Suggested rewrite: Led a cross-functional initiative that improved [business outcome] by [measurable result], demonstrating experience relevant to this role...
Platform Engineer, Edge & Networking
- Remote from
- 🌐 Anywhere
- Salary
- Undisclosed
- Department
- DevOps & Infrastructure
- Employment
- Full Time
- Experience
- Open level
- Published
- Apply before
- 6 Dec 2026
- Listing views
- 18
- Application actions
- 0
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About this role.
Supabase is the Postgres development platform, built by developers for developers. We provide a complete backend solution including Database, Auth, Storage, Edge Functions, Realtime, and Vector Search. All services are deeply integrated and designed for growth.
We are seeking a platform engineer to join our Edge & Networking squad. This team owns everything that happens at the network perimeter: API gateway, routing, load balancing, DNS, and secure global traffic distribution.
You’ll design, build, and operate systems that are both robust and highly automated — enabling us to to scale reliably while maintaining low latency and high availability across our global infrastructure.
You will work closely with other infrastructure and product teams to ensure seamless integration, observability, and performance of our edge services.
What You’ll Be Responsible for:
Help build and maintain the Supabase Cloud offering;
Design and implement Supabase’s global edge router platform;
Build programmable, API-driven routing logic to dynamically steer customer traffic;
Work with DNS, WAF, IP networking, TLS termination, CDN integrations, and global load balancing;
Implement advanced observability: relevant metric and log capturing, latency measurements, traffic shaping, routing health, and failure mitigation.
Optimize routing performance to minimize latency and improve reliability across cloud regions.
Collaborate cross-functionally with other teams to integrate networking solutions into the entire Supabase stack;
Improve our system architecture to reduce costs while balancing security, reliability, and performance;
Design CI/CD systems to speed up deployments with proper change and release management processes;
Participate in on-call rotations, incident response, and post-incident reviews for edge-related issues;
Resolve escalated support issues, while also identifying and resolving systemic issues across the platform.
You might be a fit if you have:
5+ years experience in SRE/DevOps/Cloud Infrastructure;
4+ years experience building and operating high-scale networking or edge infrastructure;
Strong experience with HTTP, TCP/IP, TLS certificate management, CDN internals, load balancing, and global routing;
Proficiency with traffic proxies / routers (e.g., Envoy, NGINX, HAProxy, Traefik, or building your own);
Experience designing systems for high availability, failover, and real-time observability;
Strong software engineering skills (Go);
Strong debugging and troubleshooting skills across distributed systems;
Knowledge of IPv6, BGP, Anycast, or advanced routing protocols;
Experience in managing large deployments on AWS, GCP, Azure, or similar;
Comfortable with cloud networking primitives (AWS, GCP, Azure, or similar);
Experience with Infrastructure as Code tools (Pulumi preferred, Terraform/CDK etc also acceptable);
Experience with being part of on-call rotations for large production systems.
What We Offer
Fully Remote
We hire globally. We believe you can do your best work from anywhere. There are no Supabase offices, but we provide a WeWork membership or co-working allowance you can use anywhere in the world.
ESOP
Every team member receives ESOP (equity ownership) in the company. We want everyone to share in the upside of what we’re building together.
Tech Allowance
Use this budget to set up your ideal work environment—laptop, monitor, headphones, or whatever helps you do your best work.
Health Benefits
Supabase covers 100% of health insurance for employees and 80% for dependents, wherever you are. Your wellbeing and your family’s health are important to us.
Annual Off-Sites
Once a year, the entire company gathers in a new city for a week of connection, collaboration, and fun. It’s a highlight of our year.
Flexible Work
We operate asynchronously and trust you to manage your own time. You know what needs to be done and when.
Professional Development
Every team member receives an annual education allowance to spend on learning—courses, books, conferences, or anything that supports your growth.
About the Team
Supabase was born-remote and open-source-first. We believe our globally distributed team is our secret weapon in building tools developers love.
~400 team members
60+ countries
20+ languages spoken
Over $1B raised (including our $500M Series F)
540,000+ community members
We move fast, build in public, and use what we ship. If it’s in your project, we probably use it in ours too. We believe deeply in the open-source ecosystem and strive to support—not replace—existing tools and communities.
Annual salary information is not provided for this position. Explore salary ranges for similar roles in our Salary Directory ›
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Role DNA
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Core skills
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Sample interview questions
I would use latency-aware DNS or anycast entry points, regional load balancers, health-checked upstream pools, and automated failover policies. I would define clear SLOs for availability and latency, continuously measure routing outcomes, and test regional failure scenarios through controlled drills.
I would first correlate latency by region, POP, route, protocol, customer segment, and upstream service using metrics, logs, and traces. I would then check DNS changes, TLS handshake time, proxy saturation, packet loss, load-balancer health, CDN behavior, and recent deployments before mitigating through rollback, traffic shifting, or capacity changes.
Key considerations include automated certificate issuance and renewal, secure private-key storage, certificate inventory, support for modern protocol versions and ciphers, OCSP stapling where appropriate, and observability for handshake failures. I would also use staged rollouts and alerting to prevent expired certificates or incompatible configuration changes from affecting customers.
I use version-controlled modules, peer review, automated plans, policy checks, isolated environments, and progressive deployment workflows. For high-risk network changes, I pair IaC with validation tests, explicit rollback procedures, and monitoring that confirms expected traffic and health behavior after release.
I would declare and scope the incident, assess customer impact, stabilize traffic through failover or route withdrawal, and communicate status clearly. After recovery, I would lead a blameless review focused on the technical trigger, detection gaps, corrective actions, ownership, and verification of preventive measures.
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