Industry research from mid-2024 estimated that discarded lithium-ion batteries trigger between 10,000 and 12,000 fires annually across Australia's recycling and waste facilities—a mounting crisis that has turned conveyor belts into potential tinderboxes and made battery sorting one of the industry's costlier headaches.
Enter Oscorp Energy, a Sydney startup that believes the solution lies in teaching robots to see what humans often miss. The company just closed a A$1.3 million pre-seed round—announced June 4, 2026—led by Atlas SGR through its Atlas AI VB Fund, with backing from Antler Australia and Antipodean Capital. It's a modest sum by venture standards, but perhaps enough to prove whether AI-powered sorting can make a real dent in a problem that costs the industry millions in equipment damage and operational downtime each year.
The funding will bankroll commercial pilots with recycling and waste operators, where Oscorp's technology will face its first serious test: can it actually work at the speed and accuracy industrial facilities demand?
When Sorting Becomes Survival
Oscorp's approach pairs multi-spectral imaging with deep learning to autonomously identify and extract lithium-ion batteries from mixed waste streams. Their flagship product—dubbed WAYNE (Waste-stream Analytics & Yield Node Extractor), because apparently every hardware startup needs an acronym—is a retrofit robotic sorter designed to slot into existing conveyor systems at material recovery facilities and battery recycling plants.
The company claims the system achieves 99.2 percent accuracy in distinguishing battery chemistry types and handles 70 to 100 picks per minute, though these figures have not been independently validated. Those are promising numbers, though real-world performance under the chaos of actual waste streams will tell a different story. The dual pitch targets general waste facilities desperate to reduce fire risk and specialized battery recyclers hunting for better material quality through chemistry-specific sorting.
The fire statistics come from industry research conducted by ACOR and the NSW Environmental Protection Agency—sobering figures that underscore why recyclers are willing to experiment with robotic solutions in the first place.
Testing Ground at Livium
Oscorp has inked a design partnership with Livium Ltd (ASX: LIT), an ASX-listed battery recycler, giving the startup access to operational infrastructure where theoretical accuracy meets industrial reality.
In an April 2026 interview, CEO and cofounder Ani Goswami mentioned running a pilot with "Australia's largest battery recycler"—a description that fits Livium's subsidiary Envirostream, widely recognized as the country's leading lithium-ion battery recycler. Envirostream has supply agreements with BYD Australia and LG Energy Solution, among others, making it a logical proving ground for technology that needs to handle volume.
Whether this partnership translates to a commercial contract remains to be seen. Design collaborations, after all, don't always survive the transition from prototype to procurement.
Small Team, Big Ambitions
Founded in 2024, Oscorp Energy operates with a lean team—somewhere between two and 10 employees, according to available information—split between Sydney headquarters and a secondary office in Toronto. The founding trio includes Goswami as CEO and product lead, Dr. Chandrakant Bothe handling AI development, and Dhiren Rami overseeing engineering.
The company also maintains ties with the University of Technology Sydney and has developed adjacent technologies, including a wireless battery discharging system positioned as an alternative to traditional brine discharge methods. It's unclear how much of the startup's focus will remain on sorting versus these other initiatives, though the funding round suggests WAYNE is the near-term priority.
The Economics Still Need Proving
With fresh capital in hand, Oscorp faces the challenge that sinks many hardware startups: proving the unit economics work at scale. Fire prevention has clear value, but quantifying that value in a way that justifies capital expenditure—especially for facilities operating on thin margins—is another matter entirely.
The company will now need to demonstrate that its technology can operate reliably in environments where downtime is expensive and false positives carry consequences. If WAYNE performs as advertised in commercial pilots, Oscorp could carve out a meaningful position in a market growing alongside electric vehicle adoption and increasingly stringent battery disposal regulations.
If not, it joins a long line of robotics companies with impressive demos and underwhelming deployments. The next 12 to 18 months should clarify which outcome is more likely.
