We’re looking for a network engineer with a true CCIE-level routing & switching background who is equally comfortable writing production code. This is not a traditional NOC role — it’s for someone who treats networks as software systems.
What you’ll doDesign and operate large-scale, high-availability, low-latency networks
Work on BGP, EVPN, MPLS, segment routing, and carrier-grade routing architectures
Build automation frameworks in Go and Python to manage network config, deployment, and monitoring
Partner with hardware, protocol, and systems engineers to optimize for latency, reliability, and scale
Debug real-world production network failures across physical and virtual layers
CCIE or equivalent hands-on routing & switching expertise
Strong experience in ISP / carrier / backbone network environments
Solid production Go + Python experience (not just scripts)
Deep understanding of routing protocols, convergence, and network failure modes
Experience treating infrastructure as code and systems as software
Preference for telecom / ISP / infrastructure backgrounds over HFT
DoubleZero is a high-performance, permissionless global network purpose-built for distributed systems. The mission is simple: increase bandwidth and reduce latency.
DoubleZero increases bandwidth by filtering junk data that currently plagues validators and other network operators. DoubleZero reduces latency by connecting these filters via underutilized private fiber links, forming a mesh network. By combining these improvements and routing the right data through optimized, low-latency paths, the DoubleZero protocol empowers blockchains and other systems to achieve performance levels previously impossible.
In short, DoubleZero is a new Internet for distributed systems. It is supported by many independent contributors. Among them, DoubleZero Foundation drives the adoption, decentralization, security, and advancement of the protocol. Malbec Labs develops the technical components of the protocol itself. We look forward to hearing from you.
Top Skills
What We Do
a decentralized framework for creating and managing high-performance permissionless networks.
