Knowledgebase

4 Minute Read With the layout of naval vessels, controlling electromagnetic interference (EMI) is a must to maintain operations. Consider all the systems operating within a single vessel, including radar (search, navigation), satellite communications (SATCOM),...

3 Minute Read Out at sea, naval vessels become exposed to highly corrosive elements like saltwater which not only affects the hull and mechanical structures but can also compromise electrical conduits like grounding paths, cable...

3 Minute Read  The motivation for shielding an enclosure or structure is often to prevent electromagnetic interference (EMI) or radio frequency interference (RFI) from outside sources leaking in. For example, it is common to shield...

2 Minute Read There are many use cases of electrically conductive coatings in military applications, largely to protect equipment against unwanted signal malfunction. Electrically conductive coatings comprise a subset of materials that are characterized by...

In the aerospace, space, and defense industries, engineering decisions are driven by extreme performance requirements. Components must withstand intense forces, harsh environments, and strict reliability standards—far beyond those seen in typical consumer technologies. Traditionally, metals...

Energy and national security have become central topics in today’s political landscape. Energy security is a critical component of military readiness, especially as the adoption of AI in both consumer and defense applications accelerates at...

Customer Challenge: Crankshaft position sensors are a critical element of internal combustion engines as they help control ignition timing and report the vehicle’s revolutions per minute (RPM) displayed on the tachometer. The crankshaft position sensor...

Modern defense operations depend on rapid deployment, seamless communication, and uninterrupted situational awareness. At the heart of these missions are deployable command centres that serve as mobile hubs for military, law enforcement, and emergency response...