- Toshiba Digital Solutions Corporation (TDSL) announced the launch of “SQBM+ for AWS.”
- The service includes SQBM+ software customized for the AWS Marketplace.
- The company reports the module provides solutions to customers in fields as diverse as finance, drug development, genetic engineering, logistics and AI.
Toshiba Digital Solutions Corporation (TDSL), an industry leader in applying quantum-inspired solutions to complex real-world problems, announced the launch of “SQBM+ for AWS,” a version of its SQBM+ software customized for the AWS Marketplace operated by Amazon Web Services, Inc.
SQBM+ is optimization software1 that quickly finds good solutions among an immense number of options. It is derived from the Simulated Bifurcation Machine (“SBM”), a combinatorial optimization solver built on the quantum-inspired2 Simulated Bifurcation Algorithm (“SB Algorithm”)3 developed by Toshiba Corporation.
TDSL released a free, proof-of-concept (PoC) version of SBM on the AWS Marketplace in July 2019. Since then, working with universities, research institutions and other companies, TDSL has investigated real problems in combinatorial optimization, toward finding solutions to social issues in a range of fields. The PoC version has been used by hundreds of subscribers worldwide, and much of the knowledge obtained through its application has been brought into SQBM+. This has triggered requests for the incorporation of SQBM+ into customer systems for application in business.
Providing SQBM+ as a software module will allow customers who need to solve combinatorial optimization problems, in fields as diverse as finance, drug development, genetic engineering, logistics, and AI, to incorporate SQBM+ into their business applications and systems.
Combinatorial optimization is an essential tool for taking on many social and industrial challenges, and finding optimal answers from an enormous range of choices. Its many spheres of application include financial decision-making5, the movement of industrial robots, logistics and transmission routes, and drug discovery at the molecular level6. High speed combinatorial optimization on current computers is very difficult, because combination patterns increase exponentially as the scale of a problem grows. To overcome this, dedicated combinatorial optimization computers are being developed around the world.
SQBM+ runs on current computers and discovers high-precision, approximate solutions (good solutions) to complex, large-scale problems in a short time. Going forward, TDSL will apply SQBM+ in many fields and contribute to solving complicated social issues.