02/09/2026
Ultra‑high‑speed transportation is moving from vision to reality.
Around the world, governments, researchers, and engineers are turning bold ideas into real systems.
🇰🇷 South Korea is pushing forward with its government‑supported program (its name for Hyperloop), investing KRW 12.7 billion (≈ USD 8.8 million) to advance superconducting maglev, low‑pressure tube technology, and control systems for speeds above 1,200 km/h — coordinated by the Korea Railroad Research Institute.
👉 https://www.koreatimes.co.kr/business/20250409/south-korea-launches-research-on-maglev-propulsion-tech-for-envisioned-hypertube-train
🇮🇳 In India, TransPod was honoured to serve as a jury member at the Global Hyperloop Competition hosted by the Indian Institute of Technology of Madras. We were inspired by the creativity, practical engineering, and ambition shown by the teams. Congratulations to Avishkar Hyperloop and all participants — the future of engineering looks bright.
🇨🇦 What does this mean for Canada?
At TransPod, we see a clear signal: countries that bring together public leadership, research institutions, and industry will shape the future of mobility. Canada — and Alberta in particular — has the talent, geography, and industrial strength to lead, not follow.
The question is no longer if ultra‑high‑speed tube transportation will happen —it’s who will commit early and build it first.