IT Infrastructure & IoT
Design, build, monitor and manage the compute, storage, virtualisation, backup and IoT estate that business services depend on.
Infrastructure that is designed for uptime and instrumented for evidence
Availability, capacity and recovery are decided at design time and proven by monitoring. Tatva Networks consults on infrastructure design, implements compute, storage, virtualisation and backup platforms, instruments them with observability, and operates them as a managed service - extending the same discipline to IoT and edge devices.
What technology leaders tell us
Ageing platforms
End-of-support hardware and hypervisors raise operational risk and limit what applications can be supported.
Blind spots
Monitoring covers some systems but not virtual machines, containers, databases, services or edge devices.
Unproven recovery
Backups run, but restoration targets have never been tested end to end against real business requirements.
Capacity surprises
Growth is managed reactively because there is no trend data to forecast compute, storage or bandwidth needs.
Distributed IoT estates
Sensors and edge devices are deployed across sites with limited inventory, health data or lifecycle control.
Fragmented operations
Multiple vendors and consoles make accountability unclear when a service degrades.
What we deliver under IT Infrastructure & IoT
IT infrastructure consulting
Current-state assessment, target architecture and a staged roadmap aligned to business priorities.
Data-centre infrastructure
Rack, power, cooling, cabling and fabric design for enterprise and colocation environments.
Servers and enterprise computing
Sizing, deployment and lifecycle management of enterprise compute platforms.
Storage solutions
Block, file and object storage design with performance, protection and growth planning.
Virtualisation
Hypervisor platform design, migration, consolidation and operational hardening.
Hyperconverged infrastructure
HCI design and deployment where consolidated compute, storage and management simplify operations.
Backup and disaster recovery
Backup architecture, replication, DR runbooks and scheduled restoration testing.
Endpoint and device management
Provisioning, patching, configuration baselines and lifecycle control for user devices.
Infrastructure modernisation
Migration away from end-of-life platforms with minimal disruption to running services.
High availability and business continuity
Redundancy design, failover testing and continuity planning for critical services.
Infrastructure monitoring
Zabbix-based observability across servers, virtual machines, containers, databases, applications and services.
IoT device monitoring
Health, connectivity and telemetry monitoring for distributed IoT deployments.
IoT infrastructure
Gateway, connectivity and data-flow design for sensor and device estates.
Edge computing
Compute placed close to operations where latency, bandwidth or resilience require it.
OT and IoT visibility
Asset inventory and health visibility across operational technology and connected devices.
Environmental and sensor monitoring
Temperature, humidity, power and facility sensor monitoring with alert thresholds.
Capacity and performance management
Trend analysis and forecasting so capacity decisions are evidence-based.
Managed infrastructure services
Day-to-day operation, patching, monitoring and reporting under agreed responsibilities.
How the engagement runs
Advise
Assess current infrastructure, dependencies, risks and business service requirements.
Design
Produce a target architecture covering compute, storage, virtualisation, backup and monitoring.
Build
Implement and migrate in controlled stages with rollback planning at each step.
Monitor
Instrument every layer in Zabbix with meaningful thresholds and service-level views.
Manage
Operate, patch and support the estate with defined escalation and reporting.
Optimise
Use trend data to tune capacity, performance and cost over time.
Platforms behind this pillar
Observability for networks, servers, virtual machines, cloud platforms, containers, databases, applications, services, IoT devices and OT environments.
Security telemetry from the same infrastructure, kept distinct from health monitoring.
Private-cloud and virtualisation platform delivery for consolidated infrastructure.
What changes for your organisation
Higher availability
Redundancy and monitoring are designed together so failures are contained and visible.
Proven recovery
Restoration is tested against stated objectives instead of assumed to work.
Fewer blind spots
One observability platform covers infrastructure, applications, services, IoT and OT.
Predictable capacity
Trend data supports planning and budgeting rather than emergency procurement.
Simpler accountability
A single team is responsible for design, implementation and ongoing operation.
Lower operational noise
Thresholds and dependencies are tuned so alerts indicate real service impact.
Where this is applied
Consolidating ageing compute and storage onto a modern, supportable platform.
Central visibility of infrastructure health across distributed offices and plants.
Monitoring sensors, gateways and edge compute across production environments.
Designing and testing recovery for services that cannot tolerate extended downtime.
Frequently asked questions
Infrastructure monitoring answers whether a service is healthy, performing and within capacity. Security monitoring answers whether it is being attacked or misused. We keep the two disciplines distinct but correlate them, because an outage and an incident often share the same early signals.
Zabbix covers networks, servers, virtual machines, cloud platforms, containers, databases, applications, services, IoT devices and OT environments in one platform, which avoids stitching together several partial monitoring tools.
Yes. We frequently start with a discovery and instrumentation engagement on an existing estate, then agree what we operate and what remains with your team.
We design gateway and connectivity architecture, monitor device health and telemetry, and provide visibility across distributed sensor estates. Scope is agreed per environment.
Recovery design includes scheduled restoration testing against agreed objectives, with documented results. We do not treat an unverified backup as recovery capability.
Talk to an architect about it infrastructure & iot
Share your environment and objectives, and we will come back with a scoped approach covering design, implementation and ongoing operation.