Geospatial solutions designed to turn complex data into reliable information, territorial intelligence, and better-informed decisions.
At VPC-WEBSISTEMAS E GEOINFORMAÇÃO, we transform concrete needs into robust, functional systems that apply technical and scientific knowledge to the processing, analysis, and transformation of data in support of planning, monitoring, and decision-making.
Each solution is tailored to the client, based on an understanding of the demand, its context, the processes involved, the available data, and the specific challenges faced by those who will use the system. Geoprocessing, data engineering, automation, and web development are combined according to the requirements of each project — from initial analysis through deployment and continued evolution.
Among VPC's products, the PLI/SP ecosystem — the PLI Hub — stands as its major current challenge. Its design involves integrating specialized applications, data, and processes within a shared structure, in which each system addresses specific demands while contributing to the operation and evolution of the whole. The scale and complexity of this initiative have enabled us to exercise our ability to combine technical and scientific knowledge, geoinformation, data engineering, and web development in the construction of integrated solutions for territorial management and strategic planning.
To enable systems with this capacity for integration and evolution, we prioritize free and open-source technologies — Free and Open Source Software (FOSS). In addition to eliminating or significantly reducing licensing costs, this model benefits from collaborative development and active communities that continuously improve, document, and test technologies used around the world.
For the client, this means greater autonomy over systems and data, technological transparency, easier integration, and the freedom to maintain, adapt, and expand the solution without excessive dependence on a single vendor or proprietary licenses. Resources can therefore be directed toward what truly adds value to the project: understanding the demand, ensuring data quality, developing functionality, and continuously evolving the system.
At every stage, VPC remains committed to technical and scientific rigor. Requirements, data, models, and criteria are handled with methodological clarity, traceability, and validation. Reproducible processes and auditable results provide confidence in the use of information and the decisions derived from it. In this way, technical knowledge and evidence are transformed into reliable, sustainable digital solutions that are prepared to evolve.
Integrated Management, Monitoring, and Technical Support System for PLI/SP — central access platform for SIGMA solutions in accident management and PLI Logistics and Infrastructure Program indicators. Institutional portal with role-based authentication and integration with the PLI Hub web application ecosystem.
Launch ApplicationWeb application for dynamic data analysis within the SIGMA/PLI ecosystem, focused on analytical interpretation, operational queries, and structured information navigation.
Launch ApplicationMulti-criteria decision-support tool based on Saaty's Analytic Hierarchy Process (AHP), with a guided five-step workflow: criteria selection and naming, pairwise comparisons, automatic weight calculation, and consistency ratio (CR) validation. SIGMA-PLI interface with interactive visualizations, manual or matrix upload input, and export to PDF, CSV, and XLSX.
Launch ApplicationIntelligent router offering conventional routing (the shortest path via OSRM) and Smart routing, which avoids hazards identified in active map layers. Origins and destinations can be defined by coordinates, text search (city, address, or postal code via ViaCEP), or by clicking the Leaflet map. Routes can be exported in JSON and Shapefile formats.
Launch ApplicationCitizen channel for reporting road incidents (potholes, flooding, crashes, blockages, roadworks, and signage problems) and submitting public feedback, with geolocation, photographs, and a public map. For the best reporting experience, access from a mobile device is recommended.
Launch ApplicationOperational monitoring of extreme climate risks on the state road network: mass movement, flooding, and fire risk (INPE RF). Integrates PPDC, MERGE/INPE rainfall, WRF forecast (CPTEC/INPE), interactive map, search tools, and 96-hour geodynamic evolution.
Launch ApplicationAnalytical portal integrating the Infosiga SP database (2014–2026) with the DER/SP Road Network. Consolidates 1.36 million crashes (92.3% geolocated), with Plotly dashboard, Leaflet map by road and segment, executive report, and navigation guide across temporal, demographic, and modal views.
Launch ApplicationExploratory analysis of crashes on São Paulo state roads (2023–2025): 39,578 records, 34,324 victims, and 29 interactive charts in six categories. Includes full dashboard, compact version, executive report, access guide, and CSV data download.
Launch ApplicationGeospatial study of São Paulo's road network: 21,674 km, 4,779 segments, and 645 municipalities. Presents road-density indicators by area, population, administration, category, and urban or rural location, with municipal, IGR, and IGI breakdowns, interactive maps, and documented methodology.
Launch ApplicationPLI SIGMA system in three stages for methodological indicator assessment: minimum data sheet assembly (manual or CSV), scoring with descriptive rubrics, weights, and knockout criteria, and consolidated results with sensitivity analysis and exports. Evaluates seven analytical dimensions — conceptual proximity, causal mechanism, empirical validity, specificity, sensitivity, measurability, and cost-effectiveness.
Launch ApplicationMethodological decision-support tool for the jurisdictionalization of road elements under DER/SP. Analyzes 1,247 roads using AHP with environmental, socioeconomic, and territorial integration criteria. Generates spatial favorability (IFM), socioeconomic (IFS), and infrastructure quality (IQI) indicators.
Launch ApplicationGeospatial application powered by Google Earth Engine for large-scale terrain slope analysis and visualization. Utilizes Digital Elevation Models (DEM) for automated slope calculation, enabling identification of areas with varying topographic gradients. An essential tool for environmental studies, territorial planning, risk assessment, and infrastructure feasibility analysis.
Launch ApplicationStructured web system for collecting and characterizing freight logistics data in the State of São Paulo. Captures information on products, origins, destinations, transport modes, costs, and decision factors (cost, time, reliability, safety, capacity). Includes modal sensitivity analysis, data validation, and JSON export for downstream processing.
Launch ApplicationBeyond our ready-made solutions, we offer custom development of geospatial applications, tailored multi-criteria analyses, data pipeline architecture, and consulting in geoprocessing technologies. Partner with us to transform your territorial challenges into scalable and transparent solutions.
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Founder, CEO and Technical Lead
VPC-WEBSISTEMAS E GEOINFORMAÇÃO is a technology and geoinformation company founded and led by Vinicius Capanema. Every solution is conceived, developed, and overseen directly by its founder and technical lead.