Author : Abhishek Goyal

The convergence of agile practices with quantum computing represents a groundbreaking approach in managing multi-vendor engineering solutions within global markets. Agile methodologies supply the flexibilities and velocity inevitable for fast market shifts in multi-vendor scenarios. Quantum computing, for instance, which provides a capability to perform massive computational tasks, would take the potential to solve optimization problems in globalization of supply and demand chains and collaborative engineering design. This review seeks to look at the positives and negatives of applying agile processes to quantum computing specifically on the effects it will have on multi-vendor collaboration, resource utilization and productivity. These gaps are described and the author claims that new domain-specific agile models are needed to fill these gaps, which are missing from current agile frameworks appropriate for quantum applications. Further research should aim to develop common reference models of agile-quantum environments, optimal quantum algorithms for use in a multi-supplier environment, as well as the development of international guidelines for creating compatibility. The synergy of agile and quantum domains presents new opportunities for developing efficient, scalable and reliable solutions for global engineering.

Keywords: Agile Methodologies practices, Quantum Computing, Multi-Vendor Engineering, Global Markets, Optimization, Collaboration, Supply Chain Management, Quantum Algorithms, Quantum-Specific Agile Framework, Industry Standards.