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Looking to the Past to Co-Create the Future

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At the 2025 KMWorld conference, several attendees shared that they’ve established a practice of archiving or even disposing of any content more than 5 years old due to the rapid pace of change. Conversely, with cloud storage costs stunningly inexpensive and capacity seemingly unlimited, some choose to just keep everything. With AI, we’ve ramped up the capability for mining all of those stored exabytes, extracting hidden insights with the aim of building one massive, universal brain. The downside of AI is that we’re seriously stressing the energy grid. The demand for more terawatts is growing almost as fast as the exabytes.

Given that backdrop, now would be a good time to pause, step back, and rethink the path which we’ve been bar- reling down to see if we might find a better way to handle the overwhelming onslaught of data. After all, who says 5, 10, 100, or even 1,000 years is the right threshold for disposal? And how much storage and processing capacity do we really need?

As the digital world races on, we can still catch glimpses of an almost forgotten era—a world in which ancient wisdom in the fields of medicine, building construction, agriculture, and the like is practiced among remote, Indigenous populations. Welcome to the wild, wonderful world of knowledge alchemy.

Although the term has several different definitions, knowledge alchemy is a means of combining present-day KM tools and strategies with ancient alchemic practices. Today’s approaches often involve driving innovation through the brute force engineering application of digital technologies. In contrast, ancient alchemy combined human sensory awareness and innate, curiosity-driven search and discovery with a tribal, highly tacit KM component.

Our latter day version of knowledge alchemy flips both approaches, as we blend the deeply intuitive aspects of ancient alchemy with the power of today’s KM. Let’ s take a look at some examples.

Looking to Nature

If the year 2026 has proven anything so far, it’s that fossil fuels, especially crude oil, still play a major part in global energy consumption. However, this fuel supply is susceptible to major disruptions, which affect the global economy. With each passing decade, the amount of oil in the ground dwindles. The costs of extracting, processing, and distributing it rise. This creates a vicious cycle, as more BTUs of energy are needed to extract each incremental unit of fuel. That’s the traditional engineering approach: Squeeze out every last possible marginal gain of efficiency possible. And it works—until it doesn’t. Even if we take into account the gains from the application of AI, we’re still stuck in the trap of finding the energy to power the AI that we’re using to find more energy.

An alchemist from ancient times, entering a time portal, popping up in today’s world, and seeing all this, might wonder: “Why all the fuss? Why not simply mix water, rock, and magnetism and make unlimited quantities of this stuff they’ re struggling so hard to produce?” That’ s exactly what two latter-day knowledge alchemists are doing at a company called RASA Energy (rasainc.com).

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