Description review

Site Reliability Engineer 2

Kong Inc. · USA · back to the listing

HR standards

61/100

needs work

Title ↔ description

92/100

strong

Reads as

Site Reliability Engineer

100% confident

What this role officially is

ICT system administrator — ESCO, the EU occupation classification

ICT system administrators are responsible for the upkeep, configuration, and reliable operation of computer and network systems, servers, workstations and peripheral devices. They may acquire, install, or upgrade computer components and software; automate routine tasks; write computer programs; troubleshoot; train and supervise staff; and provide technical support. They ensure optimum system integrity, security, backup and performance.

Also known as: enterprise administrator, IT system administrator, ICT systems administrator, ICT sysadmins, IT systems administrator, ICT sysadmin

How others title the same work

Large employers

  • Senior Site Reliability / Gitops Engineer Canonical
  • Senior Site Reliability / Gitops Engineer Canonical Ltd.
  • Senior Site Reliability Engineer Canonical Ltd.
  • Site Reliability / Gitops Engineer Canonical Ltd.
  • Site Reliability Engineer Canonical Ltd.

Startups

  • Senior Software Engineer, Product Infrastructure Atlas
  • Site Reliability Engineer Beam

What the listing never says

  • 24 bullet points. Long requirement lists deter qualified candidates, who read them as hard gates. Scope clarity
  • No pay range published. Candidates cannot tell whether applying is worth their time. Pay transparency

The listing, marked up

Nothing in the wording of this listing tripped a check. The scores above still judge how complete and coherent it is.

Are you ready to unlock intelligence?

If you don’t think you meet all of the criteria below but are still interested in the job, please apply. Nobody checks every box - we’re looking for candidates that are particularly strong in a few areas, and have some interest and capabilities in others.

Are you ready to unlock intelligence?

If you don’t think you meet all of the criteria below but are still interested in the job, please apply. Nobody checks every box - we’re looking for candidates that are particularly strong in a few areas, and have some interest and capabilities in others.

About the Role:

As a Site Reliability Engineer, you’ll join the global Platform SRE team responsible for building, operating, and scaling Kong’s multi-region SaaS platform that powers the world’s API connectivity.

You’ll design, automate, and run production systems serving thousands of customers across AWS, GCP, and Azure. You’ll work on everything from multi-region Kubernetes clusters to service mesh and gateway architectures, ensuring the reliability, scalability, and security of Kong’s SaaS offerings.

This is a hands-on role ideal for engineers who thrive on running production SaaS systems at scale, automating operations, and continuously improving performance, resilience, and deployment pipelines.

What You’ll Do:


Operate and scale Kong’s global SaaS platform (Konnect), ensuring reliability, availability, and performance across regions and clouds.


Build, automate, and maintain Kubernetes-based infrastructure and deployment workflows using Terraform/Terragrunt, Helm, and ArgoCD.


Design, maintain, and optimize multi-region data and caching layers — including PostgreSQL, Redis, ClickHouse, and Druid — for high availability and low latency.


Operate and improve Kong Gateway and Kong Mesh environments supporting hybrid and distributed architectures.


Develop and maintain CI/CD pipelines and GitOps workflows to automate service delivery and ensure consistent infrastructure changes.


Enhance observability and incident response readiness through systems like Datadog, Prometheus, Grafana, and Thanos, defining and tracking SLOs.


Collaborate closely with development and security teams to ensure smooth operation of SaaS services in compliance with reliability, security, and regulatory standards.


Participate in a global 24/7 on-call rotation and drive continuous improvement of operational playbooks and postmortem practices.


Lead and contribute to scaling initiatives that improve elasticity, reliability, and cost-efficiency across the SaaS platform.

What You’ll Bring:


BS in Computer Science or equivalent practical experience.


Proven experience managing SaaS or PaaS systems at enterprise scale (multi-region, multi-tenant, secure environments).


Deep expertise in Kubernetes, including debugging cluster/networking issues and designing for fault tolerance and scalability.


Strong proficiency with Infrastructure as Code tools like Terraform or Terragrunt.


Experience with CI/CD pipelines and GitOps workflows (ArgoCD, Atlantis, Helm).


Proficiency in one or more programming languages (Go, Python, Bash) for automation and tooling.


Solid understanding of Linux/Unix systems, networking (DNS, TLS/SSL, HTTP), load balancers and distributed systems.


Experiencing working with API gateway and service mesh technologies


Familiarity with streaming systems like Kafka and observability platforms (Datadog, Prometheus, Grafana).


Experience working in a 24/7/365 production support environment.

Bonus Points:


Hands-on experience with Kong Gateway, Kong Mesh, or similar service connectivity technologies.


Experience operating ClickHouse, Druid, or other time-series and analytics databases.


Experience managing PostgreSQL and Redis in multi-region configurations.


Working knowledge of AWS networking (PrivateLink, Transit Gateway, VPC Peering, Firewalls), Azure VNet, or GCP NCC.


Strong understanding of disaster recovery, resiliency testing, and compliance-driven reliability practices.

#LI-KC1

About Kong:

Kong Inc., the AI Connectivity Company, is building the connectivity layer of AI. Trusted by the Fortune 500® and AI-native startups alike, Kong’s unified API and AI platform enables organizations to secure, manage, accelerate, govern, and monetize the flow of intelligence across APIs and AI traffic — on any model, any cloud. For more information, visit www.konghq.com.

How this was produced

Highlights are found by rule, not by a model: each one is a phrase matched at a known position, and every note is a template we wrote. The two scores come from a typed-decision model (Jev) that reads the listing against the official role definition and real listings for the same role, and returns probabilities rather than prose — it never writes any of the words on this page, and never chooses what to highlight.

Deterministic penalty applied to the HR score: 8 points (from 69 before penalties). Reviewed 21 Sep 2026.