Spatial Pleasure offers the Mobility Intelligence Platform (MIP), a software suite that integrates real‑time traffic, GPS, and satellite data to model urban mobility and emissions. Users can run scenario simulations, assemble modular micro‑systems, and generate carbon‑credit assessments, enabling transport operators and city planners to evaluate policy impacts and optimize sustainable mobility.
Funding
¥120M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Mobility demand is projected to double by 2040 while CO₂ emissions must be cut in half, creating a paradox for cities and transport operators. Existing planning tools lack integrated, real‑time spatial data and the ability to evaluate policy impacts across diverse transport modes.
Solution
Spatial Pleasure delivers the Mobility Intelligence Platform (MIP), a data‑driven software suite that aggregates traffic flow, GPS traces, and satellite imagery to model urban mobility. The platform enables users to run scenario simulations that quantify the environmental and operational effects of policy changes. By offering a library of pre‑built micro‑system components, MIP can be rapidly assembled to meet the specific workflow of each transport or logistics operator, reducing implementation time and cost. The system also supports carbon‑credit assessment, allowing companies to monetize sustainability improvements. This approach equips planners and operators with actionable insights to optimize mobility sustainably.
Target Audience
Transportation and logistics companies, urban planners, and city governments seeking data‑driven tools to evaluate and improve mobility and sustainability.
Features
- Integration of real‑time traffic, GPS, and satellite data into a unified analytics engine
- Scenario simulation tools that model the impact of policy or infrastructure changes on mobility and emissions
- Modular micro‑system components that can be flexibly combined to address specific operational challenges
- DMRV software specialized for the transportation domain, providing detailed mobility‑related metrics
- Carbon‑credit generation and assessment capabilities for sustainable transport initiatives
- API and dashboard interfaces for easy data access and visualization
- Low‑cost, rapid deployment architecture tailored to individual client requirements