduLevel 80G
- BulkScan 80G
- Structural Displacement Radar
- River Velocity Radar
- NanoRadar Water Level
- High-Precision Inclinometer
- Soil / Agri Sensors
Frontier / Imaging
Technology showcase only. Not a commercial sales entry.
Advanced Imaging & R&D Modules
- VisionRadar 4D (77GHz)
Integration & OEM Engagement Model
A structured collaboration model designed to minimize integration risk, maintain cost predictability, and support long-term OEM product lifecycles. Each phase is intentionally separated to avoid uncertainty during evaluation and volume deployment.