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Taniya Sharma
Taniya Sharma

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The End of "Lift and Shift": How AI-Driven GCCs Are Killing the Traditional Shared Services Model

For the last 30 years, the "Shared Services Center" (SSC) has been a staple of the Fortune 500. The playbook was simple: take a repetitive, high-volume process (like Accounts Payable, IT Helpdesk, or Payroll), centralize it in a low-cost location (like Manila or Krakow), and hire 500 people to do it manually. The efficiency came from "Labor Arbitrage"—replacing a $60/hour worker with a $15/hour worker.

But as we enter 2026, the math broke.

Labor arbitrage is a finite game; eventually, wages rise, and the savings plateau. More importantly, Generative AI has introduced a new form of arbitrage: "Intelligence Arbitrage." Why pay a human any amount to process an invoice when an AI agent can do it for $0.05 in 2 seconds?

This shift is forcing a radical transformation. The legacy SSC—defined by headcount and manual processing—is dying. Taking its place is the AI-Driven Global Capability Center (AI-GCC). This new entity is not defined by how many people it employs, but by how much automation it deploys. It is moving the enterprise from "low-cost labor" to "high-speed intelligence."

The Problem: The "Zombie" Shared Service Center

Legacy SSCs suffer from the "Lift and Shift" curse. Companies moved broken, inefficient processes offshore without fixing them.

The Symptom: An SSC with 1,000 employees doing manual data entry.

The Incentive Trap: The SSC leadership justifies its existence by the size of its headcount. They have no incentive to automate because shrinking the team reduces their perceived importance.

The Result: Bloated operations that are slow, error-prone, and resistant to change.

The Solution: The AI-Driven GCC

The AI-GCC flips the model. Its mandate is not "Process the Ticket"; its mandate is "Eliminate the Ticket."

The Structure: Instead of an army of L1 support agents, the AI-GCC is staffed by a smaller, elite team of Automation Engineers, Data Scientists, and Process Architects.

The Engine: They deploy "AI Agents"—autonomous software bots—that handle the L1 and L2 tasks. The humans only handle the "Exception Queue" (the 5% of complex cases the AI can't solve).

Use Case 1: The "Zero-Touch" Finance Function

Legacy SSC: 200 accountants manually matching Purchase Orders (PO) to Invoices.

AI-GCC: An AI Agent (using OCR and LLMs) reads the invoice, checks the ERP for the PO, verifies the tax code, and schedules the payment.

The Shift: The finance team in the GCC shrinks from 200 to 20. Those 20 are now "Financial Analysts" who use the AI's data to forecast cash flow, adding strategic value instead of just keeping the lights on.

Use Case 2: The "Self-Healing" IT Desk

Legacy SSC: 500 service desk agents resetting passwords and troubleshooting Outlook. Average resolution time: 4 hours.

AI-GCC: An Intelligent Chatbot intercepts the ticket. It uses APIs to reset the password instantly. If a server is down, an AIOps bot detects the anomaly and restarts the service before a human even notices.

The Shift: Resolution time drops to seconds. The IT team pivots to building new tech capabilities rather than fixing old ones.

Shared Services vs. AI-GCC: The Paradigm Shift

The following table contrasts the dying model with the emerging standard.

The Transition: How to Pivot

Enterprises cannot just fire their SSC and build an AI-GCC overnight. It requires a Brownfield Transformation.

The "Automation Audit": Analyze the SSC's ticket data. Identify the top 5 repetitive tasks that consume 50% of the volume.

The "Bot Squad": Deploy a Tiger Team of AI engineers into the SSC. Their job is to build the agents that kill those top 5 tasks.

Reskilling: As the manual work evaporates, retrain the domain experts (who know how the process works) to become the "Teachers" of the AI models.

How Hexaview Builds the Future

At Hexaview, we don't build "Body Shops." We build Automation Factories.

Our approach to transforming legacy operations includes:

Agentic Process Automation (APA): We go beyond simple RPA (robotic process automation) by deploying GenAI agents that can handle unstructured data (emails, PDFs) and make decisions.

The "Outcome-Based" Commercial Model: We don't want to be paid by the hour. We prefer models where we are rewarded for the efficiency we deliver (e.g., "Pay per invoice processed"), aligning our incentives with your automation goals.

Talent Transformation: We help you hire the "New Collar" workforce—the AI-savvy operators—who will run your next-generation GCC.

We help you stop managing headcount and start managing intelligence.

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