Banking & Financial ServicesInfrastructureInfrastructure & Systems

IT Operations Automation

Context

The client, a major international banking group, operates a very large Windows server estate requiring high levels of industrialization, security, and monitoring. To meet these requirements, the client launched an initiative to automate operational processes, strengthen compliance, and improve security management across more than 20,000 Windows servers. In this context, the client relies on Avaliance to design automation and monitoring solutions based on modern technologies, combining Python, Flask, MongoDB, and Kibana.

Challenges

The client needed to industrialize the management of its Windows infrastructure while ensuring high levels of compliance and security.

Key challenges included automating system operations at scale, ensuring server compliance (antivirus, monitoring, restart policies), monitoring and securing a critical server estate, and industrializing the tracking and deployment of critical Microsoft patches.

Avaliance Intervention

Achievements

Avaliance deployed a structured approach to automation and monitoring of Windows environments, built around the following pillars:
  • design and optimization of APIs for Windows infrastructure management to automate operations (OS installation, start/stop)

  • development of automation solutions based on Python and Flask

  • implementation of compliance monitoring mechanisms for Windows infrastructures (antivirus, restart policies)

  • centralization and visualization of operational data through MongoDB and Kibana

  • industrialization of tracking and deployment of critical Microsoft patches across the server estate

Technologies & Tools

Python
Flask
MongoDB
Kibana
Windows API Automation
Microsoft Patching

Results

Thanks to Avaliance’s intervention, the client achieved concrete and measurable results:
1
large-scale automation of Windows environment management across more than 20,000 servers
2
significant improvement in compliance and security of critical infrastructures
3
reduction in manual interventions through APIs and industrialized processes
4
enhanced operational visibility through consolidated and actionable dashboards
5
increased reliability and stability of IT environments in a high-stakes operational context
6
significant reduction in manual workload through automation of operational processes
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