SPARK Microsystems and TokenMe Rewire Construction Safety with Smart IoT
In an industry constantly walking the tightrope between productivity and risk, the construction sector has long sought smarter, real-time solutions to boost safety and streamline operations. Now, thanks to a powerful new alliance between SPARK Microsystems and TokenMe, it looks like the next big leap in connected construction has well and truly arrived.
SPARK Microsystems, the Canadian trailblazer in ultra-wideband (UWB) wireless technology, has teamed up with TokenMe, a Dutch Construction Tech firm specialising in advanced sensor and tracking systems. The partnership blends SPARK’s ultra-low power, high-speed SPARK LE-UWB™ solution with TokenMe’s AI-driven monitoring platform, bringing a whole new level of visibility and control to complex construction sites.
A Real-World Revolution in Odense
This isn’t just a concept cooked up in a boardroom. One of the first and most compelling deployments of the joint solution is already underway at Denmark’s New Odense University Hospital. Spanning a massive 250,000 m2 across multiple levels, the site presents the kind of logistical challenge where traditional tools often fall short.
TokenMe’s system, supercharged by SPARK’s LE-UWB™ tech, is enabling precise tracking of assets, personnel, and tasks in real time. The result? Enhanced safety oversight, reduced equipment losses, and much sharper operational decision-making.
“Our partnership with TokenMe leverages SPARK Microsystems’ advanced UWB wireless connectivity to deliver unmatched precision and reliability in real-time monitoring – essential for the dynamic nature of large-scale construction projects:” said Fares Mubarak, CEO of SPARK Microsystems.
What Makes SPARK LE-UWB™ So Special?
SPARK Microsystems’ proprietary UWB tech isn’t just another wireless protocol. It combines high data rates, ultra-low latency, and energy efficiency, making it uniquely suited to the demands of industrial IoT in harsh environments.
It supports:
- Real-time location tracking with sub-30cm accuracy
- Secure, interference-resistant communication
- Long battery life for remote and mobile sensors
This makes it ideal for applications like geo-fencing, motion detection, and even fall alerts – all of which are critical in reducing onsite injuries and boosting compliance.
“SPARK’s UWB technology allows accurate counting of workers at any strategic location, providing geo-fencing, motion and fall detection – crucial for providing quick insight and improving worker’s safety while maintaining uninterrupted performance on demanding construction sites:” said Hans van Leeuwen, CEO of TokenMe.
The TokenMe Edge
Founded in 2020, TokenMe has rapidly carved out a niche by bringing intelligent automation to rugged work zones. Its wireless, battery-powered solution includes tags, anchors, sensors and a powerful AI-backed software layer that turns site activity into digestible, floorplan-based insights.
Their offering includes:
- Real-time crew and asset monitoring
- Integration with existing construction workflows
- Actionable safety alerts via motion/fall detection
- Long-range wireless coverage with minimal infrastructure
More importantly, TokenMe doesn’t stop at data collection. Their AI engine helps convert mountains of information into strategic actions. Whether it’s rerouting foot traffic to avoid danger zones or pinpointing equipment bottlenecks, it’s all about proactive decision-making.
Industrial IoT Meets Construction
The SPARK-TokenMe integration underscores a bigger shift happening across the industry: the long-awaited rise of industrial IoT in construction. As sites grow in size, complexity, and pace, paper-based processes and standalone safety systems simply can’t keep up.
With the SPARK LE-UWB™ framework acting as the nervous system, and TokenMe delivering the brains, the combined platform brings:
- Higher operational visibility
- Enhanced safety compliance
- Predictive maintenance and optimisation
- Scalable deployment across multiple project sites
What’s clear is that connected construction isn’t just a buzzword anymore – it’s becoming a foundational layer for competitive, sustainable development.
Global Impact, Local Precision
While both companies have global ambitions, their approach remains highly tailored to individual site needs. TokenMe, with its roots in the Netherlands and manufacturing in Singapore, has already established a sales presence across Europe, the US and Japan. SPARK Microsystems, meanwhile, is continuing to refine its wireless technology for broader applications across mobile, consumer, and industrial sectors.
Together, they offer an end-to-end ecosystem that makes no compromises on power, performance, or precision.
What’s Next for Site Digitisation?
As AI, robotics, and sensor fusion technologies converge, the construction industry finds itself at a digital crossroads. The question isn’t if job sites will get smarter – it’s how quickly and who will lead the charge.
SPARK and TokenMe are making a compelling case for a new gold standard in safety and efficiency. Their model not only minimises risk and maximises insight but also offers a sustainable, scalable path forward.
And let’s face it: with regulations tightening, labour shortages increasing, and margins under pressure, the ability to run a safer, smarter site isn’t just a competitive edge – it’s a survival strategy.
Building the Future
The marriage of SPARK Microsystems’ cutting-edge wireless tech with TokenMe’s boots-on-the-ground AI-driven platform marks more than a clever bit of engineering. It’s a clear signal that the construction world is ready to embrace the next generation of digital transformation.
In a sector where downtime costs dearly and safety incidents cost even more, tools that combine precision, agility and insight are no longer optional.
With projects like the New Odense University Hospital already proving the concept, and the technology now scalable across continents, it’s safe to say this isn’t a moment – it’s a movement.
