CLICC

Client: F.ne Compagnia di San Paolo
Duration: 1 year
People involved: 5

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About the Project

Overview

CLICC is an advanced platform designed to support the formulation of Climate City Contracts (CCC) by enabling exploration and comparison of strategies.

Solution

The platform uses an ontology-based framework to structure complex relationships, supporting scenario analysis and impact tracking.

Results

CLICC empowers city planners and stakeholders with the ability to simulate impacts, analyze scenarios, and make well-informed decisions.

Key Features

Scenario Analysis

POLICY SIMULATIONS

Simulate the environmental, financial, and energy-related outcomes of proposed actions, including renewable installations or electrification initiatives.

IMPACT VISUALIZATION

Evaluate the quantified impacts of policy measures on sustainability metrics, offering insights for better planning.

INTEGRATED FRAMEWORK

An ontology framework supports comprehensive analyses, detailing interrelations among actions and stakeholders.

Tracking Progress

EVOLUTION MONITORING

Track the alignment of city systems with established sustainability goals using detailed indicators.

HISTORICAL TRENDS

Access historical data to assess progress over time and refine strategies as needed.

REAL-WORLD INSIGHTS

Support evidence-based decisions by highlighting real-time progress towards goals.

Design & Implementation

USER-CENTERED DESIGN

Developed with detailed wireframes and mockups to prioritize user experience and functionality.

ROBUST ARCHITECTURE

A solid backend structure integrates an ontology framework and analytical tools, ensuring reliable performance.

COLLABORATIVE DEVELOPMENT

Stakeholders and developers worked together throughout to align with intended goals.

Testing & Deployment

COMPREHENSIVE TESTING

Rigorous testing phases included unit, integration, and user acceptance to validate functionality and reliability.

PERFORMANCE MONITORING

Deployment was complemented with tools to monitor system health and identify potential issues proactively.

RELIABLE ROLLOUT

Production setup ensured minimal downtime and secure migration from development to live operation.

Technical Implementation

FRAMEWORK

An ontology-driven framework supports data relationships and dynamic scenario modeling.

USER FRIENDLY

A responsive and intuitive interface provides users with easy navigation and visualization capabilities.

SYSTEM ARCHITECTURE

Robust integration ensures reliable communication between frontend and backend components.

Project Tech Stack

REACT

DJANGO

TYPESCRIPT

POSTGRESQL

DOCKER

ADOBE XD

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