What does it really take to innovate in a slow-moving, heavily regulated industry like chemical disinfection? In this episode of The Innovator’s Playbook, Parker Sipes, CTO and President of Annihilare, breaks down how his team is using electrochemistry, IOT, and software to deliver safe, scalable disinfection solutions in a space long dominated by toxic legacy products.
With a background that spans music, computer science, and mechanical systems design, Parker offers a grounded, first-principles take on what real innovation looks like, without the fluff, without the hype.
“I didn’t plan to end up in chemistry. I followed my curiosity, and it changed everything.”
Parker’s journey started in music, not engineering. But that same creative drive led him to an early-stage opportunity in an emerging chemical technology,and eventually to leading Annihilare’s innovation strategy. His obsession with learning and “demystifying” systems helped him bridge tech, business, and manufacturing.“We’re not just making safer chemistry, we’re rethinking how it’s delivered.”
At the core of Annihilare’s platform is hypochlorous acid, a powerful disinfectant generated through electrochemistry. Parker explains how their systems produce it onsite—using water, salt, and electricity, eliminating supply chain friction while boosting safety and sustainability.
“If your tech doesn’t remove friction, it’s not innovative. It’s just impressive.”
From overly complex PLC systems to simple “Mr. Coffee”, style units, Parker shares how Annihilare learned to meet customers where they are, by reducing friction, not flexing technology. The lesson: good innovation feels invisible because it works.
“Electrochemistry gets you part of the way. Software and IOT take it further.”
The team has built IOT-enabled generators, SaaS platforms, and compliance dashboards that ensure chemical efficacy, track use, and support safety protocols. Parker breaks down how tech augments, not complicates—the core value proposition.
“Most AI tools sound great. Until they write 2,000 lines of code you didn’t need.”
Parker reflects on the role of AI in their R&D, including chemical modeling and upcoming internal GPT-powered knowledge bases. He warns against buzzword-chasing, favoring practical, controlled applications that actually deliver business value.
“Innovation is what the market calls you after you survive long enough to matter.”
Parker challenges the idea of “being an innovator.” Instead, he champions continuous iteration, humility, and obsessive curiosity. Whether it’s simplifying a rack design or mentoring engineers, he believes innovation is earned, not claimed.