Workplace, IT & Security · GCC Operations
Devices, identity and access, connectivity, collaboration tools, service desk, asset lifecycle and security coordination, run as an extension of your enterprise IT rather than an exception to it. Your security policies and architecture decisions stay with headquarters.
A GCC is an extension of the enterprise's most sensitive systems, staffed by people who sit in a different country from the IT team that owns those systems. The workplace and IT layer decides whether that works: whether a new joiner is productive on day one, whether access is revoked the day someone leaves, whether a lost laptop is an incident or a breach, and whether headquarters can see any of it.
This page is about that foundation. It is deliberately not about data platforms, analytics infrastructure or AI infrastructure. Those are engineering capabilities the center builds, and they are covered by AI Engineering and AI GCC.
Workplace, IT & Security is the part of NeoIntelli's GCC operating layer that gives every employee in the India center a managed device, the right access, secure connectivity to headquarters systems, collaboration tools and local support, with joiner, mover and leaver controls that hold up in an audit. It is for companies whose enterprise IT sits in another country and who do not want to build a local IT function to support a growing team. NeoIntelli operates within the client's identity platform, security policies and ITSM process, and coordinates local vendors and security tooling.
Scope
Grouped the way the work is actually run. The engagement defines which groups NeoIntelli operates and which the enterprise IT team keeps.
Data platform engineering, analytics infrastructure, data governance design and AI infrastructure belong to the engineering functions that own them.
The IT foundation
Every employee passes through the same chain. The chain is what makes access consistent, support predictable and evidence available.
The first cohort should not spend its first week waiting for access. This is the readiness list NeoIntelli works from.
Note: No control removes risk entirely. These are the operating conditions that reduce it and make it visible. Security policy, architecture standards and risk acceptance decisions remain with the client's security leadership.
NeoIntelli can implement classification, routing and enrichment of tickets before a person picks them up.
Assistants inside the existing ITSM tool that draft responses and suggest resolutions from the runbooks.
Runbooks and decisions captured and kept current, searchable with citations.
Implementation sits with AI Engineering. Measuring the service desk on outcomes sits with Service Management & Performance.
Buyer questions
The answers describe what reduces risk in a GCC context and what headquarters should expect to see. None of them claims to eliminate risk.
A GCC needs managed devices, identity and access integrated with the enterprise, secure connectivity to headquarters systems, collaboration tools, endpoint protection, a service desk with ITSM processes, monitoring and a basic business continuity arrangement. Deeper platforms such as data and AI infrastructure sit with the engineering functions that own them, not with workplace IT.
In most cases, yes. Using the enterprise identity provider for the GCC keeps access policies, MFA, conditional access and offboarding consistent with the rest of the company. A separate identity system is usually justified only where a regulatory or entity structure requires it, and then it should federate with the enterprise directory.
Devices should be enrolled in enterprise endpoint management from first use, with a defined build, encryption, endpoint protection, patching and remote wipe. Asset records should track every device from procurement to disposal. Whether devices are owned by the client entity or coordinated by the operating partner is an engagement decision. The controls should be the same either way.
Identity accounts and access groups, devices with the standard build, connectivity to the systems the team will use, collaboration tools, a service desk contact, security awareness onboarding and a workspace that is ready to use. The first cohort should not spend its first week waiting for access.
Local support should cover device setup and repair, access requests, first-line troubleshooting in the working time zone, coordination with enterprise IT for anything beyond local scope, and asset handling for joiners and leavers. It should follow the enterprise ITSM process so tickets, changes and incidents are visible to headquarters.
Access should be granted through a joiner, mover and leaver workflow tied to HR events: role-based access at joining, review and adjustment on role change, and prompt revocation with device recovery at exit. The workflow should produce records that can be reviewed later, because access changes are among the first things an audit will test.
For a GCC, zero trust means access decisions are based on verified identity, device health and context rather than on being inside an office network. In practice: strong identity and MFA, managed devices as a condition of access, least-privilege permissions, segmented access to enterprise systems and monitoring. It is a design direction applied progressively, not a product or a finished state.
Through the enterprise's standard secure connectivity pattern, typically identity-aware access to cloud services combined with managed private connectivity where specific systems require it. The pattern should be chosen with the enterprise security team so the GCC is an extension of the existing architecture rather than an exception to it.
GCC Workplace & IT
A structured review of identity, devices, connectivity, support and joiner, mover and leaver controls against what your enterprise security team expects.
One partner, five connected services