ORIS is a construction materials platform that utilizes a geolocation-based database to optimize the selection and transportation of materials, enabling users to calculate the carbon footprint and resource usage of their infrastructure projects. This approach addresses the need for cost-efficient and sustainable construction by providing data-driven insights for minimizing environmental impact and enhancing project visibility.
Funding
Funding not disclosed
Founders
Product
Problem
Infrastructure projects often suffer from inefficient material selection and transportation, leading to increased costs, higher carbon emissions, and unsustainable resource usage. Calculating the environmental impact of construction materials and optimizing logistics remains a complex and time-consuming process.
Solution
ORIS offers a construction materials platform that leverages a geolocation-based database to optimize material selection and transportation for infrastructure projects. The platform enables users to calculate the carbon footprint and resource usage associated with different material choices, promoting cost-efficient and sustainable construction practices. By providing data-driven insights into material properties, specifications, and proximity to project sites, ORIS helps minimize environmental impact and enhance project visibility. The platform facilitates informed decision-making throughout the project lifecycle, from initial design to waste management, ensuring the delivery of resilient and environmentally responsible infrastructure.
Target Audience
ORIS targets materials suppliers, contractors, infrastructure engineers, and public authorities involved in infrastructure projects.
Features
- Geolocation-based database of construction materials with properties and specifications
- Carbon footprint calculation based on internationally recognized norms
- Optimization of material transportation in terms of time, costs, and carbon footprint
- Multi-criteria dashboards for data-driven decision-making (carbon footprint, natural resources, water, budget, road safety, resilience)
- Integration with Civil 3D for design iterations and minimizing environmental impact
- Waste tracing capabilities according to regulations