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A Global Brand’s AI Hub Journey
Enterprise AI Governance from Pilot to Production

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Challenges

A growing pipeline of AI use cases was outpacing the organisation’s ability to move them into production, with manual provisioning, approvals and configuration slowing delivery. Fragmented governance and disconnected visibility across Microsoft Foundry and Databricks made it difficult to maintain traceability and scale AI consistently.

Outcome

70% faster environment setup.
2× more AI use cases delivered, and one governed path from pilot to production across Microsoft Foundry and Databricks.

Solution

Clouadeon AI Hub

Challenges
Solution
Technology Stack 
Outcomes

A leading global retailer found itself flooded with new AI ideas as it accelerated its AI adoption across the organisation. Turning those ideas into production safely soon became a significant operational challenge. To overcome these challenges, the retailer partnered with Cloudaeon. By combining deep expertise in enterprise AI, governance and modern data platforms, Cloudaeon implemented AI Hub, a production control system for enterprise AI. Every AI use case then followed a governed path from pilot to production within their tenant, validated, completely traceable and most importantly, without shadow AI.

Client Problem

AI Ideas were Never the Problem: The retailer had volumes of AI use cases flowing in from every department of their organisation. Right from store operations to internal technology teams, customer-facing functions and hackathon initiatives, they were no less keen on fresh AI ideas. The challenge was no longer generating ideas but taking them successfully into production.


Every New Use Case Started from Zero: Every AI initiative followed a largely manual onboarding process. It took them months for a single use case to get started. Multiple teams had to coordinate infrastructure provisioning, configure AI resources, request approvals, establish development environments and validate access across different platforms. The major challenge was that every use case repeated the same lengthy process. This adversely affected the delivery process by slowing down the entire path to production, consuming valuable engineering efforts.


Platform Teams Became the Bottleneck for Innovation: The platform team became the centre of every request. Whether provisioning Microsoft Foundry projects, creating Databricks workspaces, configuring LLM endpoints or modifying model limits, almost every operational task depended on manual intervention. Even routine configuration updates required platform engineers to modify things manually.


Governance Was an Afterthought: Governance was another major challenge. Documentation, approvals and implementation evidence were scattered across multiple emails and portals. There was no way to understand who requested a use case, who approved it, how it evolved. The bare minimum to know whether the final implementation aligned with the original intent was also missing. AI adoption grew, this fragmented approach towards governance made traceability and audit readiness extremely difficult.


Two AI Platforms. Zero Unified Visibility: Like many other huge organisations, this one too relied on both Microsoft Foundry and Databricks. Each platform served an important purpose, but when it came to visibility, there was a lack of unified tracing. That meant every time teams had to move between these environments to understand each of them separately, making governance even more complex.


Root Cause Analysis

Considering the whole scenario, Cloudaeon did not consider these challenges as individual operational issues. We conducted a detailed assessment of how AI use cases were being onboarded across the organisation. The root cause analysis revealed that the organisation already had capable AI engineers, platform teams, governance functions, Microsoft Foundry and Databricks. Each team was performing its responsibilities effectively.


The real challenge was a lack of a standard operating model connecting business sponsors, governance teams, platform engineers and AI developers throughout the complete lifecycle of an AI use case.


As a result:

  • Approvals became fragmented

  • Infrastructure provisioning became repetitive

  • Governance evidence became difficult to trace

  • Pilot to production journey required significant manual coordination


Therefore, Cloudaeon concluded that the client did not need another AI platform. It needed a governed production control system. 

Solution

Cloudaeon implemented AI Hub, a Production Control System for Enterprise AI designed to provide one governed path from AI pilot to production.


AI Hub established a repeatable operating model. It standardised how every AI use case was registered, governed, provisioned, implemented, validated and operated. It also gave business sponsors, governance teams, platform engineers and AI developers a single governed path to production while maintaining complete visibility across Microsoft Foundry and Databricks platforms. Rather than relying on multiple disconnected tools, AI Hub enables the client to manage the entire AI lifecycle through one consistent operating model.


How We Delivered It

Cloudaeon implemented AI Hub through one governed path for every use case. We followed the seven stages below from the beginning so that the entire process is standardised right from the first use case.


Register: Every AI use case was formally registered, including ownership, sponsorship, business objectives, along with implementation details. For the registered use case, the requirement documentation and reusable AI resources already available within the organisation were recommended to reduce duplicate effort.


Configure: Right from governance policies, model & rate limits, security controls and guardrails were defined centrally. This ensured each AI use case aligned with organisational standards before the implementation began.


Provision: Platform teams reviewed requests and provisioned governed access to AI resources. This stage helped eliminate repetitive manual infrastructure setup while maintaining operational control.


Implement: AI engineers built their applications using their preferred development tools while consuming governed resources provisioned through AI Hub.


Validate: End users tested implementations within development environments.  So that functionality, governance compliance and production readiness are verified before the release.


Promote: AI Hub automated controlled promotion from development to production. This stage ensured that the configurations and dependencies remained consistent across environments through governed approval gates.


Operate: Once deployed, AI Hub continuously monitored operational cost, model quality, drift, policy changes and audit trails, all while providing unified observability across Microsoft Foundry and Databricks.



Technology Stack

  • AI Hub

  • Databricks

  • Microsoft Foundry

  • LLMs 


Outcome

AI Hub turned out to be a game changer for bringing every AI use case from pilot to production successfully. Most importantly, it delivered value for every team involved in the process:Platform Teams: Regained time

  • Reduced repetitive provisioning activities through governed automation.

  • Simplified configuration management using a unified interface instead of manual policy updates.

  • Achieved 70% faster environment setup      

AI Engineers: Built instead of waiting

  • Gained immediate access to governed AI resources.

  • Reused existing infrastructure instead of rebuilding it every time from scratch.

  • Used unified traces for faster debugging and implementation.

  • Delivered 2× more AI use cases than before

Governance: Became proactive

  • Received complete lineage, approval history, evidence and traceability from registration through production.

  • Improved audit readiness with a single governed lifecycle.

Leadership: One unified view

  • Received a portfolio-wide view of live AI initiatives, ownership, operational health and AI costs without switching between Microsoft Foundry and Databricks.

Business Sponsors: Relief

  • Gained relief that AI initiatives followed a consistent, governed path from development to production with complete visibility into delivery progress.


Conclusion

We strongly believe that enterprises don’t have failing AI projects because they lack capabilities. But they fail because every new use case follows a different path to production without governance. Cloudaeon replaced their fragmented processes with one governed operating model. In return, the organisation created a foundation that can support not just ten AI use cases but hundreds.


Do the challenges sound similar to yours? Explore how Cloudaeon AI Hub can help your organisation operationalise AI at enterprise scale. Contact us now and take the next step towards governed, production-ready AI.

We are ready to help you! 

Take the first step with a structured, engineering led approach. 

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