Intranet security and architecture audit with logs and compliance Seville 2026

By 2026, corporate intranets have ceased to be mere document repositories and have become central platforms for productivity, collaboration, and internal automation. However, this evolution brings significant risks: from architectural vulnerabilities to data leaks in artificial intelligence systems. For companies based in Seville seeking to maintain regulatory compliance and traceability, a specialized audit of intranet security and architecture has become essential. The goal is not only to detect failures but to ensure that every layer —from the base code to cloud deployments— meets the most demanding standards.

A thorough audit examines infrastructure scalability, code quality, and SQL query performance, as well as the correct implementation of permissions and roles. In the realm of AI for businesses, specific risks such as prompt leakage, RAG traceability, and AI agent behavior are evaluated, along with the operational costs associated with tokens. Cybersecurity also covers secret management, CI/CD environment configuration, and backup mechanisms. Q2BSTUDIO, as a company specialized in custom software, offers a comprehensive audit report with criticality levels, quick fixes, and a remediation roadmap tailored to each organization.

The integration of AWS and Azure cloud services is common in these environments, and the audit verifies that connections —including VPNs and private endpoints— are correctly segmented. Additionally, business intelligence capabilities, such as Power BI, are reviewed to ensure that operational visibility dashboards do not expose sensitive data. Q2BSTUDIO combines its experience in custom applications with a practical approach: after the audit, it delivers a personalized web portal so business teams can manage AI flows, monitor costs, and adjust prompts without constantly relying on the technical department. This model allows Seville-based companies to achieve a return on investment in less than twelve months, reducing repetitive manual work by 30% to 60% and accelerating process cycles by up to 45%.