University of Kwazulu-Natal

Make Quantum Readiness Real Ibm

Bonisiwe Shabane
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make quantum readiness real ibm

Quantum computing is coming of age, recently showing evidence of utility—a point at which quantum systems could serve as computational tools to tackle problems that classical systems may never be able to solve—and astute... Leaders who fail to understand and adapt could find themselves far behind their competitors. By leveraging quantum mechanics, quantum systems can explore problems that have long perplexed classical computers. Many organizations are driven by this potential and are pursuing partnership and investment strategies accordingly. In 2023, organizations invested 7% of their R&D budget in quantum computing, up 29% from 2021. By 2025, this is expected to further increase by another 25%.

Additional research shows the global quantum computing market valued at $866 million in 2023—and it’s anticipated to reach $4.375 billion by 2028, a compound annual growth rate (CAGR) of 38.3%. And here’s another call to action: early adopters are poised to reap the rewards. Analysts estimate that by 2035, quantum computing technology could potentially create $450 billion to $850 billion in net income for end users via cost savings and revenue generation. The catch, and a critical note at this stage of the game: in most industries, as much as 90% of that value could go to early adopters. You may not have ever experienced the joy of reading a research report. Yeah, not everybody is in the joyful research report reading camp.

The well written research report camp was probably my favorite camp. Still to this day, I really want these research reports that keep getting sent out to be great. Before the cycle of information went into overdrive and we really are just getting flooded with information, getting one of these reports was great. It was one of those get a fresh cup of coffee and enjoy the process of sitting down and reading types of activities. Times have changed. We live in a time now where instead of industry expertise somebody with the right set of prompts for Gemini or ChatGPT can spit out a terrible facsimile of a research report pretty quickly.

Honestly, somebody who is pretty good at prompting and willing to make the model create the report section by section might be able to get a readable report at this point. That is sort of how I feel about the “Quantum computing readiness 2025” report which they really just wanted to title “Quantum is coming” and send out to potential consulting customers. You probably could have called this report the bureaucrats guide to quantum preparedness. They focus on governance, workflow alignment, risk management, procurement models, and executive sponsorship models. Those are all great bureaucratic formations that gate, shape, and position leaders to decide whether quantum can be absorbed into real operations at large organizations. In practical terms, right now researchers can buy time on quantum computers using IBM services or AWS Bracket.

The tip of the spear at any organization could right now be looking for the breakout ROI use cases based on industry and what is possible. IBM’s 2025 Quantum Readiness report argues that enterprises are shifting from exploratory pilots to targeted adoption as quantum advantage becomes more tightly coupled to classical optimization workloads such as logistics, materials modeling, and risk... The survey data indicates that organizations with strong cloud modernization and AI integration strategies are more likely to report quantum readiness, which reflects an emerging view that quantum computing will function as an accelerator... The report highlights growing interest in error-mitigated workflows, domain specific solvers, and partnerships with hardware providers as the practical route to early value capture. These trends suggest that quantum readiness in 2025 is increasingly defined by architectural preparation and workload alignment. Organizational readiness is just as critical as tech maturity

Portfolio approaches hedge agents use case uncertainty By the end of this module, you should be able to: Many businesses would leap at the chance to go back in time to capitalize early on yesterday’s game-changing technologies, such as the internet. The chance to get ahead of the competition is here again with quantum computing. The technology is maturing, and now is the time to build your quantum skills and understand quantum’s immense potential for addressing computationally intensive problems. In the era of quantum computing, system performance will be key in achieving full quantum potential and scale—when we can definitively demonstrate, in certain use cases, a significant performance advantage over classical computers.

Specifically, when a quantum computation is either hundreds or thousands of times faster, needs a smaller fraction of the memory, or makes something seemingly impossible possible. Our work with UC Berkeley demonstrates the power of currently available IBM Quantum® processors to explore meaningful computations and realistic applications before the era of fault tolerance. Quantum computers could soon solve valuable problems that have long challenged classical supercomputers. Governments and industry leaders worldwide are already exploring potential use cases in healthcare, materials science, machine learning, and more. Organizations that dive in now and become quantum ready will have a distinct advantage as these technologies evolve. Quantum readiness is a continuously evolving measure of organizational proficiency in quantum computing strategy, technology and operations.

It characterizes the company’s progressive capabilities to leverage quantum technology to disrupt industries, create competitive advantage, and respond to threats from quantum-savvy competitors. Service will leverage IBM Consulting's quantum safe expertise and Palo Alto Networks network security platform to help discover, protect and migrate critical cryptographic infrastructure SANTA CLARA, Calif., Nov. 19, 2025 /PRNewswire/ -- As the path toward large-scale, fault-tolerant quantum computing rapidly accelerates, enterprises must act now to secure their data. To provide a path to a quantum-safe future, Palo Alto Networks (NASDAQ: PANW) today announced a plan with IBM to offer a new Quantum-Safe Readiness solution designed to help enterprises identify cryptographic exposure, understand... By combining IBM's Quantum Safe Transformation services with the foundational network-level cryptographic intelligence from Palo Alto Networks security platforms, the new solution will give customers a comprehensive and actionable view of their cryptographic posture...

Anand Oswal, EVP, Network & AI Security Products at Palo Alto Networks"Our customers need a comprehensive, practical roadmap to a quantum-safe future and the experts to help them execute it. This collaboration provides just that by integrating our platform's deep cryptographic visibility and unique cipher translation capabilities with IBM's renowned quantum-safe services. Our cutting-edge solution will be able to immediately identify an organization's risk from a cryptographically relevant quantum computer and apply controls to protect their most vulnerable assets today, buying them critical time to execute... A full quantum-safe migration is a complex transformation exercise that can consume significant enterprise time and resources, but with effective planning and preemptive readiness work, organizations can mitigate and limit the exposure to this... This risk is amplified in the age of AI, where massive datasets—often containing sensitive intellectual property and personal data—are the fuel for new models. Securing this data is paramount, and organizations must start their path to quantum-safe readiness immediately to protect their future.

#Quantum-ready organizations (QROs) have several attributes in common. Compared to their least-ready peers, QROs are more likely to engage in ecosystems, pursue advanced technologies, and effectively approach and nurture talent development. Find out how organizations accelerate business utility with quantum and close gaps in readiness: https://ibm.co/4bK29Jm IBM, I read your publication on Quantum Ready Organizations (QROs) - the three attributes that similarly compared organizations share. As a DevOps Engineer, I'm willing to take the reigns of leadership when it comes to moving forward with the advances in technologies such as Enterprise Generative AI, ML, and Kubernetes. Notwithstanding, educational training in those areas seems to be halting progress.

Furthermore, in order to nurture talent development, the mentor must be comprehensively knowledgeable in the respective career field - fully qualified, trained, certified, and skilled to be able to nurture development. Further, the mentee must have a real interest in the work itself; enough to be willing to achieve what is demanded of him/her in order to be developed (academics, certification, etc.). If the individual is not willing to achieve higher level academic learning, then it can be safely assumed they're not really interested in the work to be performed. I would love to accelerate business utility with Quantum, and close the gaps in readiness. I would love to return to school to get myself ready for the demands of the DevOps Engineering position. I'm just not in a position to teach anything; I too must be taught.

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