ApplyBlast uses AI to match you with the right jobs, tailor your resume and cover letter, and apply automatically so you can land your dream job faster.

Features

Auto Apply Resume Optimizer Cover Letter Optimizer Interview Prep

Company

Social Media

Need Help?

team@applyblast.com

Site Reliability Engineer at LayerZero - ApplyBlast

Site Reliability Engineer

LayerZero

4 months ago

Vancouver, BC

Onsite

Full Time

Senior

0 applicants

View Job Listing

Apply to 100+ jobs

About this role

LayerZero seeks a Site Reliability Engineer to lead the SRE team in building and maintaining large-scale, resilient blockchain infrastructure. This role involves developing automated systems for incident detection and resolution while collaborating with engineers to ensure system scalability and reliability. You will focus on operating blockchain node infrastructure and utilizing code to enhance system efficiency across diverse distributed ledger technologies.

Responsibilities

Build and maintain blockchain node infrastructure across diverse DLTs
Develop scalable infrastructure using code and Kubernetes Helm charts
Automate incident detection, triage, and resolution processes
Collaborate with engineering teams on system reliability and observability
Participate in on-call rotation for critical team-owned systems

Skills

Qualifications

Bachelor's Degree in Computer Science

About LayerZero

layerzero.network

Headquarters

Vancouver, British Columbia, Canada

Company Size

51-200 employees

Founded

2021

View Profile

LayerZero is an omnichain interoperability protocol that provides a low‑level messaging primitive for building cross‑chain decentralized applications. It connects blockchains with a lightweight messaging architecture (using oracle + relayer verification) to enable secure, low‑latency cross‑chain messages and token movements. Developers use LayerZero to build native omnichain dApps, bridges, and composable multi‑chain experiences without reimplementing complex bridge logic on every chain. The protocol emphasizes modularity, security, and minimal trust assumptions across supported networks.