Remote Network Engineer — Low-Latency & Automation

Transficc Limited; United States; Hybrid; USD 120,000 - 180,000; Full time

Job summary

TransFICC Limited is hiring a Network Infrastructure Engineer to deliver high-performance, low-latency connectivity and automation. You will contribute to our SRE-driven hosted service, shaping reliability and scalability across our network stack.

Based in a Remote First setup with an office in London and flexible remote locations within UK/Europe, you will collaborate with vendors, data centers, and customers to optimize routing, latency, and observability.

Qualifications

• Basic programming ability to build small programs.
• Experience with automation tools and scripting.
• Background as a sys admin or network engineer with routing/data centres.
• Vendor management experience via email/phone and procurement.
• Familiar with low-latency networking: TCP/IP, multicast, WAN.
• Experience with BGP/EVPN routing protocols.
• Knowledge of Linux administration and CLI usage.
• Observability stack: Elastic/InfluxDB/Telegraf/Grafana.

Responsibilities

• Research, design, deploy, and support networks and data centre connectivity.
• Develop automation features and push configurations with Ansible/Terraform.
• Interact with network vendors and circuit providers; plan data centres.
• Troubleshoot network issues and maintain observability tooling.

Skills

Programming basics

Scripting (Python/Bash)

Automation mindset

Tools

Ansible

Terraform

Robot Framework

Elastic

InfluxDB

Telegraf

Grafana

tcpdump

wireshark

Arista/Cumulus Linux

Linux (admin)

Job description

TransFICC Limited is hiring a Network Infrastructure Engineer to deliver high-performance, low-latency connectivity and automation. You will contribute to our SRE-driven hosted service, shaping reliability and scalability across our network stack.

Based in a Remote First setup with an office in London and flexible remote locations within UK/Europe, you will collaborate with vendors, data centers, and customers to optimize routing, latency, and observability.