Desarrollo de software para la automatizacion y virtualizacion de procesos en el laboratiorio nacional de espectroradiometria y observacion de la tierra (labneo) del instituto geografico agustino codazzi

Abstract

The report documents the development of a custom C#/.NET desktop application for the National Laboratory of Spectroradiometry and Earth Observation (LABNEO) at IGAC, aimed at automating spectral signature capture, calibration, and unification. The project integrated the OceanOptics SDK to replace the commercial OceanView software, following Scrum methodology, with a decoupled architecture, thread-safe hardware control, a guided calibration wizard (White/Dark reference), a curve-unification algorithm (Crossfade), and a "digital twin" module to simulate sensors when physical hardware is unavailable. Key results include: post-fieldwork processing time reduced from 5-7 days to minutes (~98% reduction), standardized file naming using DIVIPOLA coding, automated Word report generation, and an additional face-anonymization module for data privacy compliance. The solution was formally validated by IGAC's Spatial Data Infrastructure Directorate, with recommendations for institutionalization, cloud migration, and future exploration of Machine Learning for automatic land-cover classification.