A Sustainable Commuting Platform for Reducing Commuting Costs and Emissions
With patented technology built in, KINTO Join matches coworkers travelling to and from work using a similar route, so they can carpool together and make their daily commute routine fun, healthy and economical.
Our platform is more than just a corporate carpooling solution: it relieves the parking pressure on company grounds, eases traffic congestion around client sites and boosts clients’ sustainability efforts.
Verifying a journey with KINTO Join verifies and proves the exact amount of CO2 and NOx saved just by travelling with a colleague to work. These savings contribute directly to yearly sustainability reports, allowing our clients access to various country-based benefits (depending on country legislation).
KINTO Ride – A Comprehensive Digital Platform
KINTO Ride is a comprehensive digital platform designed to streamline ride-pooling services. Our all-in-one solution includes a range of features for fleet management, including ride requests, vehicle occupancy, driver whereabouts, pickup and drop-off times and locations, as well as an automated route planning algorithm – all easily accessible through our user-friendly admin panel.
Our platform is designed to help fleet operators manage user-centric and profitable ride-pooling services by maximising vehicle usage and minimising operational costs. KINTO Ride offers driver performance scoring, allowing fleet managers to monitor their drivers and ensure top-quality service.
Gatwick Airport Commute Case Study
Gatwick Airports triumphs with KINTO Join to save 52 tonnes of CO2.
As part of its initiative to become the UK’s most sustainable airport, Gatwick was the first airport to launch KINTO Join, an incentivized journey-sharing scheme for airport staff.
With the goal of reducing traffic and pollution, the airport management decided to incentivize employees who carpool to work by offering them reserved parking spaces.
Within the first 6 months of launch, the initiative helped them remove 13.548 cars off the roads, amounting to a total of 53.952 cars over the last 3 years.
Read the full case study here.
