Facebook Instagram Linkedin X-twitter
Contact Us

Network Infrastructure

Carrier-Grade Connectivity. Engineered for Scale.

Your network is the nervous system of your business. Our CCIE-certified architects design, deploy, and manage high-availability networks that eliminate downtime. From campus Wi-Fi to global SD-WAN, we build infrastructure that scales with you.

Enterprise Network Design & Architecture

We deliver end-to-end enterprise network design services, including HLD and LLD for campus LAN, WAN, and core routing environments. Our architectures are built for high availability, performance, and long-term scalability. Designed by CCIE-certified architects, every network is engineered to support business-critical operations.

Wireless Surveys & Wi-Fi Optimisation

We conduct professional wireless site surveys using Wi-Fi 6 and Wi-Fi 7 heat-mapping to eliminate dead zones. Our surveys optimise coverage, capacity, and performance for high-density enterprise environments. The result is reliable, high-performance wireless connectivity across your workspace.

SD-WAN Migration & WAN Modernisation

We support SD-WAN migration services to modernise enterprise WAN connectivity. Our approach improves application performance, strengthens security, and reduces network operating costs. This enables seamless connectivity across branch offices, data centres, and cloud platforms.

Managed Network Services & Operations

We provide managed network services covering Day-2 operations, configuration management, and change control. Our teams ensure network stability, performance monitoring, and proactive issue resolution. This allows your internal teams to focus on growth while we keep your network running reliably.

Frequently asked questions

Legacy networks often become cost centres prone to performance bottlenecks and downtime. By upgrading to a high-availability architecture designed by CCIE-certified principals, enterprises eliminate single points of failure, reduce latency for critical applications, and significantly lower long-term operational costs.

Traditional WAN architectures struggle to support modern, cloud-heavy workloads. SD-WAN intelligently routes traffic directly to cloud platforms such as Azure or AWS, bypassing legacy data centre bottlenecks. This ensures secure, ultra-low latency connectivity for distributed workforces and international branches.

Simply adding more access points often creates channel interference and dropped connections. Our architects conduct detailed radio frequency (RF) heat-mapping to design high-density wireless environments. This ensures seamless roaming for hospital medical devices, automated factory floors, and large connected corporate campuses.

Yes. For enterprise data centres looking to break free from proprietary vendor lock-in and expensive licensing, we consult on and deploy disaggregated architectures using Open Networking solutions such as SONiC. This approach reduces hardware CapEx while enabling advanced NetDevOps automation.

Absolutely. Through our distributed global delivery nodes, we orchestrate complex, multi-site network infrastructure rollouts. We manage the entire lifecycle — from local hardware procurement and physical staging to centralised core routing and global policy deployment.

We treat core routing migrations as high-risk, precision events. Our deployment methodology relies on meticulous Low-Level Design (LLD), parallel network staging, and strict rollback runbooks. This ensures your critical business operations remain online while we seamlessly transition your traffic to the new architecture.

Ready to Future-Proof Your Infrastructure?

Book a preliminary consultation with our principal engineers. No sales representatives, just direct access to technical expertise.

Email Address

contact@netravix.com

Step 1 of 13

1. How do you assess and manage enterprise cyber risk?

Formal enterprise risk framework with continuous third-party monitoring and executive reporting.
Point-in-time compliance checks and annual risk assessments.
Ad-hoc risk assessments, mostly driven by external audit requirements.
Currently building our formal risk and vendor management framework.

2. How is sensitive corporate data classified, protected, and tracked?

Automated data discovery, strict classification tagging, and global DLP enforcement.
Manual data classification policies with basic access controls.
Fragmented data storage with no formal enterprise-wide classification.
Rely entirely on cloud service providers for data protection.

3. What architectural principles govern your cloud and on-premise security?

Secure-by-design with mandatory encryption, container security, hardened baselines.
Standard infrastructure deployments with partial encryption.
Legacy architecture with minimal cryptographic enforcement.
Visibility into total cryptographic and architectural posture is limited.

4. How is your internal network segmented to prevent lateral movement?

Micro-segmentation & strict Zero Trust applied universally.
Basic VLANs separate critical servers from user traffic.
Flat network architecture, traffic largely unrestricted.
Cloud-native, lateral movement unmonitored in VPCs.

5. How is identity authentication & privileged access managed?

Universal MFA, SSO, PAM with Just-in-Time access.
MFA on critical systems, admin accounts without formal PAM.
Partial MFA, standard accounts used for high-level IT tasks.
Fragmented visibility into privileged accounts.

6. What is your methodology for validating defenses and managing vulnerabilities?

Continuous scanning, automated patching, annual penetration testing.
Monthly patch cycles & occasional compliance scans.
Ad-hoc patching or only when required by regulator.
No formal tracking of patch compliance or testing.

7. What level of continuous threat detection & monitoring is deployed?

Next-Gen EDR/XDR with 24/7 SOC monitoring, automated isolation.
Standard Antivirus or unmonitored EDR alerts during business hours.
Legacy antivirus or fragmented solutions across regions.
Lack centralized visibility into endpoint fleet & network telemetry.

8. How prepared is your organisation to respond to critical ransomware?

Documented IR plan tested with immutable, air-gapped backups.
Documented IR plan with offsite backups, rarely tested together.
No formal IR plan, rely on local backups only.
Fully external MSPs/SaaS without joint recovery plan.

9. How is security integrated into software development or procurement?

Shift-left DevSecOps with automated SAST/DAST & dependency checks.
Security reviews immediately prior to deployment/procurement.
Minimal security testing, vulnerabilities patched post-deployment.
No internal development or formal SaaS code assessment.

10. How is continuous cybersecurity awareness & social engineering defence handled?

Monthly phishing simulations, role-specific training, active threat education.
Annual compliance-based video training for all staff.
Ad-hoc training only after security incidents.
Currently implementing formal security awareness program.

Does your organisation have any unique architectural factors (like heavily OT/ICS, purely serverless, complex regulatory needs) that our Principals should know before calculating your final report?

Assessment Complete. Generate Your Global Resilience Score.