Unisys has demonstrated a significant leap forward in applied quantum computing, publishing peer-reviewed research on January 29, 2026, detailing how quantum annealing tackles the notoriously complex Capacitated Vehicle Routing Problem (CVRP). The study, appearing in the American Institute of Physics’ AIP Advances, examines the effectiveness of commercial quantum platforms in optimizing delivery routes and minimizing logistical costs – a challenge with far-reaching implications for travel and transportation. “This recognition from the American Institute of Physics highlights our ongoing efforts to explore practical applications of quantum computing,” said Sean Tinney, senior vice president and general manager of Enterprise Computing Solutions (ECS) at Unisys. This research builds on Unisys’ momentum, including presentations at IEEE Quantum Week 2025, and signals a move towards integrating quantum capabilities into real-world operational applications.
Capacitated Vehicle Routing Problem Analyzed via Quantum Annealing
Unisys has published peer-reviewed research in AIP Advances detailing an analysis of the Capacitated Vehicle Routing Problem (CVRP) using commercial quantum annealing platforms, a significant step toward applying quantum computing to real-world logistics. The study, released on January 29, 2026, examines how quantum annealing can efficiently determine delivery routes for vehicles with limited capacity, aiming to minimize operational costs—a critical challenge for the travel and transportation industry. Researchers specifically investigated the influence of “problem size” and “constraint density” on the performance of quantum solutions, providing valuable data for refining future optimization strategies.
The company’s work extends beyond this publication, with multiple papers accepted at the Institute of Electrical and Electronics Engineers (IEEE) International Conference on Quantum Artificial Intelligence 2025 and recent cybersecurity research published on IEEE Explore. Salvatore Sinno, vice president of Innovation, Enterprise Computing Solutions at Unisys, noted, “There have been notable advances in quantum computing recently, moving the field from theory toward practical use cases.” Unisys also provides a Quantum Advisory Service to assist organizations in evaluating and implementing these emerging technologies.
Unisys Quantum Research at IEEE & Chicago Quantum Exchange
Unisys is actively extending its quantum computing research into practical applications, demonstrated by recent publications and collaborative efforts. A peer-reviewed study, “Analyzing Performance of Commercial Quantum Annealing Solvers for the Capacitated Vehicle Routing Problem,” appeared in AIP Advances on January 29, 2026, focusing on logistics optimization and minimizing operational costs for vehicle routes.
Quantum Advisory Service for Strategic Technology Adoption
Unisys is now offering a Quantum Advisory Service designed to assist organizations in navigating the complexities of emerging quantum technologies and identifying opportunities for practical application. This service focuses on four key areas: pinpointing high-return quantum use cases, crafting strategic adoption roadmaps, developing a quantum-literate workforce, and facilitating informed technology decisions to fuel long-term growth. The initiative reflects a growing belief that quantum computing is transitioning from theoretical potential to tangible benefits for industries like transportation and financial services. The company’s commitment extends beyond consultancy, demonstrated by its membership in the Chicago Quantum Exchange (CQE) and collaborative efforts to cultivate quantum talent.
There have been notable advances in quantum computing recently, moving the field from theory toward practical use cases.
Salvatore Sinno, vice president of Innovation, Enterprise Computing Solutions at Unisys
