The Story of Validika: Building the Future of Battery Intelligence

Twelve years ago, in a German research lab, a mechanical engineer was tackling what seemed like an impossible challenge: analyzing the health of electric bus batteries. It was 2012, and while Tesla was still years away from mainstream success, this engineer was already wrestling with the future of electric mobility.

In a recent episode of Category Visionaries, Validika Diagnostics founder Claudius Jehle shared how this early research project evolved into a company that’s reshaping how we understand and value batteries in the electric age.

From Diesel Engines to Electric Dreams

“Initially I was studying mechanical engineering once back in the days and designing diesel engines and stuff like that,” Claudius recalls. But a growing interest in e-mobility and climate impact led him to pivot towards electric vehicle research. “Electric buses, how crazy is that? I mean electric cars were not even really a thing back then, but huge batteries on a bus public transport. I found that super interesting.”

The research presented an immediate challenge: how do you analyze massive batteries that can’t be removed from vehicles? “You cannot just take these hundreds of kilograms of battery acid from the vehicle and put it into a lab,” Claudius explains. This limitation forced his team to innovate, developing algorithms that could assess battery quality through field data.

The Eureka Moment

By 2017, while leading a research group of twelve people, Claudius and his team spotted a massive opportunity. “Residual value of electric vehicles, leasing contracts around EVs, large stationary systems in containers. Gigawatt hours of batteries worth billions or even trillions will be around us, and nobody’s going to know how they are,” he recalls.

The implications were clear: everything from financing to insurance would depend on understanding battery health. As Claudius puts it, “Everything around the quality of the battery will be a thing in some years.” This realization led to a decisive moment: “If this shall fly, if the technology that we’re developing in our tiny offices and labs, if this should fly, we have to build a company.”

Launching Into a Crisis

Validika incorporated in October 2019, just months before COVID-19 would reshape the world. The timing created immediate challenges for the young company. “We had to gather some money from our families, my business partner and me, to bridge until we got remotely convincing the investors to still give us the money during lockdown,” Claudius shares.

Even their initial assumptions about customer relationships were tested. “We thought, quite naive as we were, we’re going to spin that out, found Validika Diagnostics, and we’ll just take these clients with us, because what should go wrong?” But early customers were hesitant to work with a new startup during such uncertain times.

Building Trust Through Technical Excellence

Rather than pursuing rapid growth, Validika focused on building technical credibility. “We are dealing with a very complex technological component. So the market and early adopters and everyone needs to trust you. So you need to come up with a trustable story and not just marketing alone,” Claudius explains.

This patient approach has paid off. Today, Validika monitors “way more than a gigawatt hour of batteries” across multiple continents, from utility-scale containers in Texas to electric bus fleets in Mexico City and throughout Europe.

The Future of Battery Intelligence

Looking ahead, Claudius envisions Validika’s technology becoming ubiquitous in the battery ecosystem. “If someone wants to know something about a battery in a bus or a truck or a car or something, and they find it in whatever tool that they have… My vision is that it is highly likely that in the background, behind the scenes that this information has been provided by our product.”

This vision positions Validika to become a crucial infrastructure player in the electric revolution. “This can easily grow our company and the product… to dozens, if not plus $100 million business SaaS business easily,” Claudius notes. “We want to build the most scalable platform for battery diagnostics possible.”

As billions of batteries enter the global economy, Validika’s journey from research lab to global platform shows how deep technical expertise, combined with strategic patience, can build the foundation for a category-defining company. Their story suggests that sometimes the biggest opportunities come not from being first to market, but from being first to solve the complex technical challenges that others haven’t yet recognized.