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Data Center Networking

High-performance, automated fabrics engineered for modern infrastructure.

Full-lifecycle data-centre networking services — architecture, deployment, migration, integration, automation, observability, support, and managed operations. Resilient spine-leaf and EVPN-VXLAN fabrics deliver predictable, low-latency connectivity for compute, storage, virtualization, private cloud, and container platforms on Cisco Nexus, Cisco ACI, Arista EOS, Juniper QFX, Dell PowerSwitch, and NVIDIA Spectrum.

"Non-blocking fabrics, standards-based control, automated change."
Fabrics
Spine-leaf & EVPN

Non-blocking, standards-based, and multi-vendor.

Platforms
Multi-vendor

Cisco Nexus / ACI, Arista, Juniper, Dell, NVIDIA.

Operations
Automated by design

IaC, streaming telemetry, and assurance.

What we deliver

  1. Network strategy & architecture

    Workload-led network strategy covering fabric topology, bandwidth requirements, resilience posture, and integration with compute, storage, virtualization, and cloud platforms.

  2. Spine-leaf fabric design

    Non-blocking spine-leaf topologies on Cisco Nexus, Arista EOS, Juniper QFX, Dell PowerSwitch, and NVIDIA Spectrum — sized for east-west traffic and predictable performance.

  3. EVPN-VXLAN & overlay networks

    Standards-based EVPN-VXLAN control planes for multi-tenant fabrics, workload mobility, and Layer-2 extension where required, delivered on supported platforms.

  4. Routing & switching

    Enterprise routing and switching design with BGP, OSPF, and ECMP, hardened control plane, high availability, and integration with cloud on-ramps.

  5. Intent-based & software-defined networking

    Policy-driven SDN fabrics using Cisco ACI and Juniper Apstra with centralised management, intent validation, and consistent enforcement.

  6. Data center interconnect

    Metro and long-distance DCI designs for stretched clusters, disaster recovery, and multi-site workloads with resilient transport and controlled failover behaviour.

  7. Storage networking

    Fibre Channel, FC-NVMe, iSCSI, and NVMe-over-TCP fabrics engineered for storage performance, resilience, and integration with SAN, NAS, and HCI platforms.

  8. Network segmentation & security

    Macro and microsegmentation, east-west policy enforcement, and integration with next-generation firewalls and Zero Trust segmentation platforms.

  9. Network automation

    Infrastructure as Code, Ansible, Terraform, and vendor automation tooling for repeatable, versioned, and auditable network change.

  10. Observability & assurance

    Streaming telemetry, flow analytics, and network assurance platforms for proactive fault detection, capacity planning, and change validation.

Signals we hear

Why teams call us

4 recurring gaps
  • Legacy fabrics constrain modern workloads

    Traditional core-aggregation-access designs bottleneck the east-west traffic patterns generated by virtualization, storage, and container platforms.

  • Configuration drift and inconsistency

    Hand-edited configurations across switches create subtle differences that surface as intermittent outages during change or failover.

  • Undersized storage and compute fabrics

    Back-end networks were sized for older platforms and become the primary bottleneck as all-flash and NVMe storage is introduced.

  • Fragile site-to-site connectivity

    Data-centre interconnect uses stretched constructs without clear failover behaviour, complicating disaster recovery and site maintenance.

How we engage

Our approach

A modern fabric practice — spine-leaf, EVPN-VXLAN, intent-based networking, segmentation, and automation — engineered for resilience, scale, and consistent operations.

  1. Assess

    Traffic and topology assessment, configuration and compliance review, storage and compute integration analysis, and gap analysis against target objectives.

  2. Design

    Target fabric architecture, spine-leaf sizing, EVPN-VXLAN overlay, segmentation model, DCI, and phased delivery roadmap.

  3. Implement

    Standardized builds, staged rollout alongside legacy where required, controlled workload cutovers, and validated integration with compute and storage.

  4. Manage

    Ongoing monitoring, configuration compliance, firmware updates, and periodic performance and capacity reviews.

Fix What's Broken — Remediation Sprints

Ageing servers, storage under pressure, virtualization sprawl, Kubernetes drift, or backup jobs quietly failing? We run fixed-scope infrastructure remediation sprints against a defined outcome.

  • Compute, storage, HCI and virtualization health audit and rebalancing
  • Kubernetes cluster hardening, upgrade path and workload right-sizing
  • Backup job hygiene, restore verification and DR-readiness fixes
Request a remediation scope

Support & Maintenance — AMC-Backed

Keep core infrastructure healthy after go-live — firmware, capacity, backup verification and vendor-TAC escalation under a Jiva AMC.

  • L1/L2/L3 support for servers, storage, HCI, virtualization and Kubernetes
  • Preventive maintenance, firmware, capacity reviews and backup verification
  • Vendor-TAC escalation, licence renewal and infrastructure lifecycle refresh
Explore AMC & support contracts

Continue exploring

Modernise the fabric

Design and operate high-performance data-centre fabrics

Review current topology, east-west traffic, storage fabric, segmentation posture, automation coverage, and DCI resilience. Jiva Technologies can assess, design, supply, deploy, migrate, remediate, and support the target data-centre network.

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JIVA Technologies L.L.C
Al Garhoud, Dubai, UAE

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JIVA Technologies L.L.C
Al Garhoud, Dubai, UAE