Case Study | Retail and CPG | Infrastructure and Cloud and Security | Products and Platforms

Global chemicals leader cuts cloud costs by 40%

How consolidating a fragmented multi-vendor IT estate under one model drove cost savings and operational agility.

element
element

How unified cloud operations cut costs and resolved incidents faster

  • A global dyes and specialty chemicals company with 4,500 employees across 30 production sites faced compounding IT complexity after strategic acquisitions.
  • Fragmented multi-vendor governance caused inconsistent SLAs, delayed resolutions, and an average of 3,800 IT incidents monthly, with spikes reaching 6,800.
  • Brillio consolidated Infrastructure, Cloud, Security, SAP, and Network under a single SLA with AIOps-driven monitoring and intelligent automation at its core.
  • The result was a 40% reduction in operational spend by Year 5, alongside measurable gains in resolution speed and service reliability across all IT functions.

From fragmented vendors to a single, accountable operating model

Challenge

When a global leader in dyes and specialty chemicals set out to grow through strategic acquisitions, it gained scale but inherited a serious operational liability: a fragmented IT estate with no clear owner.

The company, which employs over 4,500 people across 30 production sites worldwide, had accumulated a multi-vendor IT setup that was working against it. Different vendors managed different functions. Infrastructure, Cloud, Security, SAP, and Network each operated within their own boundaries, with separate SLAs, separate escalation paths, and limited coordination between them. When something went wrong, accountability was unclear and resolution was slow.

The numbers made the problem concrete. The organization averaged 3,800 IT incidents per month. During seasonal peaks, that figure climbed to 6,800. Analysis of the incident backlog revealed that more than 25% of all support tickets traced back to basic authorization and password issues, problems that a well-integrated support model should have been resolving quickly and consistently.

The deeper issue was structural. Siloed IT functions, limited proactive monitoring, and disjointed vendor ownership meant that the organization was spending significant time and money managing breakdowns rather than preventing them. Leadership recognized that the path forward was not another round of vendor negotiations but a fundamental shift to a single-vendor managed service model that could unify delivery, enforce consistent governance, and get ahead of incidents before they compounded.

Solution

Brillio was selected to lead the consolidation, bringing Infrastructure, Cloud, Security, SAP, and Network under a unified SLA and a single accountability structure.

The architectural centerpiece was an L1.5 integrated support layer, a structured intermediary tier that connected IT functions through knowledge engineering. Rather than routing every incident upward through a traditional escalation chain, the L1.5 layer enabled faster first-level resolution by equipping frontline support with the context, runbooks, and decision logic needed to resolve issues without unnecessary hand-offs. This addressed one of the most visible symptoms of the old model: the delay between a ticket being raised and someone with the right knowledge actually acting on it.

We deployed AIOps-driven monitoring and predictive analytics across the environment to shift the IT posture from reactive to proactive. Instead of waiting for incidents to surface, the system detected patterns and anomalies early, allowing the team to intervene before users were affected.

Intelligent automation was layered across operations through self-service kits, runbook automation, and ChatOps capabilities. Users gained the ability to resolve common issues, including the authorization and password problems that had accounted for more than a quarter of all tickets, without raising a support request at all.

Centralized dashboards gave the organization unified visibility across every layer of its IT estate. Workshops, assessments, and co-innovation sessions guided the transition, ensuring the move to the new operating model was structured, measurable, and aligned to the organization’s broader commitment to operational innovation.

Measurable gains across cost, speed, and service reliability

Outcomes

  • Operational spend dropped by 40% by Year 5, driven by automation, consolidation, and a more efficient single-vendor service model.
  • Tickets and outages fell by 20% as AIOps-driven monitoring and self-service capabilities resolved issues before they escalated or reached support queues.
  • Mean Time to Resolution improved by 20%, with teams spending less time firefighting and more time on higher-value, strategic IT initiatives.
  • First-level issue resolution accelerated by 25% through the L1.5 support layer, which reduced unnecessary escalations and improved governance across all functions.
Download as PDF

From 6,800 incidents a month to a proactive IT model

Before the transformation, the organization faced IT incident volumes that peaked at 6,800 per month, with over a quarter of tickets tied to basic access issues. Consolidating five IT functions under a single SLA, combined with predictive monitoring and intelligent automation, eliminated the conditions that produced that volume in the first place.

Spend Optimization Delivered

40%

Reduction in operational spend achieved by Year 5 through unified managed services.

Forward-looking thoughts and compelling stories

Case-Study_Achieving-5x-Faster-Migration-with-API-First-Transformation-for-a-Leading-US-Bank

Case Study

  • Banking and Financial Services

5x Faster Migration for US Bank | API-First Transformation

5x Faster Migration for US Bank | API-First Transformation Read more  
aem cloud service migration

Case Study

  • Technology

A Cybersecurity Giant Soars to AEM Cloud while Igniting Audience Engagement

A Cybersecurity Giant Soars to AEM Cloud while Igniting Audience Engagement Read more  

You define the north star, We pave the digital path

Let's connect   
elements
elements