The 21st century has seen some of the most rapid technological advancements that humans have experienced.
Yes, the 20th century did witness the birth of aviation and the moon landing within 66 years, as well as the advent of ever-faster computers, but with the 21st century, we’re witnessing a rapid growth in smart technology that is allowing formerly inanimate objects to have a life of their own.
In terms of avionics engineering, these advancements are making flight faster, cheaper, and safer.
ASEI, in particular, is leveraging these advancements for everyone from customers looking for top-notch IT services and cybersecurity to clients needing advanced guidance systems for aircraft and weapons, such as Northrup, Lockheed, and the US Armed Forces.
Accurate Guidance
Whether discussing aircraft or weapons, they need precision to arrive at their intended destination (or target). We design GPS and onboard avionics systems that ensure that needed precision. Our clients rely on our tech to give “brains” to the equipment they use.
Of course, this isn’t so that operators can relinquish control and decision-making, but rather give them the confidence that the machinery can carry out the decisions they’ve made with a minimum of double-checking calculations, performing maintenance to bolster tolerances, and wasting time searching for broken parts.
Software and Hardware
Because we handle both the programming and the computer components themselves, we can ensure high degrees of compatibility and functionality. Our high-performance computing clusters allow for massive numbers of calculations in minuscule amounts of time.
This approach means real-time, 6 degrees of freedom control of the complex tasks required to keep aircraft in flight and weapons reliably hitting their targets. Proper avionics engineering ensures the systems are adaptable, tailored to the aircraft or weapons they’ll control, and thoroughly tested.
Simulations
Speaking of testing, it’s standard procedure to simulate products before building them in “meatspace,” aka, the real world. We can emulate both piloted aircraft and drones to see how they’ll perform once they’re crafted. You’ll get a full look at how your systems and events will look and perform before the first bolt is ever tightened on the real thing.
Security
Because we also handle IT and cybersecurity, you can trust that your devices equipped with our smart technology are secure. As more of our world is connected, the number of ransomware, BEC (business email compromise), and phishing attacks are growing.
You’ve no doubt heard about some of the more high-profile attacks over the past couple of years that have cost companies millions of dollars, whether due to lost productivity or as paid ransoms. ASEI knows how to build secure systems.
Advanced Avionics Engineering Ability
Smart technology is here and will create increasingly lifelike machines with dazzling capabilities. Our goal is to ensure aircraft and weapons systems act more like an extension of the user than just another tool.
Pilots should expect their aircraft to react as instantaneously as their thoughts arrive in their minds, and that only happens if the jets and the weapons they control are intelligent enough to react.