Aerospace

Sensors can detect a failure within seconds, but identifying its true cause can take much longer. Discover why diagnostic time represents a significant share of the cost of unplanned downtime and which measures can help accelerate the return to production.

AI can create real value in manufacturing, but it isn’t always the best solution for every problem. Discover how to determine whether AI, automation, system integration, or a simpler process improvement is the right approach for your manufacturing challenge.

Manufacturers often have large amounts of data from their ERP systems, equipment, maintenance reports, and quality systems. Yet these data are not automatically usable by artificial intelligence. This article explains how to assess their relevance, consistency, context, and representativeness before starting a project.

Many manufacturing companies want to adopt artificial intelligence but do not know which project to prioritize. This article explains why an AI initiative should begin with a concrete business problem rather than the choice of a tool. It outlines the main questions to examine: expected value, available data, system integration, internal capabilities, and user adoption.

TFLN is transforming integrated photonics. Discover why thin-film lithium niobate is emerging as a leading platform for optical networks, telecommunications, and data centers.

Learn how NRC IRAP helps Canadian SMEs finance innovation projects through non-dilutive funding and strategic support. 

NASA’s Trailblazer mission uses the Lunar Thermal Mapper, equipped with infrared detectors developed by INO and the University of Oxford, to map lunar water and surface composition. Learn more in this blog post!

In optical design projects, it is essential not to underestimate the impact of optomechanical tolerances on the actual performance of the system. Read this blog article to discover how COMET simplifies this critical step.

Dive into the world of quantum technology in aerospace and discover INO's role in advancing this industry.

Did you know that there are approximately 7,600 forest fires every year in Canada? All these fires have significant environmental consequences, and fighting them could cost upwards of $1 billion.

In the aerospace and defense fields, there is an operational imperative to improve the resolution and coverage of air-to-ground and space-to-ground imaging systems. To meet this imperative, a requirement for high precision, environmentally stable imaging payloads that are both small and lightweight has emerged.