Vibrant Technology
Founded in 1991, Vibrant Technology is a leader in developing tools for post processing vibration and acoustic test data.
Pumps, steering wheels, rotating machines, the desk you are probably sitting at right now—vibration is inherent in everything in our world. And MEscope does the hard work of isolating, visualising, and solving noise and vibration problems more quickly and clearly than other software.
Vibrant Technology software, MEscope is used by structural testing and machinery maintenance professionals in a wide variety of industries, including: Aerospace & Defence, Automotive, Manufacturing and more.

Knowledge Hub
In situ Acoustic Testing: Smarter Noise Control & Analysis in the Field
May 12, 2026
On Thursday 4th June at 11am, we’ll be hosting a live webinar with Jared Schmal from Microflown Technologies as the key speaker who will explore how in situ acoustic testing is changing how engineers tackle noise in real-world environments. From product development to field troubleshooting, understanding noise and where it…
A Breakdown of Our Vibration Monitoring Packs
May 8, 2026
When you’re planning a noise monitoring deployment, battery life, site access, and project duration all play a direct role in cost, risk, and practicality. That’s exactly why we’ve created our new vibration monitoring packs, giving you 3 levels of equipment and accessories, all in 3 easy to digest levels. The…
Scan&Paint 2D vs Scan&Paint 3D
April 28, 2026
Acoustic troubleshooting and sound source localisation provide insights that traditional measurement techniques can struggle to deliver. This is why tools like Scan&Paint 2D and Scan&Paint 3D are becoming so popular in the engineering field. These tools allow engineers to transform acoustic data into clear visual sound maps, making it easier…
A Deep Dive into Scan&Paint 2D
April 15, 2026
NVH Engineers face acoustic challenges every day. This could be troubleshooting noise, optimising products or improving soundproofing. Identifying the true source of unwanted sound is rarely straightforward. Traditional acoustic measurements can tell you how loud something is, but they often struggle to clearly show where the noise is coming from.…
