Sensing • Computing • Application Ecosystem

Edge AI Vision Applications for OEM, Security & Smart Living

IntelliGienic bridges high-precision optoelectronic sensing, radiometric LWIR thermal imaging, and localized neural computing—empowering engineering teams to move from proof-of-concept to scalable mass production with zero integration bottlenecks.

Request OEM / ODM Consultation

Unified Architecture Chain 3-Tier Stack

Optoelectronic & Thermal Sensing

LWIR Thermal Camera Modules (GTCM Series), RGB-Thermal Stereo Fusion, and up to 20 kHz / 15 km Laser Rangefinders.

Multi-Level Edge AI Computing

Scalable SoMs with custom carrier boards, compact SBCs, and industrial 24/7 IPCs engineered for low-latency neural inference.

Domain-Specific Deployment

Turnkey firmware, optical calibration, and mechanical housing co-development for OEM, Security, Smart Home, and Robotics.

0-Photon LWIR Thermal Clarity in Total Darkness & Glare

20 kHz / ±1 mm High-Frequency Laser Rangefinding Precision

100% On-Edge Local AI Inference for Strict Residential Privacy

OEM / ODM Joint Development from Optical Design to MP

Core Verticals

Four Pillars of Applied Intelligence

Hover or click each application domain below to expand how our integrated sensing and Edge AI platforms solve complex environmental and operational challenges.

01 / OEM & INDUSTRIAL

OEM Integration & Machine Vision

We move beyond contract manufacturing into joint technical development—aligning optical wavelengths, radiometric thermal modules, and custom SoM/SBC interfaces with your product architecture.

Custom Carrier Boards Radiometric Thermal (GTCM) Optical Calibration

02 / SMART SECURITY

Perimeter Defense & All-Weather Surveillance

Transform passive monitoring into active defense. Thermal-RGB fusion and long-range laser rangefinding defeat darkness, foliage, smoke, and solar glare for mission-critical estate and facility security.

Thermal-RGB Fusion 15 km Laser Rangefinding Autonomous Sentry

03 / SMART HOME

Privacy-First Autonomous Living

A unified home sensing ecosystem that thinks locally and acts proactively. Process video and thermal occupancy data entirely on-device without streaming sensitive family footage to the cloud.

Zero-Cloud Privacy Elderly Fall Detection Porch Piracy Defense

04 / ROBOTICS & MOBILITY

Autonomous Robotics & AMR Navigation

Bridge the robotics integration gap with synchronized thermal-RGB stereo pairs, high-frequency distance measurement, and ruggedized housings built for outdoor patrol and industrial AMRs.

Stereo Vision Baseline Obstacle Avoidance Motion Control

Solution Architecture Matrix

Explore Technical Specifications by Scenario

Discover our four core technology and application pillars below. Click "Explore Technical Specifications" on any horizontal showcase card to smoothly expand its visual scenario strip, hardware stack, and integration details.

01 / Smart Home & Edge Intelligence

Localized NPU Processing • Zero Cloud Risk Privacy-First Architecture

AI-Powered Smart Home with Edge Intelligence

A unified residential sensing ecosystem that thinks locally and acts proactively—processing entry biometrics, porch piracy defense, and ambient elder care 100% on-device with zero cloud privacy risks.

100% On-Edge Privacy Porch Piracy & Estate Sentry Anonymous Elder Fall Care Zero Cloud Latency

Anonymous Thermal Fall & Care Monitoring

Smart Entry Biometrics & Package Guard

Autonomous Estate Perimeter Deterrence

Target Scenarios Smart Residential Entry & Package Guard, Autonomous Estate Perimeter Sentry, and Non-Intrusive Bedroom/Bathroom Fall Detection.

Sensing & Perception Layer Dual-FOV HDR RGB + NIR Structured Light / ToF Proximity + Wide-FOV Uncooled Thermal Occupancy Sensors (GTCM Compact Series).

Edge AI Intelligence Ultra-low-power Edge AI SoC/SoM running local NPU models for facial authentication, loitering classification, and thermal silhouette posture recognition.

Connectivity & Privacy Wi-Fi / Matter / BLE / PoE+ with encrypted local storage—only anonymous metadata alerts leave the home network.

Inquire About Smart Home Architecture →

02 / Edge AI Computing Platforms

SoM • SBC • 24/7 Industrial IPC Scalable Neural Compute

Multi-Level Edge AI Platforms for Applications

Scalable, deterministic neural computing tiers—spanning customizable System-on-Modules (SoM), Single Board Computers (SBC), and ruggedized 24/7 Industrial PCs (IPC) matched to your SWaP-C and lifecycle goals.

SoM + Custom Carrier Rapid-Deployment SBC 24/7 Fanless Industrial IPC Scalable TOPS NPU

Tier 1: Compact SoM & Custom Carrier ODM

Tier 2: Ready-to-Deploy Edge AI SBC

Tier 3: Fanless 24/7 Industrial AI IPC

Level 1 — System-on-Module (SoM) Ideal for compact form factors, proprietary mechanical enclosures, and custom carrier boards requiring multi-lane MIPI-CSI or GMSL2 camera inputs.

Level 2 — Single Board Computer (SBC) Ready-to-deploy boards with standard industrial I/O (USB, GbE, PoE, UART, CAN-FD) engineered for rapid prototyping and fast time-to-market.

Level 3 — Industrial PC (IPC) Fanless, ruggedized edge systems validated for 24/7 continuous operation, wide thermal margins, and multi-stream AI video analytics in harsh environments.

Software & BSP Ecosystem Pre-integrated Linux / Ubuntu / ROS2 BSPs, hardware video codecs, and quantized neural network runtime optimization.

Inquire About Edge AI Platforms →

03 / AI Camera & Vision Systems

Stereo Vision • Sensor Fusion • Laser Ranging OEM Optical Customization

AI Camera and AI Vision Solutions

End-to-end optoelectronic vision subsystems combining custom-calibrated camera modules, synchronized stereo vision pairs, and high-frequency laser rangefinders for robotics, OEM inspection, and smart surveillance.

Custom Stereo Baseline RGB-Thermal Sensor Fusion 20 kHz / 15 km Laser Ranging OEM Optical Calibration

Custom-Baseline Stereo Vision for AMRs

20 kHz / 15 km Laser Rangefinder Integration

Automated Optical Inspection (AOI) Subsystems

Optical & Stereo Architecture High-sensitivity CMOS RGB modules, hardware frame-synchronized Thermal-RGB stereo pairs, and custom stereo baselines for depth perception.

Laser Rangefinding Integration High-frequency short-to-mid range modules (up to 20 kHz / ±1 mm accuracy) and long-range eye-safe Erbium glass pods (up to 15 km).

Target AI Vision Workloads Autonomous Mobile Robot (AMR) obstacle avoidance, UAV gimbal target tracking, automated optical inspection (AOI), and smart city traffic analytics.

OEM / ODM Customization Custom lens FOV selection, ISP tuning, interface conversion (MIPI-CSI / USB UVC / GMSL / RTSP), and weatherproof IP67 housings.

Inquire About AI Vision Solutions →

04 / LWIR Thermal & Night Vision

GTCM Series • Radiometric Thermography The Zero-Photon Advantage

Thermal Imaging and Night Vision Applications

Harness the Zero-Photon Advantage with uncooled LWIR thermal camera modules (GTCM Series) and radiometric thermography—delivering reliable visibility and temperature measurement in total darkness, smoke, fog, and solar glare.

Zero-Photon LWIR Clarity ±2°C / ±2% Radiometric CVBS & USB 2.0 OTG GTCM100 / GTCM300 Series

All-Weather Night Vision & Glare Immunity

±2°C Radiometric Industrial Thermography

Plug-and-Play CVBS & USB 2.0 OTG Modules

GTCM Thermal Module Lineup GTCM100 Series (160×120) & GTCM300 Series (384×288) uncooled VOx microbolometers with 50 Hz frame rate and high thermal sensitivity (NETD under 50 mK).

Radiometric Temperature Measurement Quantitative pixel-level thermography (±2°C or ±2% accuracy) for electrical substation monitoring, industrial predictive maintenance, and early fire detection.

All-Weather Night Vision Advantage Operates passively without illumination—defeating oncoming vehicle glare, dense foliage camouflage, maritime haze, and pitch-black perimeters.

Plug-and-Play System Interfaces CVBS analog output for minimal host overhead, UVC-compliant USB 2.0 OTG for instant video streaming, and cross-platform SDKs (Windows / Linux / Android).

Inquire About Thermal & Night Vision →

Reference Designs & Field Validation

Proven Sensing-to-Application Workflows

Drag horizontally or use the navigation arrows to inspect how IntelliGienic accelerates B2B product launches.

Reference Design #01 North America Residential

Autonomous Estate Sentry for Porch Piracy & Wildlife

Engineered to solve residential package theft and nocturnal wildlife encroachment across large North American estates. Combines LWIR thermal presence verification with localized AI classification to trigger directional audio-visual deterrence with near-zero false alarms.

Thermal-RGB Fusion 100% Local Edge AI Weatherproof ODM Enclosure

Reference Design #02 Industrial Automation

High-Speed Laser Profiling & Crane Anti-Collision

Integrates 20 kHz high-frequency laser rangefinder modules with ±1 mm accuracy to provide deterministic distance feedback for automated gantry cranes, port logistics, and high-speed conveyor sorting systems.

20 kHz Sampling Rate ±1 mm Repeatability RS422 / Industrial I/O

Reference Design #03 Security Robotics

Custom-Baseline Thermal-RGB Stereo Head for Patrol AMRs

Off-the-shelf cameras fail when outdoor security robots face direct headlights, dense fog, or humid night shifts. We co-developed a sealed stereo sensor head pairing global-shutter RGB with uncooled LWIR thermal modules.

Hardware Frame Sync Zero-Photon Navigation Custom SoM Carrier

Reference Design #04 Smart Healthcare

Non-Intrusive Thermal Care Hub for Senior Living Facilities

Replaces wearable pendants and intrusive optical cameras with ceiling-mounted radiometric thermal sensors. Detects bed exits, prolonged inactivity, and bathroom falls while strictly protecting patient privacy.

GTCM Compact Series HIPAA/GDPR Friendly Edge NPU Inference

Engineering Partnership

From Optical Selection to Mass Production

Selecting a camera module or AI board is only the first step. IntelliGienic acts as your dedicated technical bridge—ensuring optical wavelengths, thermal calibration, and neural models work in harmony.

Joint Development Lifecycle

Phase 01: Wavelength, Thermal FOV & Compute Architecture Sizing
Phase 02: Rapid Prototyping with USB/SBC Evaluation Kits
Phase 03: Custom Carrier Board, Firmware & Optical Housing ODM
Phase 04: Radiometric Calibration, Reliability Validation & MP

Choose a System-on-Module (SoM) with a custom carrier board when your product requires specialized sensor interfaces, compact form factors, or proprietary mechanical housings. Choose a Single Board Computer (SBC) for standard I/O and rapid time-to-market. Choose an Industrial PC (IPC) when validated 24/7 operation, wide thermal margins, and long industrial lifecycle support outweigh unit size.

Standard RGB and NIR cameras rely on reflected photons and struggle against complete darkness, oncoming vehicle glare, smoke, foliage camouflage, or privacy restrictions. Integrating an LWIR Thermal Camera Module (such as our GTCM Series) provides a passive heat signature signal ("The Zero-Photon Advantage") and optional radiometric temperature data, dramatically reducing false positives in AI vision models.

Yes. Beyond our structured standard series (CVBS Minimal Host Processing, USB 2.0 OTG, and Radiometric Temperature Measurement modules), our engineering team provides comprehensive ODM customization—including custom stereo baselines, specialized FOV optics, interface conversion, and ruggedized environmental enclosures.

Our Smart Living architecture is built on localized Edge AI processing. All video, thermal silhouette analysis, and biometric verification occur directly on the local NPU/SoC. Only encrypted event alerts or anonymous telemetry leave the device—eliminating cloud subscription costs and protecting resident privacy.

Applications