// Zero-Trust SD-WAN · Next-Gen Firewalls · Micro-Segmentation · 10G Core

Zero-Trust Network Design.
Zero Lateral Movement.

Flat networks allow a single compromised laptop to infect every server and database. CyberHQ designs, deploys, and manages high-throughput, micro-segmented enterprise network architectures with Fortinet, Palo Alto, Cisco, and Sophos firewalls.

10Gbps+

Core Backbone Throughput

Zero-Trust

Micro-VLAN Architecture

Multi-WAN

Active-Active SD-WAN Failover

ISO 27001

Segmented Audit Certified

Request Architecture Consultation See Network Design Process

// Enterprise Connectivity & Defense

Next-Generation Routing,
Firewalls & SD-WAN

We replace legacy flat subnets with software-defined micro-segmentation. If an attacker breaches the reception Wi-Fi, they are quarantined from production databases, accounting ERPs, and factory IoT controllers.

Next-Gen Firewall Deployment & Policy Tuning (Fortinet FortiGate, Palo Alto, Sophos XGS)

SD-WAN Mesh Connectivity with sub-second active-active multi-ISP automatic failover

L2/L3 Core & Access Switch Configuration with 802.1X Port Security (Cisco, Aruba, UniFi)

Enterprise Wi-Fi 6/7 Deployment with WPA3 Enterprise 802.1X & RADIUS authentication

cyberhq@core-router# show running-config vlan

[*] Applying Zero-Trust Zone Policy across 14 VLANs...

[+] VLAN 10 (Management): Strict 2FA Bastion access only

[+] VLAN 20 (Database Tier): Isolated from User VLAN 50

[+] VLAN 30 (Guest Wi-Fi): Direct ISP egress with client isolation

[*] Configuring SD-WAN SLA probe (ISP1: Fiber, ISP2: Leased Line)...

[✓] 10G Core Interconnect verified. 0 packet loss across failover drill.

// Execution Lifecycle

Enterprise Network Infrastructure Methodology

Zero-Trust SD-WAN & Micro-Segmentation Engineering

PHASE 01 STAGE 1/5

Topology & Traffic Matrix Audit

Surveying physical cabling, optical fiber runs, packet drop rates, and bandwidth utilization between departments.

WiresharkNetFlowOptical Power Meter

PHASE 02 STAGE 2/5

Zero-Trust Micro-VLAN Blueprint

Designing isolated broadcast domains, ACL matrices, and strict inter-VLAN firewall routing corridors.

Visio DiagramsVLAN Zoning802.1Q Matrix

PHASE 03 STAGE 3/5

Next-Gen Firewall HA Clustering

Configuring Fortinet / Palo Alto / Sophos High Availability clusters with active-active SD-WAN multi-ISP failover.

FortiGate HAPalo Alto PAN-OSIPsec Mesh

PHASE 04 STAGE 4/5

Wi-Fi 6 & 802.1X NAC Integration

RF spectrum heatmapping, access point placement optimization, and certificate-based Network Access Control authentication.

Ekahau HeatmapFreeRADIUS802.1X NAC

PHASE 05 STAGE 5/5

Failover Simulation & Commissioning

Simulating live fiber cuts and power failures to verify sub-second automatic failover before handover.

Stress TestingBGP ConvergenceHandover Dossier

Comprehensive Security Deliverables Included

Every engagement includes executive briefings, technical PoCs, code-level fix guidance, and a complimentary 30-day verification re-test.

Request Scope & Quote

// Enterprise Case Study

Case Study: Diamond Bourse High-Security Campus

How CyberHQ designed a 10Gbps redundant fiber network across 5 floors for 1,200 workstations.

// BOTTLENECK

Congested Network

A diamond trading enterprise in Surat suffered daily video conferencing freezes, slow ERP database queries, and zero network separation between visitor Wi-Fi and financial vaults.

// REDESIGN

10G Core & Fortinet HA

CyberHQ deployed high-availability FortiGate 200F clusters, configured 10Gbps fiber distribution rings, and segmented traffic into 12 secure VLANs with 802.1X NAC.

// RESULTS

Zero Downtime

Latency reduced by 85%, unauthorized network bridging eliminated, and the enterprise achieved 100% continuous uptime across two primary leased lines.

Zero-Trust Network Design.Zero Lateral Movement.

Next-Generation Routing,Firewalls & SD-WAN