Palomino Laboratories Inc. announced that its common stock has commenced trading on the OTCQB Venture Market under the ticker symbol PALX. The shares are also DTC eligible, enabling electronic clearing and settlement through the Depository Trust Company. This development marks an important milestone in the company's evolution as a public entity, increasing its visibility within the investment community while supporting its long-term strategy to execute its commercialization roadmap and pursue a future listing on a national securities exchange.

Jeffrey B. Shealy, Co-founder & CEO of Palomino Laboratories Inc., stated that the trading of the common stock under the PALX ticker marks an exciting milestone for the company and its shareholders. He noted that as artificial intelligence continues to drive unprecedented demand for faster, lower-power, and more scalable interconnect technologies, Palomino is well positioned to help address the next generation of networking challenges. Mr. Shealy added that this milestone provides increased visibility within the capital markets while the company remains focused on advancing its technology, strengthening strategic partnerships, and executing its long-term growth strategy.

Technology and Market Focus

Palomino Laboratories is developing advanced optical interconnect technologies intended to improve bandwidth, reduce latency, and significantly lower power consumption for AI infrastructure, enterprise networking, and high-performance computing applications. The company believes the continued migration toward AI-driven computing architectures presents a substantial opportunity for innovative optical connectivity solutions. Trading on the OTCQB provides investors with greater accessibility to the company's shares while supporting Palomino's ongoing efforts to expand customer engagement, strategic relationships, and commercialization initiatives.

Company Overview

Palomino is a data communications technology company headquartered in Goleta, California, focused on developing advanced optical interconnect solutions for artificial intelligence, high-performance computing, enterprise networking, and next-generation data center applications. The company is developing a way to move data faster and more efficiently using light from microLEDs instead of traditional copper wires. Its technology is built around Gallium Nitride (GaN) microLEDs, which are tiny light beams that can send data reliably and at high speeds while using much less energy. This is particularly important for power-intensive systems such as AI servers, cloud computing platforms, and supercomputers.