CODIMA Intelligent Infrastructure Inspection Platform

Project Details

This project involved the design, development, and implementation of a fully customized digital platform created to optimize the traceability, technical inspection, and preventive analysis of critical cable assets through advanced technologies.

The platform centralizes technical operations and the complete lifecycle of cable assets, enabling everything from basic registration to advanced AI-powered analysis. It was engineered for high-demand operational environments and includes offline-first capabilities for fieldwork without connectivity.

The Solution: An Integrated Offline-First Platform

We designed and developed a custom web and mobile ecosystem capable of managing the complete lifecycle of technical assets through a scalable operational infrastructure.

- Applied Artificial Intelligence

Integration of AI agents for automated evidence analysis and risk classification based on ISO 4309 standards.

- Unlimited Field Mobility

Android mobile application built with an offline-first approach, allowing inspectors to capture technical data and field photography without connectivity, automatically synchronizing information once the connection is restored.

- 360° Asset Management

Creation of a complete digital history for every cable, including inspection records, operational states, and photographic evidence with full traceability.

- Operational Control

Centralized dashboard with proactive alerts and automated technical reporting designed to accelerate operational decision-making.

Client

Codima

Services

AI Automation

Country

Colombia

The project transformed complex technical inspection workflows into a centralized digital ecosystem built for reliability, traceability, and long-term operational efficiency. By combining artificial intelligence, offline-first mobility, and real-time operational visibility, the platform enables teams to improve inspection accuracy, reduce operational friction, and manage critical infrastructure with greater precision and scalability.