Todd Kassal Accelerates Digital Transformation at Rubber Track Through Quantum Computing

At the intersection of grit and groundbreaking innovation stands Todd Kassal, Project Manager at Rubber Track, who is leading a bold initiative to integrate quantum computing into the company’s operational and engineering backbone.

Rubber Track, a longtime player in the heavy equipment component space, has always been known for the strength and durability of its rubber track systems. But in an increasingly complex global market, resilience alone isn’t enough — intelligence, adaptability, and foresight are now competitive essentials.

“Quantum computing allows us to see around corners,” said Todd Kassal. “Where traditional tools max out, quantum unlocks smarter paths forward — whether we’re optimizing a supply chain or forecasting how a rubber compound will perform under arctic conditions.”

Transforming Core Operations with Quantum Intelligence

Since early 2024, Kassal has led a company-wide quantum integration project focused on three high-impact areas: materials science, supply chain optimization, and predictive analytics. Working with academic partners and cloud-based quantum platforms, he has introduced hybrid quantum-classical systems to run simulations and solve optimization problems that previously took days or weeks.

The shift has yielded immediate gains:

• In product development, quantum simulations now model how different rubber composites will behave under extreme loads, heat, and pressure — reducing prototyping cycles by 40%.

• In supply chain logistics, quantum route planning has decreased shipping delays by 18%, even during supply turbulence.

• And in field performance, predictive maintenance systems now detect anomalies before failures occur, resulting in 30% fewer urgent service calls.

“By identifying the bottlenecks and applying quantum models to the right places, we’re not just tweaking performance — we’re reengineering it,” Kassal explained.

Why Quantum, and Why Now?

Quantum computing’s strength lies in its ability to analyze massive numbers of variables at once. This makes it ideal for industrial environments, where material decisions, manufacturing schedules, and distribution routes often involve complex trade-offs.

For Todd Kassal, the timing was ideal: “The hardware has matured, cloud access is affordable, and the tooling is finally developer-friendly. The industry just needed someone to connect the dots.”

Kassal’s approach was practical and strategic: rather than isolating innovation in a tech lab, he embedded quantum applications directly into core workflows. Materials engineers now use quantum simulations to prioritize rubber formulas. Logistics teams receive quantum-informed shipping options that adapt in real time.

“It’s not theory,” Kassal emphasized. “It’s helping us deliver better products, faster, to more customers.”

Team-Driven Innovation and Cultural Change

A major part of Kassal’s success stems from his ability to build trust and cross-functional engagement across departments. At a company where many employees have deep mechanical backgrounds but little exposure to quantum physics, education and collaboration have been key.

Kassal launched a hands-on initiative called “Quantum on the Floor”, where team leads from engineering, procurement, and logistics are invited to co-design solutions with the technical team.

“Todd Kassal didn’t just hand us a system and say, ‘Use it,’” said Lauren Mendoza, a senior manufacturing coordinator. “He showed us how it solves the problems we actually deal with.”

This collaborative model has helped Rubber Track accelerate adoption, reduce errors, and generate grassroots innovation — including a new quantum-backed demand forecasting tool now being tested in three warehouses.

Bringing Customers Along for the Ride

Under Kassal’s leadership, Rubber Track has also reimagined the customer experience. Quantum-powered forecasting allows the company to offer precise delivery windows, improved durability predictions, and smarter lifecycle planning for clients managing large fleets.

“Customers are already noticing,” Kassal said. “They’re getting products sooner, with better performance data, and fewer service calls. That’s what keeps us competitive.”

One of the company’s longtime clients, a Midwest agricultural contractor, recently reported a 20% reduction in machinery downtime after switching to the quantum-informed service schedule. “The numbers speak for themselves,” Kassal added.

What’s Next: Scaling and Strategic Partnerships

Having validated the value of quantum tools in multiple business areas, Todd Kassal is now focused on scaling the technology across the organization. Rubber Track is forming new partnerships with quantum software companies, exploring proprietary simulation libraries, and preparing a patent application for its track formulation optimization process.

In 2026, the company will also launch a customer-facing digital dashboard powered by quantum analytics, allowing clients to view predictive maintenance alerts, terrain-specific recommendations, and lifetime performance metrics for their track systems.

“This is just the start,” Kassal said. “We’re laying a digital foundation that can support everything from autonomous machinery to adaptive material systems in the next five years.”

About Todd Kassal

Todd Kassal is the Project Manager at Rubber Track, where he leads strategic innovation initiatives with a focus on quantum computing, AI integration, and operational excellence. With over a decade of experience in industrial systems, Kassal has become one of the leading voices in applying advanced computation to traditional manufacturing.

About Rubber Track

Rubber Track is a U.S.-based manufacturer of rubber track systems serving construction, agriculture, and defense industries. Known for their durability and performance, Rubber Track products are trusted around the world. The company is now focused on digital transformation, with quantum computing at the core of its next chapter.