axon

Site Reliability Engineer I

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At a Glance

Location
Washington, United States
Posted
2026-04-14T12:12:05-04:00

Key Requirements

Required Skills

AWSAzureGoJavaKubernetesPythonScala

Requirements

Proficient in one or more of these common languages used at Axon: Python, Golang, Scala/Java (must pass coding test).

Working on globally diverse 24/7 high volume systems.

Experience and inclination towards networking topics, anything from infrastructure (e.g.

building the network layer in AWS or Azure, TLS cert management, debugging network routing issues) to services (e.g.

service mesh applications, rate limiting, public and private ingress and egress)

Familiarity with the GitOps approach to software delivery (example tool: ArgoCD).

Compensation & Benefits

Competitive salary and 401k with employer match

Discretionary paid time off

Paid parental leave for all

Medical, Dental, Vision plans

Fitness Programs

Emotional & Mental Wellness support

Responsibilities

As a contributor in the APX platform engineering organization on the CloudNet team, you are passionate about delivering solutions to the real-time problems our mission-critical cloud native services encounter.

You are also obsessed about achieving the high quality and reliability our customers demand.

You will work closely with sovereign operations teams that operate Axon systems around the world, and your technical influence will extend to the entire engineering organization because every team needs guidance situating their product in the larger networking reality of the overall Axon ecosystem.

Work on a mixed infrastructure/software team that owns the most important networking-related aspects of Axon systems, including the public edge of Axon’s products.

Help the team with Axon’s journey into Istio service mesh applications that are still in their infancy at Axon, but form the foundation of Axon’s future strategy to scale over the next few years.

Be a builder and operator, advancing new features while simultaneously stewarding existing system components subject to strict regulatory regimes like FedRAMP, managing vulnerabilities with timely precision.