From the AI eye to Edge AI that decides in the field.
Starting with HOLONIC Eyes HE-1 and APPRO camera modules, Standard Link connects image-quality engineering, NVIDIA Jetson integration, AI inference, PoCs, OEM/ODM and production deployment, turning cameras into the entry point for Physical AI.
COMMERCIAL PROOF / AI EYEAVAILABLE NOW / AVAILABLE
HOLONIC Eyes HE-1
Read the night through the eyes of AI.
Our flagship visual module captures dark and low-light environments in color and connects fixed monitoring, industrial equipment, drones, robots and Edge AI.
0.0007 lxLow-light color
USB Type-CUVC 1.5
4K classFHD / HD / VGA
Approx. 80gEmbedded use
The minimum subject illumination is a reference under our evaluation conditions. Results vary with the lens, exposure time, gain, subject, installation environment and display conditions.
Same night, same location. Darkness on the iPhone, color video from the camera.
Compare a continuous field recording with two separate recordings made at the same location during the same nighttime period: the iPhone view and the camera feed recorded directly on the PC.
FIELD DEMO 01 / CONTINUOUS RECORDING
Existing nighttime demonstration
One continuous take moves from the dark surroundings to the live color image on the PC, then returns to the dark surroundings.
Nighttime field footage / Continuous recording / Approx. 14.4 seconds
This is a smartphone recording of a PC monitor showing the live camera view. It is not the camera's direct digital output and is not a quantitative measurement of illuminance, sensitivity, color accuracy, or image quality.
FIELD DEMO 02 / SAME SCENE, TWO RECORDINGS
The iPhone field view and a direct PC recording of the camera feed.
First, see the actual darkness of the field on an iPhone 14 Pro Max. Then view the camera feed recorded directly on the PC. The two clips were recorded separately at the same location during the same nighttime period; they are not simultaneous recordings.
01 / FIELD CONTEXT
What the scene looked like on an iPhone 14 Pro Max
Except for distant lights, the boat, shoreline and water surface are barely visible in the nighttime field recording.
iPhone field footage / Approx. 8.8 seconds / No brightness or color correction
02 / DIRECT CAMERA RECORDING
Camera video recorded directly on the PC
The camera feed shows the boat, mast, hills, water surface and shoreline in color. This is not a smartphone re-recording of a monitor.
DIRECT RECORDING / Not a monitor re-recording
Direct PC recording / Approx. 12 seconds / 1920×1080 web version
The two clips were recorded separately at the same location during the same nighttime period; they are not simultaneous recordings. This presentation demonstrates field visibility and is not a quantitative measurement of illuminance, sensitivity, color accuracy or image quality.
Only duration adjustment, resolution conversion and audio removal were applied for web delivery. No brightness correction, color correction, noise reduction, AI generation or AI completion was used.
01 / CONTINUOUS TAKE
One continuous recording
The dark field, PC screen and return to darkness are shown without an intermediate cut.
02 / NIGHT FIELD
Actual night environment
No processing was used to make the field appear artificially darker.
03 / LIVE COLOR VIEW
Live color image on the PC
Color night vision visualizes the same field in color.
What FIELD DEMO 01 shows
At the start, an iPhone 14 Pro Max records the dark harbor surroundings. Apart from distant lights, the shapes of the vessel and shore are difficult to identify. The recording then moves directly to the PC, where the live feed from the connected color night-vision camera shows the vessel, mountain, water surface and pier in color. It finally returns to the dark surroundings.
This field demonstration shows the difference in visibility at the same place and time in one continuous recording.
What FIELD DEMO 02 shows
The first clip is the actual nighttime field recorded on an iPhone 14 Pro Max. Except for distant lights, the shapes of the boat, shoreline and water surface are barely visible.
The second clip is the color night-vision feed from the same location, recorded directly on the PC. The boat, mast, hills, water surface and shoreline are visible in color. It is not a smartphone re-recording of a PC monitor.
The two clips were recorded separately at the same location during the same nighttime period; they are not simultaneous recordings. This is a field-visibility demonstration, not a quantitative measurement of illuminance or sensitivity.
Because the PC screen was re-recorded with an iPhone, color, brightness and perceived resolution may differ from the direct camera output. This is a field-view demonstration, not a quantitative measurement of illumination or sensitivity.
The sequence of one source recording was preserved. Only head and tail trimming, removal of site audio and web conversion were applied. No brightness lift to reveal dark areas, color enhancement, AI generation or replacement of the PC image was used.
Vision that does not stop at seeing. From HOLONIC Eyes and HOLONIC Edge AI to field decisions.
HOLONIC Eyes converts the field into visual data. HOLONIC Edge AI connects that data to recognition, selection, alerts, tracking and device control. We support connectivity validation and AI implementation as one delivery path.
Product and configuration image. Actual devices, ports, enclosures and configurations vary by application.
AVAILABLE NOW / AVAILABLE
HOLONIC Eyes HE-1
Color visual input for AI in low-light environments.
INTEGRATION IN PROGRESS
HOLONIC Edge AI
Application-specific recognition, alerts, tracking and control.
TECHNOLOGY PARTNERSHIP / JETSON-READY IMAGING
World-class imaging technology, connected to NVIDIA Jetson Edge AI.
APPRO camera and ISP technology, with Standard Link implementation, PoC and production support in Japan.
Cameras, sensors, USB/MIPI, ISP, OEM/ODM, manufacturing and supply.
APPRO Photoelectron — An NVIDIA Elite PartnerNVIDIA Jetson
EDGE AI COMPUTE
Orin Nano, Orin NX, AGX Orin and advanced evaluation of Thor-class configurations.
Standard Link
JAPAN INTEGRATION & BUSINESS
Requirements, selection, PoCs, connectivity, AI, OEM/ODM, NRE and production support in Japan.
NVIDIA Elite Partner is APPRO Photoelectron's partner status and does not indicate that Standard Link itself has NVIDIA partner status. NVIDIA and Jetson are trademarks of NVIDIA Corporation.
REAL VISION PROOF / EVIDENCE PREPARATION
Verify performance with real field footage, not specifications alone.
We are preparing evidence with disclosed date, illumination, distance, lens, resolution, exposure and processing conditions. AI-generated visuals are not treated as performance evidence.
01
LOW-LIGHT COLOR
Color and contour under disclosed conditions.
02
SAME-CONDITION COMPARISON
A controlled comparison with existing cameras.
03
AI INPUT VALIDATION
Separate source footage from inference output.
FROM PHOTONS TO ACTION
Capture light, shape image quality, decide with AI and move the field.
01
OPTICS & SENSOR
Subject, distance, FOV, light, motion and lens.
02
ISP / IMAGE QUALITY
Exposure, color, HDR/WDR and noise reduction.
03
JETSON / EDGE AI
USB/MIPI, decoding, preprocessing and inference.
04
AI INFERENCE
Detection, anomaly, tracking, classification and OCR.
05
ACTION
Alerts, PTZ, APIs and device control.
06
AUTHORIZED DATA & PLATFORM
Governed deployment, audit and future improvement.
CHOOSE YOUR STARTING POINT
Choose a camera configuration for PoC, embedding or production.
AVAILABLE NOW / AVAILABLE
HOLONIC Eyes HE-1
Low-light color, USB UVC, 4K class and approximately 80 g.
APPRO SUPPORTED
APPRO USB3 UVC Camera Modules
Fast PoC on a PC or Jetson with application-based selection.
APPRO SUPPORTED
APPRO MIPI CSI-2 / YUV Camera Module
Embedded, low-latency and production-oriented Jetson integration.
EVALUATION CANDIDATE
Global Shutter Vision Module
Evaluation candidate for fast motion, robotics and inspection.
JETSON COMPATIBILITY / EVIDENCE-BASED STATUS
Jetson compatibility, stated with evidence rather than a vague claim.
Published status for Jetson camera configurations
Camera
Interface
Jetson / software
Status
Verification
HE-1
USB UVC
Confirmed per terminal and JetPack
EVALUATION AVAILABLE
Product specification / 2026-08-01
APPRO USB3 UVC
USB3 UVC
Orin family / configuration-dependent
APPRO SUPPORTED
APPRO public information / 2026-08-01
APPRO MIPI YUV + ISP
MIPI CSI-2
Carrier, driver and ISP tuning
APPRO SUPPORTED
APPRO public information / 2026-08-01
Jetson Thor class
To be configured
Advanced Physical AI
NOT YET VERIFIED
Not validated
HE-1 / USB UVC
EVALUATION AVAILABLE
APPRO USB3 UVC
APPRO SUPPORTED
APPRO MIPI YUV + ISP
APPRO SUPPORTED
Jetson Thor class
NOT YET VERIFIED
APPRO SUPPORTED denotes manufacturer-published support, not Standard Link validation.
POC PROGRAM
A PoC designed to reach a production decision.
1–2 WEEKS*
Vision Fit Check
Conditions, candidate camera, evaluation record and next gate.
4–8 WEEKS*
Jetson Vision PoC
Connectivity, preprocessing, inference, alerts and production risks.
INDIVIDUAL SCOPE
Production Integration
Enclosure, power, communication, test, supply and maintenance.
*Indicative durations vary with equipment, environment, data, AI development and procurement. Programs are paid and quoted individually.
APPLICATIONS
Configure from the field problem instead of selling the same camera everywhere.
CRITICAL INFRASTRUCTURE
Night, distance and constrained communications. Details after NDA and security review.
FACTORY & MACHINE VISION
Reflection, motion, illumination and inspection cycle.
PORTS & MARITIME
Night monitoring around ports, coasts and vessels.
DRONE & UGV
Weight, power, vibration, communications and edge inference.
ROBOTICS & MOBILITY
Low latency, tracking, perception and controls.
AGRICULTURE & ENVIRONMENT
Outdoor and seasonal variation, monitoring and data.
FROM DEVICE TO PLATFORM
From one camera sale to a continuously operated field-AI foundation.
CURRENT
PRODUCT
HE-1 and selected cameras.
INTEGRATION
EDGE AI & PoC
ISP, Jetson, AI, alerts and control.
APPLICATION
MULTI-SITE OPERATION
Application systems, OEM and operations.
PLATFORM VISION
AUTHORIZED DATA & LEARNING
Governed data, model distribution and audit.
Only necessary data is managed under customer contracts and explicit authorization, supporting model improvement and controlled redeployment.
OEM / ODM / FAE / PRODUCTION
From camera selection to a shippable product configuration.
FAE / Technical Enablement
Requirements, selection, connectivity and image/Jetson evaluation.
Sub-Module / OEM
Camera, lens, ISP, board, enclosure, brand and supply.
Turnkey / ODM
AI, communication, power, tests, NRE and production roles.
TECHNICAL RESOURCES
Public resources and detailed materials available after an NDA.
PUBLIC
HE-1 overview, public specifications, Jetson overview, PoC guide, demos and FAQ.
Compatibility depends on the camera, interface, carrier board and JetPack version. Please refer to the matrix that separates manufacturer-published support, Standard Link validation and individual evaluation.
Should we choose USB or MIPI?
USB UVC is often convenient for early PoCs and PC connectivity. MIPI may suit embedded production, lower latency and optimized wiring or enclosures. We select it from the application and development structure.
Can you disclose the image-sensor model?
Published specifications of APPRO standard products are provided per product. Detailed component information for HOLONIC products and custom configurations may be disclosed after an NDA for intellectual-property, supply and contractual reasons.
Can we purchase or borrow an evaluation unit?
Depending on the product and inventory, we can propose a sale, fixed-term loan or inclusion in a PoC.
Can you also develop the AI model?
We scope PoCs for object detection, anomaly detection, tracking and related functions, distinguishing use of an existing model, additional training and new development in the estimate.
Can the system support outdoor or weather-resistant use?
A camera module and a finished enclosure are separate. We review temperature, ingress protection, condensation, vibration, power and communications, then propose an application-specific enclosure and system.
Can we move from a small lot to production?
We confirm configuration and supply conditions at evaluation, PoC, pilot-lot and production stages. Quantity, schedule, component supply and certification conditions are designed individually.
Why are some detailed specifications not public?
The optimum configuration differs by customer application, and intellectual property, ISP settings and supply terms need protection. Public information supports an initial fit check; necessary details are provided after an NDA.
START WITH THE EYE
Define the eyes and brain your field actually needs.
Contact us even before the application, imaging conditions, target terminal, quantity and deployment timing are fixed.
AVAILABLE NOW / AVAILABLE
APPRO SUPPORTED
APPRO SUPPORTED
EVALUATION CANDIDATE