
Advanced AI technology driving the next generation of predictive digital twins, saving lives and helping reduce carbon footprint
At Digital Twins Solutions, we are on a mission to propel the world towards a more sustainable future. Our unique patent-protected VOYANT™ suite of solutions utilizes the latest advances in AI, Supercomputing, and IoT to create a single platform configured to model Faster Than Real Time (FTRT) Digital Twins of real processes—such as fire, indoor air quality, and energy usage—and embed these models in Digital Twins of a built structure or area of open terrain. This technology supports climate-resilient architecture by helping designers and engineers anticipate risks and enhance the performance of the built environment. It also enables the creation of purposefully designed spaces that provide protection, comfort, and stability amid external climate threats, optimizing the response of people and systems in both emergency and non-emergency scenarios.
Our VOYANT™ Offerings
Bringing high performance digital twins to life
Most Digital Twins are reactive; they report what has happened.
But we do something much, much more powerful. We model, report, and advise on what WILL happen.
Digital Twins + Predictive Fluid Dynamics + AI is where real-time data is accelerated to create Faster Than Real Time (FTRT) optimized processes and predictive insights.
What is VOYANT™
How VOYANT™ works
VOYANT™ x Wildfires
Our industry-leading team
Sanctuary
Digital Twins represent the critical first stage in developing adaptable communities equipped to withstand climate challenges while fostering healthier environments that can significantly reduce healthcare costs. By simulating and analyzing the built environment, Digital Twins enable the creation of sanctuaries within our communal and personal spaces – be it workplaces, homes, schools, care facilities, hospitals, or military bases – where individuals can feel protected from the escalating climate threats outside.
The sense of being shielded and comforted is one of the most fundamental human needs, both individually and collectively. Without fulfilling this primal need, the prospect of a sustainable future for humanity becomes increasingly tenuous. The systemic transformations necessary to restore planetary health and mitigate climate change are unlikely to occur without ensuring that people feel safe and secure in their environments.
Psychologists, sociologists, and philosophers alike underscore the importance of safety as a prerequisite for sound decision-making. Without the stabilizing effect of secure, climate-resilient environments, individuals and organizations are more prone to compounding past errors with new, poorly considered decisions – decisions that could accelerate environmental degradation rather than mitigate it.