Every Quantum Strategy Needs Solid Data Behind It
Every Quantum Strategy Needs Solid Data Behind It By Doug Finke Imagine you are hiking deep in the woods and suddenly realize you’ve lost your map, your cell phone is dead, and you forgot to bring a compass. While few people are actually careless enough to end up in such a precarious position, we often see a similar lack of preparation in the professional world. Whether it is a corporation, an investor, a government, or an individual plotting a career path, many attempt to journey through the complicated world of quantum technology without seeking the complete and accurate data necessary to guide their strategy. Instead, they rely on guesswork and intuition. The Danger of Intuition-Based Strategy Relying solely on intuition is a significant mistake. Without a foundation of solid data, leaders often make poor decisions fueled by: Missing key pieces of information Out-of-date or obsolete data Misinterpreted information Personal cognitive biases The most effective strategies are built on comprehensive data that accounts for all internal and external forces impacting the organization. This includes preparing for various “what-if” scenarios and threats, such as: Economic Shifts: A major recession resulting in a “quantum winter.” Technological Leaps: Unanticipated breakthroughs that advance the industry by years. Market Changes: The entry of unexpected new competitors. Logistics: Major supply chain shortages of key materials or components. AI Integration: Whether the continued growth of AI will positively or negatively impact quantum progress. The Path to Actionable Insights In the quantum sector, a robust strategy requires data from diverse areas, including hardware roadmaps, software developments, competitor moves, use cases, investment trends, and global economic factors. Assembling this volume of data is nearly impossible for a single company or government to do alone. Global Quantum Intelligence (GQI) has been dedicated to this mission since 2015, maintaining a data
