Can the current LAN, Wi-Fi and WAN be assessed before any switch or access-point refresh?

A network assessment profiles link utilisation, wireless coverage and interference, spanning-tree health, routing posture and application flows. Findings identify where firmware, configuration or capacity changes recover performance and where refresh is genuinely required, so budget is applied to the segments that actually limit user experience.

How is SD-WAN scoped alongside existing MPLS or internet WAN?

SD-WAN design starts from application priority, site profiles and circuit inventory. Overlays are introduced site-by-site with MPLS retained where it still earns its keep; direct-internet break-out, cloud on-ramps and security inspection are placed based on traffic patterns rather than a rip-and-replace assumption.

Which switching, wireless and SD-WAN vendors are typically evaluated?

Selection covers Cisco Catalyst and Meraki, Aruba (HPE), Juniper Mist, Fortinet Secure SD-WAN, Palo Alto Prisma SD-WAN, VMware VeloCloud and Extreme, with campus, branch, data-centre and industrial variants. Choice is anchored to the operations model the customer wants to run, not to a house stack.

How are Wi-Fi 6E and Wi-Fi 7 upgrades planned realistically?

Wireless upgrades are driven by predictive and validation surveys, client-mix analysis and PoE / cabling readiness. Access-point count is derived from coverage and capacity models per zone, and switch, power and uplink capacity are verified before radios are ordered.

How is network security integrated with the routing and switching design?

Segmentation, NAC, secure remote access and inspection points are designed alongside the network, not bolted on. SASE and ZTNA are introduced where user location and application placement make perimeter-only controls inadequate, with clear cut-over from legacy VPN and firewall rulesets.

What operational support is available after deployment?

Post-deployment options include configuration management, firmware lifecycle, monitoring, incident response, capacity reviews and vendor-case coordination. Change windows, standard-change catalogues and evidence retention are agreed so ongoing operations remain auditable.

Networking & Connectivity

Wired. Wireless. Secure. Everywhere.

Enterprise networking is delivered as a multi-vendor lifecycle service across campus LAN, branch and data-centre fabrics, SD-WAN, Wi-Fi 6E and Wi-Fi 7, SASE and ZTNA, resilient 5G / LTE WAN, and full-stack observability — consulted on, designed, integrated and supported end-to-end.

Transport, security, identity and monitoring stay aligned so applications remain performant, sites remain reachable and the network remains supportable through change.

"One policy fabric. Every site. Every user."

Platform Coverage

Multi-vendor

Cisco, Juniper, HPE Aruba, Fortinet, Palo Alto, Arista, Extreme and cloud.

Connectivity Scope

Site-to-cloud

Campus, branch, data centre, wireless, secure edge and hyperscaler.

Lifecycle Coverage

Consult to manage

Assessment, design, supply, deployment, integration and managed operations.

Service portfolio

5 services

LAN, WAN, SD-WAN & Managed Connectivity
One enterprise fabric across every site and cloud.
Consult, design, deploy, integrate and support campus and branch switching, spine-leaf data-centre fabrics with EVPN-VXLAN, application-aware SD-WAN overlays and enterprise routing across broadband, MPLS, dark fibre, LTE, 5G and hyperscaler direct-connect.
- Enterprise Routing
- Campus & Branch
- EVPN-VXLAN Fabrics
- SD-WAN Overlay
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Wireless & Wi-Fi 6E / 7
Surveyed, segmented and validated wireless.
Predictive RF design, on-site surveys, deployment, integration and post-install validation for Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7 — including WPA3-Enterprise, 802.1X, NAC, high-density and warehouse designs, guest / BYOD / IoT segmentation and cloud-managed controllers.
- Wi-Fi 6E / Wi-Fi 7
- RF Site Surveys
- WPA3 / 802.1X / NAC
- Cloud-Managed
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SASE, SSE, ZTNA & Secure VPN
Identity-aware, cloud-delivered secure access.
Consult, design, migrate and support SASE, Secure Service Edge (SSE), ZTNA, CASB, SWG, FWaaS and IPsec / SSL VPN — converged as one policy fabric and integrated with Microsoft Entra ID, Okta or Duo for MFA, conditional access and single sign-on.
- SASE / SSE
- ZTNA
- SWG & CASB
- IPsec / SSL VPN
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5G / LTE Failover & Resilient WAN
Multi-WAN resilience for critical sites.
Dual-ISP, cellular 5G and LTE failover and cellular-primary WAN designs, integrated with SD-WAN for dynamic path selection, automatic failover and clean failback. Includes managed SIMs, data plans, hardware and lifecycle refresh under an agreed service schedule.
- Multi-WAN & Dual-ISP
- 5G / LTE Failover
- Automatic Failback
- Managed SIMs
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Network Monitoring & Observability
Correlated visibility across LAN, WAN, cloud and apps.
Full-stack observability unifying SNMP, Syslog, NetFlow / IPFIX, streaming telemetry, packet capture, synthetic monitoring, Digital Experience Monitoring and AIOps correlation with executive dashboards, tool rationalisation and managed operations.
- SNMP / NetFlow / IPFIX
- Packet Capture & DPI
- Synthetic & DEM
- AIOps & Dashboards
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Networking practice lanes

Four accountable lanes. One fabric across campus, branch, data centre and cloud — with security, resilience and telemetry designed in from the first drawing.

Fabric
Routing, switching, SD-WAN and DC underlays
- LAN, WAN, SD-WAN & Managed Connectivity
Access
Surveyed, segmented, validated wireless
- Wireless & Wi-Fi 6E / 7
Secure Edge
Identity-aware SASE, SSE, ZTNA and VPN
- SASE, SSE, ZTNA & Secure VPN
Assurance
Resilient WAN paths and full-stack observability
- 5G / LTE Failover & Resilient WAN
- Network Monitoring & Observability

Common network gaps

Where enterprise networks drift

Legacy WAN cannot keep up with cloud and hybrid work
Static hub-and-spoke MPLS designs backhaul SaaS traffic through central sites, adding latency for Microsoft 365, Teams, contact-centre and video applications.
Security and networking operate in silos
Disparate firewalls, VPN, SWG and ZTNA stacks create policy drift, blind spots and slow incident response across users, sites and cloud.
Circuit and bandwidth costs grow without benchmarking
Multi-carrier estates renew ad-hoc, without SD-WAN, SASE or hyperscaler direct-connect options being evaluated against demand and traffic patterns.
Fragmented monitoring extends mean-time-to-know
Separate device, flow, synthetic and cloud tools force engineers to swivel-chair between consoles during every incident and reporting cycle.

Engagement lifecycle

Delivery approach

A multi-vendor Networking & Connectivity lifecycle covering assessment, target-state architecture, phased implementation and ongoing managed operations.

Assess
Review current LAN, WAN, wireless, secure-edge, cloud and monitoring estates, application traffic patterns, resilience posture and operational tooling.
Design
Produce a multi-vendor target architecture across routing, switching, SD-WAN, wireless, SASE / ZTNA, cellular resilience and observability with a phased roadmap.
Implement
Deploy, configure, integrate and migrate under dual-run cutovers with identity, security and observability wired in from day one and evidence-based acceptance testing.
Operate
Support the network under an agreed schedule with configuration hygiene, capacity reviews, incident coordination and periodic performance reporting.

Shared delivery foundations

Every site runs on the same foundations — multi-vendor design, one policy fabric across secure edge, and telemetry-first operations from day one.

Multi-Vendor by Design
One Policy Fabric
Wired + Wireless + WAN
SASE / ZTNA Ready
Cloud On-Ramps
Observability From Day One

End-to-End IT Integration and Support

From assessment and solution design through implementation, remediation, ongoing support, and lifecycle optimization.

Fix What's Broken — Remediation Sprints

Wi-Fi dead zones, WAN performance issues, SD-WAN policy drift, or a network you can't see into during incidents? We run fixed-scope networking remediation sprints against a defined outcome.

LAN/WLAN survey, controller tuning and coverage/roaming fixes
SD-WAN, MPLS and internet-breakout policy cleanup and QoS tuning
Observability rollout: flow, telemetry, path-analytics and alert hygiene

Request a remediation scope

Support & Maintenance — AMC-Backed

Keep the network reliable after go-live — firmware, controller hygiene, ISP coordination and vendor-TAC escalation under a Jiva AMC or managed connectivity service.

L1/L2/L3 support for LAN, Wi-Fi, WAN, SD-WAN and network observability platforms
Preventive maintenance, firmware and ISP/carrier coordination with SLAs
Vendor-TAC escalation, licence renewal and network lifecycle refresh

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