OdinPSD is an innovative engineering company that manufactures modern, safe Platform Screen Door systems. We develop solutions that enhance safety and comfort in public transport.
Platform Screen Door systems are evolving fast with AI, IoT, and advanced control software. Beyond safety, PSD now enables smarter stations through real‑time monitoring, predictive maintenance, and optimized energy use integrated with station HVAC and signalling.
Next‑gen platforms combine high‑reliability hardware with software that synchronizes precisely with train doors, while analytics improve dwell times and passenger flow. These capabilities align PSD with smart‑city goals, building safer, more efficient, and sustainable metro networks.
Modern PSD solutions blend hardware reliability with intelligent software to maximize safety, availability, and energy performance across stations.
PSD technology raises safety, improves boarding flows at peak times, and reduces energy consumption by stabilizing platform climate and minimizing door cycle losses.
AI‑assisted detection and synchronized door logic reduce incidents and enhance passenger confidence.
Shorter dwell times, smoother flows, and energy savings through HVAC and controls integration.
Platform Screen Door (PSD) systems are critical for modern metro safety and performance. By creating a physical barrier between passengers and tracks, they reduce incidents, improve comfort, and enable smarter operations via integrated sensing and control.
In high‑density networks, PSD forms a backbone for safe, smart, and sustainable mobility, aligning with smart‑city and climate objectives.
Typical PSD deployments include synchronized sliding doors, safety sensors, SCADA/ATS integration, emergency modules, and remote diagnostics.
PSD can be added to new lines or retrofitted into existing stations. Work spans civil, electrical, signalling/software integration, and rigorous safety testing and commissioning.
Retrofitting legacy stations often requires bespoke engineering and staged delivery to keep service running.
Expect deeper integration with IoT, AI, and big‑data platforms: real‑time passenger analytics, predictive maintenance, and automated incident response for resilient, intelligent metro infrastructure.
By lowering energy use, improving station air quality, and enabling safer travel, PSD contributes to ecological goals and urban livability.
Reduced energy consumption and improved air quality
Safer public transport and better passenger experience
Official announcement describing the initiative to install platform-screen doors to separate platforms from tracks.
Technical and historical background on PSD systems and their use in urban transit.
Sector analysis and case studies covering design, safety and performance metrics.
