Shipyards still running on physical boards in 2024? Wild.
Alex Hilger's team at their startup built a digital twin system to automate shipyard operations. The immediate problem they're solving: replacing literal physical boards (think whiteboards or pegboards) that shipyards use for scheduling and resource allocation.
Digital twin approach means creating a virtual replica of the entire shipyard—tracking vessel positions, worker assignments, equipment availability, and workflow dependencies in real-time. The system likely ingests sensor data, schedule inputs, and operational constraints to optimize throughput.
Shipyards are notoriously complex: you've got massive vessels, hundreds of workers, tight berthing space, supply chain coordination, and regulatory compliance. Moving from manual boards to a digital twin isn't just digitization—it's enabling predictive scheduling, bottleneck detection, and resource optimization that's impossible with analog tracking.
First-mover advantage here is huge. Maritime logistics is still deeply analog in many operations. If they nail the UI/UX for shipyard managers (who aren't typically tech-native), this could scale across ports globally.
Core tech stack probably involves IoT sensors, computer vision for vessel tracking, constraint-based optimization algorithms, and a real-time data pipeline. The hard part isn't the tech—it's change management in an industry that's been doing things the same way for decades.
Alex Hilger's team at their startup built a digital twin system to automate shipyard operations. The immediate problem they're solving: replacing literal physical boards (think whiteboards or pegboards) that shipyards use for scheduling and resource allocation.
Digital twin approach means creating a virtual replica of the entire shipyard—tracking vessel positions, worker assignments, equipment availability, and workflow dependencies in real-time. The system likely ingests sensor data, schedule inputs, and operational constraints to optimize throughput.
Shipyards are notoriously complex: you've got massive vessels, hundreds of workers, tight berthing space, supply chain coordination, and regulatory compliance. Moving from manual boards to a digital twin isn't just digitization—it's enabling predictive scheduling, bottleneck detection, and resource optimization that's impossible with analog tracking.
First-mover advantage here is huge. Maritime logistics is still deeply analog in many operations. If they nail the UI/UX for shipyard managers (who aren't typically tech-native), this could scale across ports globally.
Core tech stack probably involves IoT sensors, computer vision for vessel tracking, constraint-based optimization algorithms, and a real-time data pipeline. The hard part isn't the tech—it's change management in an industry that's been doing things the same way for decades.