Realtime Robotics Signals New Growth Era with CEO Leadership Change

BOSTON, MA – August 13, 2026 – In a move that signals a strategic shift from foundational technology development to aggressive market scaling, Realtime Robotics has appointed Kevin Carlin as its new Chief Executive Officer. The appointment comes as the industrial AI specialist sees its core technology, the Resolver platform, gain significant traction among the world's most demanding manufacturers. Carlin succeeds co-founder Peter Howard, who has guided the company from its inception and now transitions to the role of non-executive Chairman of the Board, ensuring his strategic oversight continues as the company enters its next chapter.

This leadership transition is not merely a change in the C-suite; it is a carefully orchestrated maneuver reflecting a critical inflection point for both Realtime Robotics and the broader industrial automation sector. The company, having proven the value of its technology in the high-stakes automotive world, is now positioning itself to capitalize on that success and scale its impact across global manufacturing.

A New Helmsman for a New Commercial Era

Kevin Carlin is not a newcomer to the pressures of scaling disruptive technology. With over two decades of leadership experience in semiconductors, industrial automation, and AI, his background is tailor-made for Realtime's current ambitions. Before joining the company in 2022 as Chief Commercial Officer, Carlin spent over 13 years at Analog Devices, where he notably built an internal startup focused on AI and machine learning-driven analytics.

His promotion from President and Chief Commercial Officer to CEO underscores a deliberate strategy: to place a leader with a proven commercial engine at the helm. As outgoing CEO Peter Howard noted, “Kevin has been instrumental in building the customer relationships and commercial engine behind that success. He has the experience and the instincts to drive the company from this inflection point into rapid growth.”

This transition follows a classic and often pivotal pattern in the lifecycle of a deep-tech company. The founding leadership excels at building a revolutionary product and proving its viability. The next phase requires a different skillset—one centered on scaling operations, deepening customer ecosystems, and transforming proven technology into dominant market share. Carlin’s appointment is a clear bet that he is the right leader to execute this playbook.

Deconstructing the Resolver Revolution

To understand the significance of Realtime Robotics' growth, one must look beyond the boardroom and onto the factory floor, where the company's Resolver platform is fundamentally altering the economics of automation. For decades, programming multiple industrial robots to work together in a confined space has been a painstaking, manual process. Engineers would spend thousands of hours programming and de-bugging collision avoidance, creating rigid, inflexible production lines.

Resolver automates this complexity. The AI-powered platform functions like a digital motor cortex for the factory, generating optimized, collision-free motion plans for multiple robots in microseconds. By offloading this planning to the cloud, it allows engineers to design, simulate, and deploy complex robotic workcells with unprecedented speed and flexibility. The result is a dramatic reduction in engineering bottlenecks and program launch times.

This is not a theoretical benefit. Volkswagen Commercial Vehicles, for instance, successfully used the platform to optimize the cycle time in a complex welding cell for its ID. Buzz vehicle line. The ability to shave critical seconds off a production cycle, multiplied across thousands of units, translates into enormous competitive and financial advantages. This real-world validation from top global automakers is the engine driving the company's accelerating adoption and has fueled its ability to attract significant investment, with funding rounds positioning it for the current expansion.

Navigating the Industrial AI Arms Race

Realtime Robotics does not operate in a vacuum. It is a key protagonist in a much larger narrative: the race to build the smart factory of the future. The market for AI in manufacturing is exploding, with projections estimating it will surge from around $5 billion in 2024 to nearly $50 billion by 2030. This explosive growth is fueling an innovation arms race among technology providers.

Industry giants like Siemens and Rockwell Automation are investing heavily in their own industrial AI platforms, while robotics mainstays like FANUC and KUKA are integrating AI to create more adaptive and intelligent systems. This competitive landscape highlights the immense value at stake. The companies that can successfully embed AI into the core of manufacturing will not only capture immense market share but will also define the next era of global production.

Within this dynamic, Realtime Robotics has carved out a powerful niche by solving one of automation's most persistent and complex problems. Its focused solution provides a clear and immediate return on investment, making it a compelling partner for manufacturers grappling with production complexity and the need for greater agility. As the industry moves towards what analysts call "Physical AI"—where software intelligently perceives and acts upon the physical world—platforms like Resolver are becoming indispensable.

The Founder's Legacy and the Path Forward

As Peter Howard transitions to his role as Chairman, his legacy is the creation of a company that has reached what he describes as the moment “every deep-tech company works toward: proof that the world’s most demanding manufacturers need—and want—what we’ve built.” His continued presence on the board provides a vital link to the company's founding vision, ensuring strategic continuity as the operational focus shifts.

Now, the mandate for Kevin Carlin is clear: scale that proven value. In his own words, the mission is to deepen relationships with automotive OEMs while looking toward the horizon. “Automotive is just the beginning,” Carlin stated. “The same challenges we’re solving for OEMs exist across other high-complexity manufacturing sectors, and we intend to be the platform those industries turn to as well.”

This statement encapsulates the next chapter for Realtime Robotics. Having conquered the intricate dance of automotive assembly lines, the company is poised to bring its revolutionary choreography to the broader world of manufacturing, transforming complex, high-risk processes into a predictable and agile path from concept to production.