Steering Powerful Digital Process Automation
HTN’s Space Division Traffic Management (SDF™) and Space Division County Management (SDC™) are breakthrough methodologies that increase road capacity and reduce congestion — all without expanding physical infrastructure.
Managing traffic flow no longer requires massive investments in physical infrastructure. HTN’s Space Division Traffic Management (SDF™) for freeways and Space Division County Traffic Management (SDC™) for county roads are next-generation, virtual traffic infrastructure systems that increase lane capacity through advanced technologies.
HTN’s Transportation Department introduces groundbreaking solutions for surface transportation, targeting inefficiencies in traditional traffic management. Current traffic systems struggle with mass mobility demands, causing frequent delays and safety risks. HTN’s mass mobility ecosystems revolutionize traffic flow on freeways and county roads, enabling vehicles to move up to 10 times faster with no delays.
By rethinking traffic processes, HTN’s technology-enabled solutions deliver over 1000% productivity growth, reduce accidents, and enhance road safety. Fuel savings, lower emissions, and reduced noise pollution benefit both drivers and society. HTN’s approach aligns with Diversity, Equity, and Inclusion (DEI) principles, transforming freeways and county roads into community-friendly spaces that support sustainable mass mobility. These innovations offer exceptional value and substantial market opportunities for modern transportation infrastructure.
A breakthrough approach to improve traffic flow and reduce congestion on freeways. By using our virtual infrastructure methodology, SDF™ increases throughput while minimizing traffic disruptions.
Our unique approach for managing traffic on county roads. Using the same principles as SDF™, SDC™ optimizes flow on smaller, often congested roadways.
Transform traffic flow with HTN’s Space Division methodologies. Discover how SDF™ and SDC™ can make your roads safer, faster, and more efficient.