Mobility starts with infrastructure
Mobility services depend on:
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energy
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connectivity
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real-time data
Yet they are still being deployed as standalone systems.
This creates a fragmented urban infrastructure that becomes difficult to scale.
Mobility is an outcome of infrastructure.
Cities are adding mobility services,
but not infrastructure
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Limited urban space
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Grid constraints
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Multiple disconnected systems
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Complex deployment processes
Each new mobility service adds new infrastructure, new installation requirements, and new operational complexity.
This approach doesn’t scale.
From fragmented systems to integrated mobility infrastructure
Cities don’t need more standalone systems.
They need:
One infrastructure layer supporting multiple urban mobility services.
Use what is already there
Public lighting is one of the most widely distributed infrastructures in any city.
It can support mobility services without:
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duplicating infrastructure
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extensive civil works
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increasing urban complexity
This enables a more scalable and deployment-ready approach to urban mobility infrastructure.
Built for how cities operate
Urban Challenges
Dense urban environments
Cities with grid constraints
Fast deployment projects
Existing infrastructure upgrade strategies
Multi-service mobility requirements
Infrastructure Capabilities
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Retrofit-ready
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Modular
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Grid-aware
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Multi-service
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Interoperable
Designed for real-world deployment
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Retrofit existing poles
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Fast installation
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Multiple services at one point
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Scalable through existing networks
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Grid-aware infrastructure
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Minimal disruption to public space
Deployment becomes feasible, not theoretical.
Compatible with existing urban infrastructure and third-party systems.
What changes for cities
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Faster mobility deployment
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Reduced CAPEX
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Less disruption in urban environments
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Scalable infrastructure expansion
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Lower pressure on the electrical grid
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Infrastructure controlled by the city
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This enables cities to deploy connected mobility infrastructure more efficiently and at scale.
Mobility infrastructure already in operation
Omniflow infrastructure already supports mobility deployments in real urban environments.
Including:
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smart pedestrian crossings
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integrated EV charging infrastructure
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connected urban services
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multi-service deployments in public space
Real deployments supporting:
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pedestrian safety
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EV charging
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connected urban services
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multi-service public infrastructure
Explore real deployments
Explore mobility use cases
FAQ's
What limits mobility deployment in cities? Space constraints, fragmented infrastructure, and grid limitations slow deployment.
Can mobility services be deployed without new infrastructure? Yes. Existing public lighting infrastructure can support multiple mobility services.
Why is infrastructure critical for mobility? Because mobility services depend on energy, connectivity, and operational data.
Can existing street lighting support EV charging and pedestrian safety systems? Yes. Integrated urban infrastructure enables multiple mobility services in a single asset.
