Nemi: demand-responsive transport
Nemi makes public transport in low-density areas feasible by providing a software solution that enables flexible bus services.
Supported by: EIT Urban Mobility
Product Details
Nemi is an on-demand transport platform. Nemi was created using space technology to solve an increasingly relevant social issue; accessibility to and efficiency of public transport services in contexts of low demand, that includes not only sparsely populated peri-urban and rural areas with no or very limited access to public transport both also off-peaks travel times in a more urban setting.
Nemi is a tool for managing flexible bus services which includes:
- the deployment of fully demand-responsive lines
- the hybridisation of regular lines by including request stops or
- the hybridisation of regular lines by operating them on demand during off-peak hours.
With Nemi, public transport operators can optimise their services making transport more efficient, sustainable and inclusive.
Nemi is an on-demand transport platform. Nemi was created using space technology to solve an increasingly relevant social issue; accessibility to and efficiency of public transport services in contexts of low demand, that includes not only sparsely populated peri-urban and rural areas with no or very limited access to public transport both also off-peaks travel times in a more urban setting.
Nemi is a tool for managing flexible bus services which includes:
- the deployment of fully demand-responsive lines
- the hybridisation of regular lines by including request stops or
- the hybridisation of regular lines by operating them on demand during off-peak hours.
With Nemi, public transport operators can optimise their services making transport more efficient, sustainable and inclusive.
Best Practices
Discover and read more about the impact of Nemi: demand-responsive transport through real success stories and tested implementations
Girona: Mobilising former transport deserts
The region of Garrotxa has a total population of 59,000 spread over a remote area of 735 sq.km making for a sparsely populated area with an average density of 70 inhabitants per sq.km.