Induct Technology documents the Navia and Cybergo autonomous shuttle platforms - vehicles designed for campuses, airports, industrial facilities, and other managed environments where low-speed driverless operation is both practical and necessary.
The Navia and Cybergo platforms share a common operating philosophy: fixed routes, defined environments, and driverless operation at speeds suited to pedestrian-adjacent use. Neither is a general-purpose autonomous vehicle. Both are purpose-built for contexts where that constraint is a feature, not a limitation.
A compact, fully electric, driverless shuttle for managed routes. Navia is the core platform around which Induct Technology's approach to autonomous mobility is built - quiet, precise, and designed for environments that reward restraint over speed.
Product documentation
A driverless electric shuttle positioned for early autonomous transport deployment contexts - particularly in the United States market. Cybergo represents a specific moment in the evolution of commercially available autonomous mobility systems.
Platform notesAutonomous shuttles at this speed range and operating profile perform well when the environment is designed around them - or already has the structure they need. Campus loops, airport inter-terminal routes, hospital estate circuits, and private visitor routes all share characteristics that make driverless operation tractable.
Predictable pedestrian volumes, defined routes between buildings, and an operator audience that skews toward early adoption. Campus deployment is where most documented Navia operations have occurred.
Inter-terminal movement, landside circulation, and staff transport across airside zones all fit within the operational envelope of low-speed autonomous shuttles - provided the route is fixed and controlled.
Large estates with predictable patient, visitor, and staff movement between buildings present a deployment case where driverless operation can reduce operational cost and improve service consistency.
A considered look at what "commercially available" meant in practice when autonomous shuttle transport moved from prototype to deployable product - and why managed environments were the key enabler.
Documentation of the formal U.S. market introduction of the Cybergo platform - a significant moment in the early history of commercially positioned autonomous shuttle transport in North America.
International press coverage of early autonomous shuttle technology reached beyond specialist transport media. What the New Zealand Herald tech universe feature represented in terms of mainstream awareness.
The resource section covers practical questions around autonomous shuttle deployment - route planning, operating constraints, terminology, and the considerations that matter when moving from proof-of-concept to repeatable operation.
A practical review of the operational and service advantages that make driverless transport viable in specific deployment contexts.
A product and technology evolution narrative covering the development of low-speed autonomous transport from early prototypes to deployment-ready platforms.
Practical notes on what makes a route suitable, how autonomous shuttle operations are structured, and the constraints that operators need to account for from day one. Reliable deployment also requires a controlled software lifecycle, including signed releases, automatic rollback and robust OTA update management across the vehicle fleet.
The gallery brings together product images, deployment photography, and visual documentation from the Navia and Cybergo vehicle programmes - presented as a curated archive rather than a media library.