A Global Capability Centre (GCC) may begin with a small team, but its technology requirements can be complex from day one. Employees may need access to global applications, sensitive company data, proprietary systems and shared development environments.
Infrastructure decisions affect more than employee productivity. They influence security, business continuity, compliance, collaboration and the centre’s ability to take on more responsibility.
A practical technology plan should therefore be developed alongside the GCC’s operating model, workforce strategy and workspace decisions.
1. Map the technology requirements to the GCC’s mandate
Start by identifying the work the centre will perform. A finance operations team, a software engineering hub and an AI research team will not necessarily need the same systems or infrastructure.
Assess requirements across these areas:
- End-user computing: Laptops, desktops, approved devices and endpoint management.
- Connectivity: Reliable internet, secure remote access and appropriate network capacity.
- Business applications: Enterprise resource planning, customer relationship management, HR, finance and collaboration platforms.
- Development environments: Code repositories, testing environments, cloud services and approved development tools.
- Data infrastructure: Storage, analytics platforms, databases and data access controls.
- Security: Identity management, endpoint protection, monitoring and incident response.
- Support: IT helpdesk, equipment replacement, onboarding and offboarding.
Document which systems will be managed locally and which will be controlled by the global technology team.
2. Establish access controls before onboarding employees
Employees should receive access based on their roles and responsibilities. Giving every new hire broad access for convenience can increase the risk of accidental disclosure or misuse.
A role-based access approach should define:
- Which applications and data each role requires.
- Who approves access requests.
- How access is granted and recorded.
- How permissions are reviewed when responsibilities change.
- How accounts are disabled when employees leave.
Multi-factor authentication, strong authentication policies and centralised identity management can help protect accounts. Privileged access should receive additional controls and monitoring.
Coordinate onboarding and offboarding with HR, IT, security and facilities teams so that application access, devices, credentials and physical access are handled consistently.
3. Protect sensitive data
Before the GCC begins handling company or customer information, identify the data it will process and the rules that apply.
Classify information according to sensitivity. Define how it may be accessed, stored, transferred, retained and deleted. Confirm whether the centre will handle personal data, financial records, intellectual property, customer information or regulated information.
Where applicable, legal and security teams should assess relevant Indian requirements, contractual obligations and the rules of the global markets the company serves. Cross-border data transfers and sector-specific requirements may need additional review.
Do not assume that all data can be transferred or stored in the same way. Requirements depend on the data, the activity and the applicable legal framework.
4. Evaluate the physical office environment
Cybersecurity is not limited to software. The workspace can influence the risk of unauthorised entry, visual exposure, device theft and conversations being overheard.
During office evaluation, assess:
- Access controls at building and office entrances
- Visitor registration and escort procedures
- Secure areas for sensitive teams
- Network and server-room arrangements, where relevant
- Device storage and physical security
- Meeting-room privacy
- Backup power and connectivity
- Emergency procedures and building access policies
A managed office or coworking space may provide shared facilities, but the company should confirm which security responsibilities belong to the operator and which remain with the GCC.
Sensitive work may require dedicated rooms, restricted access or additional controls. These requirements should be established before finalising the workspace.
5. Plan network reliability and business continuity
An outage can affect global delivery, especially when the GCC supports time-sensitive operations. Evaluate network reliability and the availability of backup connectivity where the work requires it.
Business continuity planning should identify critical systems, recovery priorities, responsible teams and communication procedures. Test backup arrangements instead of assuming they will work when needed.
The plan should also address disruption caused by power failures, building access issues, technology incidents or the unavailability of key personnel.
For multi-location GCCs, clarify how teams will continue essential work if one site becomes unavailable.
6. Build cybersecurity into employee training
Employees need practical guidance on identifying suspicious messages, protecting credentials, handling confidential information and reporting incidents.
Training should be relevant to the work performed. Developers may need additional guidance on secure coding and handling source code, while finance teams may require stronger awareness of payment fraud and sensitive financial information.
Provide a clear incident-reporting channel and encourage prompt reporting. Employees should understand that reporting a suspected incident quickly is more important than trying to investigate it independently.
Repeat training as systems, threats and job responsibilities change.
7. Select a workspace that supports technical requirements
Technology requirements can influence the location and type of office selected. A team that depends on reliable connectivity, secure development environments or specialised infrastructure may have different needs from a general business operations team.
Before signing an agreement, confirm the availability and responsibility for connectivity, power backup, access controls, network installation, equipment storage and any required modifications.
For a broader approach to selecting a GCC location, read https://www.flexospaces.com/resources/how-to-choose-the-right-micro-market-for-your-gcc-in-india/. This is a proposed internal link for use once Article 10 is published.
Also review the headcount-based planning framework in https://www.flexospaces.com/resources/how-much-office-space-does-a-gcc-need-a-headcount-based-planning-guide/.
8. Create a technology readiness checklist
Before the GCC begins operations, confirm that:
- Required devices and applications are available.
- Employee accounts and permissions have been tested.
- Authentication and endpoint security controls are active.
- Network capacity and backup arrangements meet operational requirements.
- Data handling procedures have been documented.
- Incident response responsibilities are clear.
- Employees have completed required security training.
- Physical access and visitor procedures are operational.
- IT support and equipment replacement processes are in place.
- Backup and recovery arrangements have been reviewed.
- Relevant legal, contractual and internal security requirements have been assessed.
Assign an owner and completion date to each item. Critical gaps should be resolved before the centre begins handling sensitive work.
Frequently asked questions
Should cybersecurity be planned before the GCC opens?
Yes. Access controls, data handling, device management and incident reporting should be designed before employees begin working with company systems and sensitive information.
Can a GCC operate from a managed office securely?
Potentially, yes. The company must assess the operator’s facilities, define responsibilities and implement any additional controls required by its work and security policies.
Who should own GCC cybersecurity?
Responsibility is usually shared across global security, IT, local leadership, HR and facilities teams. Named owners and escalation procedures should be documented.
Does every GCC need its own server room?
No. Requirements depend on the workloads, architecture and security model. Many operations use approved cloud and centrally managed infrastructure rather than local servers.
Conclusion
Technology and cybersecurity planning should be integrated into GCC setup rather than treated as a post-launch exercise. Clear access controls, reliable infrastructure, data protection and defined responsibilities help the centre operate securely as it grows.
The right technology and workspace decisions depend on the GCC’s specific functions, risk profile and global operating requirements.
