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High-Availability Network Design.

A poorly designed network is the root cause of dropped video calls, stalled applications, and hidden security blind spots. In the modern organisation, you cannot simply buy hardware and hope it fits. Your network architecture must be strategically modelled to support high-density Wi-Fi 7 demands, secure massive IoT footprints, and integrate seamlessly with a Zero Trust security framework.

KHIPU’s Network Design Services eliminate uncertainty. We analyse your physical space, operational workflows, and application requirements to create a high-availability, low-latency topology that scales with your growth while remaining resilient against failures.

Stage Network Design Methodology.

We demonstrate a rigorous, transparent process to satisfy project managers and technical buyers.

1.

Discover
& Audit

We perform a complete baseline assessment of your current applications, cabling infrastructure, and capacity bottlenecks.

2.

Model
& Simulate

Using predictive software and RF analysis tools, our engineers build a digital twin of your network to test load capabilities and coverage.

3.

Peer Review
& Specification

Our senior certified architects cross-examine the design to optimise Bill of Materials (BoM) efficiency and eliminate single points of failure.

4.

Handover
& Blueprint

You receive a comprehensive design packet, including physical and logical network topology maps, cabling specifications, and ready-to-deploy configuration blueprints.

// Specialised Network Design

Core Offerings.

Enterprise Wireless
& Wi-Fi Design

  • Utilising industry-standard predictive modelling and 3D RF simulations to engineer high-density wireless environments. We account for wall attenuation, interference vectors, and device densities.
  • When KHIPU designs and surveys your wireless environment, we provide a 100% Wireless Coverage Guarantee. If a blind spot appears, we fix it!

Core & Edge Switching
Architecture

  • Designing non-blocking, multi-gigabit core backbones (up to 100GbE+) and edge switching environments. We design using Multi-Chassis Link Aggregation (MC-LAG) and Virtual Switching Extension (VSX) to ensure your business stays online even during hardware failures.
  • We build Dynamic Segmentation straight into the architecture, ensuring automated micro-segmentation for IoT and corporate devices from day one.

Secure SD-WAN &
5G Wireless Edge Design

  • Designing unified wide-area networks that combine high-speed fixed fibre with cloud-managed 5G and LTE cellular links.
  • Perfect for mobile fleets, temporary site deployments, or organisations requiring absolute path diversity for unbreakable automated failover.

Core DDI & Perimeter
Security Staging

  • Integrating DNS, DHCP, and IP Address Management (IPAM) alongside Next-Gen Firewall rule architectures right into the foundational network blueprint.
  • A secure network by design, stopping malware at the protocol layer before it ever touches your data centre.

Network Design Services FAQs.

  • What is a predictive network design vs. an active site survey? More

    A predictive network design uses specialised software to build a 3D model of your building, simulating how wireless signals interact with walls, floors, and obstacles. An active site survey involves our engineers physically testing wireless coverage on-site. For major designs, we combine both methodologies to achieve an absolute 100% coverage guarantee. {link to WiFi survey page}

  • Can you design a network that uses our existing cabling infrastructure? More

    Yes. Our design process always begins with a comprehensive discovery phase. We audit your existing Cat5e/Cat6 copper and fibre runs to determine if they can support multi-gigabit speeds and the high-power PoE++ (up to 90W) requirements of modern Wi-Fi access points and security cameras.

  • How does security integrate into the initial network design phase? More

    We subscribe to a Secure by Design philosophy. Instead of treating firewalls as external additions, we architect Zero Trust features like Network Access Control (NAC) and micro-segmentation directly into the core switching layers, ensuring different device classes (like corporate laptops and guest IoT devices) are automatically isolated from birth.

  • What deliverables do we receive at the end of the design project? More

    You receive a comprehensive High-Level Design (HLD) and Low-Level Design (LLD) document packet. This includes a complete Bill of Materials (BoM), physical and logical topology maps, IP addressing schemes, Wi-Fi heat maps, and vendor-validated configuration files ready for deployment.

  • Do we have to use KHIPU to install the network you design? More

    While our experienced, Fluke-certified installation engineers provide a seamless end-to-end installation experience, our design blueprints are completely standardized and open. You can utilize them to run internal tenders, satisfy procurement criteria, or hand them over to your own deployment teams.

// Get In Touch

Power up your cyber defences with KHIPU Networks.

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