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AI Cockpit: AI-Driven Software Engineering Platform

AI Cockpit is a software engineering suite powered by Generative Artificial Intelligence that helps development teams accelerate the creation of digital products, software, and applications. The solution applies AI in all phases of the development lifecycle – from requirements gathering to deployment and maintenance – measuring the performance of each project and offering automation tools at every stage. In other words, it goes beyond the isolated use of models like ChatGPT: AI Cockpit orchestrates multiple AI tools and intelligent assistants to optimize the entire development process in an integrated way.

Dozens of companies from various sectors (such as retail, finance, manufacturing, and agriculture) already use AI Cockpit to boost their projects, proving its effectiveness in real-world scenarios. In addition to its own tools, the platform also connects to the best generative AI and automation tools available on the market, expanding its capabilities with the most advanced solutions in the ecosystem. All of this is made available in a unified interface – a “cockpit” – that provides full visibility of progress and allows for the agile identification of bottlenecks or opportunities for improvement.

AI Cockpit Platform​

The Platform module is the orchestrating core of AI Cockpit, responsible for integrating the other components into the development routine. It connects to the tools already used by the team, synchronizing information such as requirements backlog and task status so that the AI always works with the most up-to-date project context. The result is a cohesive environment where AI recommendations and generations are aligned with existing processes, and the team maintains full control over the workflow.

Key capabilities:

  • End-to-end orchestration of the development cycle.
  • Generation of epics, user stories, test cases, and personas.
  • Review of texts and interface language.
  • Integration with tools like Jira, Azure DevOps, ServiceNow, and BusinessMap.
  • Real-time dashboards and metrics, with over 40 indicators.
  • Extensibility to incorporate external AI models and services.
  • Secure human-AI collaboration, maintaining quality and compliance.

AI Cockpit Smart Engineering​

The Smart Engineering module focuses on accelerating the modernization of legacy systems and the automated understanding of complex codebases. It applies AI to analyze code in traditional languages (COBOL, Clipper, PHP, etc.), extract business rules, and generate detailed documentation, as well as proposing modernized versions in current languages and architectures.

Key capabilities:

  • Automated documentation of legacy systems.
  • Reverse engineering with generation of specifications in natural language.
  • AI-assisted refactoring for modern languages.
  • Increased team productivity with less manual effort.

AI Cockpit Reasoning​

The Reasoning module is the “brain” of AI Cockpit, concentrating Generative AI capabilities to support modernization, development, and testing activities. It functions as an intelligent assistant capable of understanding requests in natural language, accessing the project context, and generating artifacts in an automated and guided manner.

Key capabilities:

  • Code generation and review, including automated code review.
  • Creation of unit and integration tests.
  • Root cause analysis in failures and incidents.
  • Intelligent code documentation, explaining snippets in natural language.
  • Accelerated modernization and development, reducing time and cost by up to 80%.

AI Cockpit Metrics​

The Metrics module provides real-time visibility into software engineering performance. It collects data from various sources (work management tool boards, Git repositories, development metrics, etc.) and presents dashboards to support strategic decisions.

Key capabilities:

  • Monitoring the efficiency of the development flow.
  • Team productivity metrics.
  • Software quality and product management indicators.
  • Quantification of the impact of using AI (e.g., acceleration of requirements, development, and tests).
  • Over 40 indicators to support continuous improvement and justify investments.

In summary, AI Cockpit integrates cutting-edge AI technology with human expertise to revolutionize the way software is developed. By combining the Platform, Smart Engineering, Reasoning, and Metrics modules, it enables faster, more efficient, and higher-quality deliveries, while ensuring control and visibility of the entire process. The result for organizations is an optimized development cycle, capable of generating more business value and reducing costs compared to traditional approaches.