Industries we serve
Outcome-focused solutions mapped to the specific compliance frameworks, latency thresholds, and operational rhythms of each sector — same six capability layers (WAN, SD-WAN, SASE/ZTNA, cloud/GPU, UC, managed security), tuned to what your industry actually demands.
Capabilities shaped by context
Every industry runs on the same foundations — MEF-compliant transport, application-aware SD-WAN, SASE enforcement at the edge, cloud/GPU compute, voice and collaboration platforms, and managed security — but the constraints differ fundamentally by sector. A bank needs immutable audit trails and sub-millisecond market-data latency through dedicated MPLS paths with deterministic CoS; a hospital needs data protection under DPDP Act for patient records with always-on UC for clinical staff; a manufacturer needs OT network segmentation under the Purdue model with IEC 62443-aligned controls that never stop the production line; a retailer needs peak-season SD-WAN bandwidth elasticity when a promotion drives 10x normal traffic; and a GCC needs a landing zone that satisfies both the global parent's group policy and the Indian regulator's data-residency expectations. We do not ship a generic template. We start from your sector's regulatory reality, operational tempo, and competitive pressures, then design the stack — transport type, security controls, compute capacity, communications platform — to fit. The result is a solution that feels purpose-built because it is: delivered by one accountable partner under a unified SLA, with local 24x7 NOC/SOC support from engineers who understand both the technology and your industry.
Banking & Financial Services
RBI/SEBI/IRDAI compliance-ready MPLS/SD-WAN, ZTNA, India-located sovereign cloud and GPU, and omnichannel UCaaS/CCaaS for BFSI.
ExploreManufacturing
OT/IT convergence with Purdue-model segmentation, SD-WAN between plants, edge compute, and IEC 62443-aligned OT security.
ExploreRetail & Consumer Goods
SD-WAN with peak-season bandwidth elasticity, managed Wi-Fi with POS/guest segmentation, and omnichannel CCaaS for retail.
ExploreAutomotive
Private MPLS and SD-WAN for plants, V2X/EV telemetry connectivity, edge compute, and OT security for connected vehicles.
ExploreLogistics
IoT asset tracking, SD-WAN between DCs and yards, unified UCaaS for dispatch-driver coordination, and last-mile failover.
ExploreAviation
Airport MPLS/SD-WAN with IATA CUTE/CUPPS, managed Wi-Fi with staff/guest/POS segmentation, and 24x7 SOC-backed security.
ExploreSports
Media fabric for 4K video transport, CDN-grade backbone with adaptive bitrate, and live-event contribution with redundant links.
ExploreGaming & Esports
Edge compute with sub-10ms latency, GPUaaS for rendering and anti-cheat, DDoS-resilient network for gaming and esports.
ExploreMedia & Entertainment
End-to-end media fabric for capture-to-distribution of 4K live/on-demand video, CDN edge caching, and satellite-alternative contribution.
ExploreSmall & Medium Business
Enterprise-grade MPLS/SD-WAN, managed MDR, cloud IaaS, and UCaaS — right-sized for SMBs without a full IT department.
ExploreTech & SaaS Companies
Multi-cloud IaaS/GPUaaS, managed K8s with GitOps, ZTNA, and API-first infrastructure for high-velocity product companies.
ExploreR&D and Labs
GPUaaS for simulation and training, notebook workspaces, data integration pipelines, and ZTNA for collaborative R&D environments.
ExploreGlobal Capability Centers
GCC landing zones with multi-cloud management, private MPLS/SD-WAN to global HQ, sovereign GPU cloud, and 24x7 managed operations.
ExploreThe constraint in each sector, and how the stack is shaped to it
Two organisations can buy the same six capability layers and end up with completely different designs, because the constraint that governs each sector is different. Below is the operating constraint we plan against for each industry we serve, and how that changes transport, security, compute or communications in the delivered solution.
Banking & Financial Services
Constraint: Regulated outsourcing rules, immutable audit trails, and market or payment traffic where a short outage becomes a reportable incident rather than a complaint.
How we shape it: Transport, security and cloud layers are designed with data residency and evidence retention built in, access is role-based and logged, and the audit pack is produced from normal operations rather than assembled for an inspection.
Read the Banking & Financial Services approachManufacturing
Constraint: Plant networks that must never stop, industrial protocols that predate modern security tooling, and a widening gap between information technology and the operational floor.
How we shape it: Plant traffic is segmented and policed so a compromised office laptop cannot reach a controller, remote access to the floor is brokered and recorded, and edge compute sits close enough to the line to act on telemetry in the time the process allows.
Read the Manufacturing approachRetail & Consumer Goods
Constraint: Predictable traffic for most of the year and a step change during promotions, plus payment data in scope at every store and seasonal temporary staff.
How we shape it: Bandwidth is provisioned to flex with demand instead of to a yearly average, payment flows are isolated from general store traffic, and new sites come online on a repeatable template so an opening date is not held up by a circuit order.
Read the Retail & Consumer Goods approachAutomotive
Constraint: Design and supplier collaboration across sites and partners, dealer networks outside direct control, and connected-vehicle data that has to stay inside defined boundaries.
How we shape it: Engineering collaboration runs over predictable paths to the platforms that host CAD, simulation and supplier portals, dealer access is brokered rather than opened, and vehicle data flows are governed at the boundary instead of at the endpoint.
Read the Automotive approachLogistics
Constraint: Warehouse and hub sites in places where fibre is scarce, scanning and dispatch systems that fail gracefully or not at all, and vehicles that are effectively a moving branch.
How we shape it: Diversity is designed rather than assumed, with fixed and wireless paths carrying the same transaction set and failover tested against real dispatch volumes, and hub sites built to the same pattern as the primary warehouse.
Read the Logistics approachAviation
Constraint: Airside and terminal operations with strict physical and regulatory boundaries, passenger-facing systems with seasonal peaks, and vendors that need access without touching core systems.
How we shape it: Operational, passenger and corporate traffic are separated end to end, third-party access is time-boxed and recorded, and wireless coverage is planned against the density of a full terminal rather than the average day.
Read the Aviation approachSports
Constraint: Match days and events that concentrate a season of demand into a few hours, broadcast and venue systems that cannot be interrupted, and no tolerance for a ticket or access failure.
How we shape it: Event capacity is engineered in advance with a rehearsed runbook, broadcast and ticketing paths are isolated from public and guest networks, and monitoring is staffed through the event rather than checked afterwards.
Read the Sports approachGaming & Esports
Constraint: Latency is the product: milliseconds between player and server decide whether the experience is usable, and traffic is bursty across geographies.
How we shape it: Paths are selected on measured latency and jitter rather than advertised bandwidth, game servers are placed close to the player population, and protection against volumetric attack sits in front of the service without adding delay to legitimate sessions.
Read the Gaming & Esports approachMedia & Entertainment
Constraint: Large media files moved between studios, edit suites and partners, plus delivery to audiences that is judged on playback quality rather than server uptime.
How we shape it: High-throughput transfer paths and accelerated file movement remove the wait between shooting and editing, storage tiers are matched to how often an asset is actually touched, and delivery is measured at the player.
Read the Media & Entertainment approachSmall & Medium Business
Constraint: The same operational demands as a large enterprise with a fraction of the team, no dedicated network engineering, and a budget that cannot absorb an unbounded incident.
How we shape it: A single accountable provider across connectivity, security, voice and cloud, managed under one service level agreement, with a scope written in business terms rather than a platform inventory and a review cadence that keeps it honest.
Read the Small & Medium Business approachTech & SaaS Companies
Constraint: Customer-facing availability commitments that carry contractual consequences, engineering teams shipping continuously, and infrastructure spend that has to be defended to a board.
How we shape it: Environments are separated so a change in staging cannot reach production, delivery pipelines are automated with review gates, observability covers the customer journey rather than individual hosts, and capacity is reviewed against growth instead of bought in a panic.
Read the Tech & SaaS Companies approachR&D and Labs
Constraint: Compute-hungry workloads with unpredictable schedules, large datasets that are expensive to move and often restricted in where they may sit, and researchers who need answers this week.
How we shape it: GPU and compute capacity is scheduled rather than exclusively owned, data movement is planned so a job does not wait on a transfer, and governance is applied at the dataset level so a researcher gets access without a compliance project per request.
Read the R&D and Labs approachGlobal Capability Centers
Constraint: Two sets of expectations at once: the group standard from a parent organisation abroad and the Indian regulatory position on where data may live and who may reach it.
How we shape it: A landing zone is designed to satisfy both, with residency controls, role-based access and evidence reporting that the parent accepts and the local regulator can inspect, and service levels that hold across time zones rather than only during local hours.
Read the Global Capability Centers approachWhy buy from Clevertek
We architect for your industry's specific constraints — compliance, latency, availability, operational rhythm — not a generic infrastructure blueprint.
Sector-aware design
Controls and architecture tuned to each industry's compliance framework, latency thresholds, and uptime requirements — from RBI outsourcing guidelines for BFSI to Purdue-model OT segmentation for manufacturing.
One accountable partner
Network (MPLS/DIA/SD-WAN), cloud (IaaS/GPUaaS), security (SASE/ZTNA/SOC), and UC (UCaaS/CCaaS) from a single unified SLA — no finger-pointing across vendors when an incident crosses domains.
Compliance by default
Data residency, encryption, RBAC, MFA, and immutable audit trails built into the baseline architecture — not bolted on after the fact. Your compliance team gets documented controls, not a project every quarter.
India-based 24x7 support
Local engineers who understand your industry's operational context, your geography, and your business hours. NOC and SOC coverage 24x7 with engineers who know your topology from the physical circuit up to the workload layer.
Questions about our industry approach
How does Clevertek adapt its capabilities to different industries?
We start from the regulatory, operational, and competitive reality of each sector — then map our six capability layers (WAN/SD-WAN, SASE/ZTNA, managed security with SOC, cloud/GPU infrastructure, UCaaS/CCaaS, and managed operations) to that reality. A bank gets India-located data-residency controls and zero-trust network access; a manufacturer gets OT network segmentation under Purdue model and edge compute for real-time anomaly detection; a retailer gets peak-season SD-WAN bandwidth scaling and omnichannel contact centre routing. Same underlying stack — different configuration of transport, security, compute, and communications, tuned to the sector's specific constraints.
Do I need to choose an industry to get started?
No. If your industry is highly regulated or operationally distinct — BFSI with RBI/SEBI compliance, manufacturing with OT exposure, healthcare with DPDP Act and digital-health data — starting by industry gives you a solution already shaped to those constraints. If your industry is not listed or your primary need is cross-cutting (network consolidation, cloud migration, security posture improvement), start from a need and we will map the right capabilities across the relevant product families.
Can Clevertek serve multi-industry enterprises?
Yes. The same managed model scales across divisions and geographies, with industry-specific controls applied per workload, per site, or per VRF. Your manufacturing division gets OT security with IEC 62443-aligned segmentation and private MPLS between plants, while your corporate office gets standard ZTNA and SASE — all from the same partner under one unified SLA, with consistent NOC/SOC coverage and quarterly service reviews.
How do you handle industry-specific compliance requirements?
Compliance is engineered into the baseline architecture, not bolted on after deployment. Data residency (DPDP Act), encryption (AES-256 at rest, TLS 1.3 in transit), immutable audit trails with FIM, RBAC with MFA, and retention- policy-managed log storage are part of every solution design, configured to the specific regulatory framework of your sector — whether that is RBI master circulars, IRDAI data localisation, MeitY STQC, or ISO 27001/PCI DSS.
What if my industry is not listed here?
The industries listed represent the most common patterns we serve based on our delivery history. If yours is not there — education, hospitality, non-profit, government — we can still deliver the full capability set. Contact us and we will map the right solution to your specific sector, regulatory landscape, and use case within one business day.
Ready to modernise your network, cloud and communications?
Talk to Clevertek about a solution scoped to your enterprise — no obligation.