An AI assistant built into a pair of glasses can answer questions, capture a moment, or help someone navigate their day. Its usefulness, however, depends on whether the battery can support those tasks when they are needed. For Richard Nicholson and Carlos Rodriguez, co-founders of Overlord Labs, that constraint is the starting point. Their San Jose semiconductor company is developing GENESIS, a platform that integrates battery intelligence directly into silicon, giving manufacturers more control over how compact, compute-intensive devices store, deliver, and use energy.
Nicholson brings nearly 30 years of semiconductor experience, including engineering and business leadership at Texas Instruments and Fairchild. After earning a Ph.D. in microelectronics in England, he built a career spanning analog design, battery-management innovation, and leadership of engineering teams and semiconductor businesses. His experience developing battery-management technologies and bringing complex semiconductor products to market has helped shape Overlord’s technical direction alongside a founding team with deep expertise in analog design, digital architecture, and advanced algorithms.
Rodriguez complements that expertise with more than 25 years of experience across semiconductors, consumer electronics, and venture-backed technology companies. At Maxim Integrated, he served as part of the executive staff and leadership group, helping drive initiatives in product development cycle-time reduction, new product introductions, and strategic customer engagement. He later led global business development at Sevenhugs, acquired by Qorvo, and helped define and bring to market a CES Innovation Award-winning cloud-edge device at LatticeWork.
Both founders have witnessed the evolution of battery technology over nearly three decades, albeit from different perspectives. Nicholson’s career has focused on semiconductor and battery-management innovation, while Rodriguez’s earliest exposure came through a 1997 internship at PolyStor, a startup developing some of the earliest lithium-ion prismatic cells for mobile phones as the industry transitioned away from nickel-metal hydride (NiMH) batteries. Today, as manufacturers explore emerging chemistries such as silicon-rich anodes, the founders see a similar inflection point, one that demands a new approach to battery intelligence. Having worked together before founding Overlord, they bring complementary strengths in semiconductor innovation, product commercialization, and operational execution.
Their experience reflects a broader philosophy shared across Overlord’s founding team: a working prototype is only the beginning. Bringing semiconductor innovation to market requires rigorous testing, qualification, manufacturing readiness, and close customer collaboration. A chip must not only perform as designed but operate reliably inside a customer’s product and be manufactured consistently at scale. That collective expertise, spanning battery systems, analog design, digital architecture, algorithms, and commercial execution, is central to how Overlord is bringing GENESIS to market.
The opportunity they are pursuing comes from changes in both devices and batteries. Smartphones established familiar form factors and patterns of use, with room for a relatively large cell. Smart glasses and always-on wearables distribute cameras, audio, sensors, and computation across much smaller spaces. Batteries may need unusual shapes or placement across several parts of a device. Emerging materials also change how cells behave. The founders argue that consumer battery-management architectures have not adapted quickly enough to this combination of physical constraints and increasingly demanding workloads.
Battery-management chips handle functions that users rarely see but depend on constantly. They help protect the battery, estimate remaining energy, control charging, and supply information that the device’s processor uses to manage power. Even the familiar battery percentage requires interpreting a physical system whose behavior changes with temperature, age, and load. Starting a camera or running an AI task can create a sudden demand for energy. Understanding what the battery can safely deliver at that moment helps a device respond reliably, rather than shutting down just as someone needs it.
At the heart of GENESIS is Overlord’s Silicon × Algorithm Architecture, integrating precision analog sensing, advanced battery algorithms, programmable processing, and security into a unified silicon platform. Its OverMind processor runs battery algorithms, while a separate ShadowCore processor allows manufacturers to execute their own firmware. That separation gives product teams room to tailor battery behavior to their applications. The platform is designed to support adjustments to charging, power profiles, and control strategies as devices and battery chemistries evolve. Overlord’s initial focus is single-cell wearable systems, with a broader ambition to address distributed batteries and higher-power applications.
For manufacturers, the potential benefit extends beyond additional runtime. More integrated battery management could create design flexibility, while programmable control could make it easier to adopt different cells or charging strategies without replacing the underlying management hardware. The founders also see opportunities in interchangeable battery modules and battery authentication. These capabilities reflect a broader view of battery management as an active part of product design, influencing how a device is shaped, maintained, and used.
Overlord recently announced that cumulative funding had reached $10 million. With first silicon in-house and initial bring-up underway, the company has initiated customer sampling with one of the world’s leading wearable technology companies. Volume production is targeted for the second half of 2027. Its goal is to help enable an all-day wearable experience, although that remains an objective rather than a publicly established performance result. The next stage will involve evaluating GENESIS under real-world workloads and integrating the technology into customer product designs.
The company’s name carries a personal connection to that ambition. Rodriguez’s grandfather, a U.S. Army sergeant, landed on Utah Beach during the D-Day invasion, codenamed Operation Overlord, and was awarded both the Purple Heart and Silver Star. When Nicholson suggested “Overlord” during a naming discussion, the name immediately resonated with Rodriguez, connecting his family’s history to the ambition of building something new. Today, the team’s challenge is to make a largely invisible technology matter through visible improvements in everyday use: a camera that captures the moment, glasses that remain available throughout the day, and an AI assistant with the power to deliver on its promise.
