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Writer's pictureMartin Piskoric

Dan Thomson: Can Digital Clones Extend Our Lives?

Updated: Oct 13

**Alt Text:** Dan Thomson, founder and CEO of Sensay, discusses digital immortality and AI-powered replicas in an insightful interview.

In an era where technology is seamlessly intertwined with our daily lives, a fascinating question emerges: Can digital clones extend our lives, preserving our essence for generations to come? Dan Thomson, founder and CEO of Sensay, delves into this intriguing topic in a recent podcast interview, exploring the potential of digital replication technology. Thomson’s venture into this space seeks to push the boundaries of personal AI, offering not only digital immortality but also practical tools for everyday life.


The Quest for Digital Immortality


For centuries, people have sought ways to leave a legacy, whether through family lines, monumental works, or lasting achievements. Today, we are witnessing the emergence of digital legacies through the vast amount of personal data we generate. Thomson’s vision at Sensay takes this idea a step further by developing AI-driven digital clones that can think, act, and even respond like us, long after we’re gone.

"We are the first generation to live with so much data available about ourselves that this data will survive us much longer than our physical bodies," says Thomson.

This realization inspired him to explore how AI could use this data to create digital replicas that can carry on a person’s knowledge, personality, and even memories.


How Digital Clones Are Created


Building a digital replica involves more than just programming responses. It’s about capturing the essence of an individual—how they think, how they speak, and how they interact in different contexts. The process begins with collecting extensive personal data, such as social media profiles, emails, and even stories shared by close friends and family.


Thomson explains the intricate layers involved: “We take open-source LLMs (Large Language Models) and add a contextual layer—details like age, location, and cultural background—that help narrow down the vast amount of data. On top of that, we add a personalization layer, which involves deeper inputs like your beliefs, desires, and experiences.” This multi-layered approach creates a digital clone that is not just a copy, but a living, evolving digital entity.


The Many Applications of Digital Replication


While the idea of digital immortality is compelling, the immediate applications of this technology are equally exciting. Thomson highlights use cases ranging from healthcare to gaming. In healthcare, for instance, digital replicas could assist dementia patients by preserving memories and providing a companion that understands their history and preferences. In education, these replicas could serve as expert mentors, offering personalized guidance based on a lifetime of experience.


Beyond legacy preservation, there’s a wide range of practical uses. Thomson’s own digital clone, affectionately dubbed "Danbot," is already managing his emails, social media messages, and even suggesting responses in real-time.

“It’s amazing the answers it can give already... they’re the answers I would give, if not better than I’d write them myself,” he notes.

The Future of Digital Clones in Society


As AI technology continues to advance, the concept of digital immortality could reshape how we think about life, death, and legacy. However, it’s not just about preserving a version of ourselves for posterity. There are immediate, tangible benefits to be gained right now—from automating routine tasks to enhancing productivity.


In the professional world, digital clones could capture institutional knowledge that often leaves with employees when they move on, preserving valuable insights for future teams. In the entertainment industry, these replicas could introduce entirely new experiences, such as personalized NPCs in video games or interactive versions of celebrities.


Ethical and Philosophical Questions


While the promise of digital immortality is intriguing, it raises important ethical questions. For instance, can a digital replica truly capture the essence of a person, or is it just a sophisticated imitation? Thomson acknowledges this challenge, emphasizing that while a replica might not hold the full consciousness of a person, it can still provide a meaningful connection for future generations. "It’s not to say at some point that I’ll be able to transfer my consciousness, because that’s a whole other philosophical discussion," he says.


Yet, even a partial replica, enriched by real memories and experiences, could offer valuable insights and connections, allowing people to engage with a version of their ancestors or loved ones in a way that’s never been possible before.


Wrapping Up: The Future of Digital Legacies


As the September Sensay Summit approaches, Thomson and his team are set to unveil the latest advancements in their technology, including how digital clones can enhance not just our futures, but our present lives by saving us time and enriching our experiences.


The broader implications of digital replication technology remain to be seen, but it’s clear that the concept of preserving our essence digitally is no longer just science fiction. Whether it’s extending our lives in some way or simply enhancing our daily routines, the possibilities are vast and growing.


For those curious about the cutting edge of personal AI, Thomson’s vision at Sensay offers a glimpse into a future where our digital selves might live on, capturing not just data but the essence of who we are.




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