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Network blueprints

Architectural blueprints forenterprise connectivity.

We turn your business needs into high-performance network blueprints. Secure. Resilient. Built to scale.

SYS-COORD: 17°23'N 78°29'EREV: 2026.06.ACLASS: MISSION-CRITICAL

In brief

We provide eight reference architectures for enterprise networks. Zero-trust security. High-availability routing. SD-WAN fabrics. Campus wireless. SIEM/SOC monitoring. CCTV networks. Each blueprint maps your routing, security zones, and backup pathways before you buy any hardware.

Interactive Architectures

Interactive system schematics.

Choose an architecture below to review the design. See how we route traffic, isolate security zones, and plan for failures.

Zero-Trust Security Architecture

Perimeter security is obsolete. Our model uses identity checks, device verification, and automatic isolation. It secures your campus and data centers.

  • Micro-segmentation of critical database assets
  • Continuous identity verification via 802.1X and NAC
  • Dynamic policy engines with automated quarantine
  • Encrypted overlay tunnels for remote workspaces
Identity-DrivenMicro-SegmentationNACSecure Core
SCHEMA://TBN-SCH-ZERO-TRUST[GRID: A-1]
UNTRUSTED USERNACPOLICY ENGINEDB SEGMENTAPP SEGMENT

Core principles

Blueprinted design principles.

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Resilience By Default

Every link and power supply has an active backup. If one fails, the other takes over automatically. No manual steps.

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Cryptographic Isolation

All traffic in motion is encrypted. IPsec, MACsec, or TLS tunnels. We assume the public internet is untrusted.

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Predictive Telemetry

Every device is monitored. We see trends, detect health problems, and alert before failure. If you don't measure it, you can't operate it.

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Infrastructure as Code

Configurations live in code. Peer reviews catch errors. CI/CD pipelines deploy changes. No manual edits. GitOps drives all changes.

Frequently asked questions

What reference architectures does Tungabadra Networks offer?

We offer eight reference architectures: zero-trust security, high-availability core routing, remote operations and observability, campus wireless and IoT segmentation, distributed campus edge and threat prevention, multi-CCTV surveillance, enterprise SIEM and SOC operations, and multi-site SD-WAN fabric. Each blueprint defines routing, security zones, and redundant pathways before hardware is ordered.

How do you approach zero-trust network design?

Our zero-trust model enforces identity-based micro-segmentation, continuous NAC verification via 802.1X, dynamic policy engines with automated quarantine, and encrypted overlay tunnels for remote workspaces. We design assuming the perimeter is already compromised and verify every access request.

What makes your SD-WAN architecture different?

Our multi-site SD-WAN fabric uses application-aware traffic steering across MPLS, broadband, and LTE links, with real-time jitter and latency measurement, sub-second path failover, centralized orchestration with zero-touch provisioning, and encrypted overlay tunnels with forward secrecy across all WAN transport.

Do you design for high availability?

Yes. Every architecture is built with resilience by default: redundant Spine-Leaf topologies, active-active WAN paths, sub-second failover via BFD and OSPF/BGP tuning, dual-homed link aggregation, and predictive telemetry for pre-failure alerting. We design so that no single component failure can take down the network.

Blueprint your network infrastructure.

Start architecture review

Collaborate with our senior network engineers to review your existing topology, identify bottlenecks, and map out a modern security architecture.