Intelligent Video Analysis
Real-time video object detection and tracking is a difficult task, especially in outdoor environments. We have developed a broad and diversified technology suite in intelligent video analysis—from choosing the right sensors to accurately tracking and positioning targets.
Interactive camera calibration
Camera calibration is the process of estimating the intrinsic and extrinsic parameters of one or multiple cameras based on observations of a known physical target.
Fiber Optic Chemical Sensor
Our innovative fiber optic chemical sensor has an ion‑selective membrane that detects the concentration of a given ion based on its absorption spectrum.
We offer an infrared characterization service in the mid-wave infrared (MWIR) and long-wave infrared (LWIR) bands (i.e., 3 µm to 14 µm).
Optical characterization and metrology
We offer a range of metrology and characterization services critical for quality control of optical components and systems.
Whether you’re looking for a quick consultation on the best lens for an application or a full-blown complex optical system fabricated to your specifications, we can help.
Optomechanics is the field of mechanical engineering dedicated to the assembly of optical components. What sets it apart from the broader field of mechanical design is its focus on the distortion of assemblies rather than their inherent constraints.
Optical thin films
Our expertise in fabricating optical thin films is the product of thirty years of experience.
Custom Optical Fibers
INO offers custom optical fibers designed specifically for your needs.
Video Analytics Dataset
Quantitative performance evaluation of video analytics algorithms requires reference image sequences along with ground truth information. Such video datasets are essential to compare newly developed methods with state-of-the-art solutions.
Thin film deposition of hermetic solder layers
Solder layers consist of a stack of gold, nickel, and chrome films deposited onto specific areas around a window. This stack of metals makes it possible to hermetically solder the window to its package to maintain the functional integrity of the FPA, the detector, or the sensor.
Infrared Bolometric Detectors
We have built a solid reputation in the field of uncooled vanadium oxide infrared detectors.
We offer a range of environmental testing services to help you perform prototype qualification and durability testing in the field—two critical steps in the development of a reliable and profitable product.
We leverage our extensive expertise with fiber optic–based systems to develop the miniaturization tools needed to offer novel optical fiber probes for examining and treating tissues and conducting inspections in difficult-to-access locations.
Image Intensifier Characterization
We offer a characterization service for image intensifier tubes and cameras in the 350–1000 nm range.
Fiber laser with programmable amplitude waveform (MOPAW)
This laser offers the unique functionality of enabling the programming of the temporal pulse shape, with durations ranging from 2 ns to 1 µs or more.
Remote detection of biological agents and contaminants is an INO specialty.
Raman remote sensing makes it possible to remotely compile chemical data on various substances and materials without contact or sample preparation.
Lidar, which stands for Light Detection and Ranging, is the leading optical technology for remotely measuring distances, from a few meters to several kilometers.
Our highly skilled researchers and engineers design custom solutions that perfectly meet the needs of our clients—from process development and laser machining systems to prototypes of machined parts.
MEMS Packaging Services
We offer custom packaging services for MEMS/MOEMS devices. We have developed a variety of hermetic vacuum packaging technologies to optimize the performance of your MEMS according to your needs.
Terahertz Camera Module
Over the past 10 years, we have become experts in terahertz imaging. Our THz solutions offer you the highest quality images at the fastest speeds.
Multispectral Fog Database and Simulator
As a leading developer and provider of video analytics and multispectral imaging solutions, INO now offers a multispectral fog imagery database with annotations and a simulator.
Synthetic Aperture Radar Processor
Synthetic aperture radar (SAR) is a powerful tool capable of producing high-resolution imagery day or night and in all weather conditions.
Image Processing Pipeline Toolbox
Our MATLABTM-based toolbox is designed to ease and accelerate the development and optimization of image processing chains.
MEMS Foundry Services
We offer a complete range of foundry services for the microfabrication of chips on silicon wafers.
We offer a simulation service to assist with the design of hardware and software for infrared and electro-optical devices.
Our extensive expertise in infrared technologies extends to numerous fields of application.
Multi-junction programmable solar simulator
Our high-end solar simulator is an ideal solution for multi-junction photovoltaic (PV) cell research and manufacturing. It uses a programmable spectrometer to optimize the spectral content for your application.
Design of Spectrometric Devices
With more than 30 years in the business, the INO team has designed and manufactured several customized spectrometric devices. Whatever your analysis device or spectral control requirements may be, our seasoned team will find the solution that will deliver the best performance possible depending on the application.
Optical Coherence Tomography (OCT)
Optical Coherence Tomography (OCT) is a high-resolution non-contact 3D imaging technology. OCT uses interference of low coherence light between a reference surface and an inspection object to construct a 3D multi-surface image of the object. Using this technology, multilayer surfaces can be imaged at high lateral and axial resolution.
Printed electronics (printed photonics)
From the radio labels (aka RFID labels) used on objects of all kinds to smart watches and bracelets, devices incorporating printed electronics are growing increasingly common. Printed electronics boast many beneficial properties; they’re inexpensive, ultrathin, flexible, washable, wearable, disposable, and non-toxic.