As the ebbs and flows of the AI race continue to dominate the attention of business leaders, investors and the media, among the most exciting emerging innovations positioning to redefine the way we interact with digital systems and our physical environment are Agentic AI and Spatial Computing. Both highlighted in Gartner’s Top 10 Strategic Technology Trends for 2025, it’s the convergence of these two technologies as they mature that, to me, brings a distinct potential to unlock capabilities across multiple industries that will have meaningful impact both to organizational leaders and their workforce.
Digital Brains in Physical Domains
Even in an environment experiencing consistent paradigm-shifting breakthroughs, Agentic AI feels like a big one, equipped with the ability to autonomously plan and execute actions to complete complex tasks assigned by a user. The technology moves beyond simple query-and-response models, creating AI “agents” capable of making complex decisions and taking action without constant human oversight. It’s a significant evolution being led by the likes of Nvidia and Microsoft.
Spatial Computing, on the other hand, blurs the lines between our physical and digital realities. Powering technologies such as augmented reality (AR), virtual reality (VR), and mixed reality (MR), Spatial Computing enables us to engage with digital content in the context of our real physical surroundings.
When we put these two concepts together, there’s some potential magic.
Empowering, Rather Than Replacing Human Agency
A legitimate concern that the rise of AI has brought with it, is its potential impact on the type of human agency that has driven industry forward for as long as it has existed. Understandably, the imminent arrival of Agentic AI only adds fuel to this fire, designed to comprehend and engage with complex commercial and operational scenarios in a way that no technology has ever done before – but, when combined with Spatial Computing, I think that we have a very compelling case for enhancing human capabilities rather than diminishing them.
The synergy of automation and physical immersion, i.e. the convergence of Agentic AI and Spatial Computing, could and should in my opinion be used to deliver a fresh type of human-machine interaction that empowers human agency in ways that we are only just beginning to foresee. How does this look in practice?
Transforming Processes Through Intelligent Immersion
In healthcare, Agentic AI could power virtual assistants that guide surgeons through complex procedures, with Spatial Computing providing real-time, three-dimensional visualizations of patient data. The result? Enhanced precision, reduced errors, and improved outcomes for patients. In this particular use case, the discretion of the AI “agent” acts as an assistant, theoretically handling much of the qualitative and quantitative process behind a procedure such as safety checklisting and streamlining communication, whilst the human agency (the surgeon) is able to operate more efficiently and effectively.
In the realm of logistics and supply chain management, Agentic AI could be used to orchestrate complex operations with minimal human intervention. These agents could have the capability to predict demand, optimize routes, and manage inventory in real-time. When coupled with Spatial Computing, warehouse workers equipped with AR glasses could theoretically see AI-generated instructions overlaid on their environment, guiding them to the most efficient picking routes. Meanwhile, autonomous robots, directed by Agentic and Spatial AI, navigate the space to collaborate with the human workers around them.
The potential applications extend to creative industries as well. Imagine architectural firms where Agentic AI acts as a tireless design partner, generating and iterating on concepts based on specified parameters. Spatial Computing then allows architects to step into these AI-generated designs, experiencing and modifying them in immersive 3D environments.
In manufacturing, Agentic AI could optimize production processes, while Spatial Computing enables workers to interact with digital twins of machinery, enhancing maintenance and reducing downtime.
This collaboration of human creativity and AI capability comes with the potential to be an unlock for businesses augmenting and accelerating the process of system design and implementation and pushing the boundaries of innovation.
Embracing the Future
The convergence of Agentic AI and Spatial Computing represents more than just technological advancement. It comes with the potential to shift how we perceive and interact with the digital world in the workplace. For those willing to embrace the opportunities it offers, there will undoubtedly be rewards and rather than a technology that comes with an obvious intent to displace or replace human workers, this has far more potential to empower them.
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