Join a pioneering force in network automation!
At IP Fabric, we enable people to uncover the truth about their networks. Built by network professionals and industry experts, our innovative solutions are transforming how enterprises manage their networks. As a post-Series B company, we're expanding rapidly across Europe, the U.S., and beyond.
About The Team
As a DevOps team, we actively support and collaborate with other teams to enhance their practices in CI/CD, Debian package management, and other critical areas. Our approach involves conducting thorough code reviews and participating in pair/group programming and debugging sessions. Our responsibilities also extend to managing approximately ~150 virtual machines and bare-metal servers that underpin the product’s development, testing, and release processes.
What You’ll Do
- Helping to build, maintain, and troubleshoot infrastructure and services running Linux, various network emulators and appliances, CI/CD pipelines on bare-metal and in public/private clouds.
- PoC-ing new technologies and solutions, documenting and transferring the knowledge.
- Providing smooth operation by creating tools, automating, integrating, and ensuring proper monitoring of all components.
- Ensuring the safety and security of the infrastructure and services.
- Working with software engineers to make sure that development follows established processes and works as intended.
- Participating in team code reviews.
- Assisting with customer support for system parts of the platform.
What You'll Need
- Computer science education or equivalent experience.
- Experience owning a project from concept to production, including proposal, discussion, and execution.
- Ability to work single-handed as well as in a team.
- Proficiency in written and verbal communication in English, ability to entertain technical discussions and convey complex topics.
- Strong problem-solving skills with attention to detail and ability to take (calculated) risks.
- Advanced knowledge of GNU/Linux environments.
- Advanced troubleshooting skills in complex infrastructure issues.
- Advanced bash scripting and mid-to-high-level programming/scripting experience in Python, Ruby, Go, C or other languages.
- Experience with DSL configuration management systems - Puppet, Salt, Chef, and more.
- Proficiency with Git or other version management systems.
Bonus points if you have
- Advanced knowledge of NGINX.
- Basic experience with public cloud infrastructure such as AWS, Azure, and GCP.
- Knowledge of administration of virtualization platforms like VMware, Hyper-V, and OpenStack.
- Knowledge of CI/CD tools and container orchestration tools - Jenkins, Docker, Kubernetes, Nomad.
- Dynamic network routing - OSPF, BGP.
Tools
- Debian GNU/Linux
- Hetzner.com
- Puppet
- Elastic
- RedPanda, RabbitMQ
- Nginx
- Python, Ruby
- Prometheus/Grafana
- GitLab (we use our own CI/CD workers)
- Vector.dev
- 25 days of holidays + 5 flexi days.
- Anniversary Rewards.
- Remote working environment.
- Pet-friendly office at IP Pavlova.
- Complementary snacks and refreshments.
Join us to experience the unique culture of a founder-led startup, where from top to bottom everyone is hands-on and has a chance to make a tangible impact on influential enterprises worldwide. Being part of IP Fabric means being part of a flexible environment that prioritizes work-life balance and growth opportunities.
Top Skills
What We Do
IP Fabric’s Automated Network Assurance Platform helps companies empower their network engineers to discover, verify, and document large scale enterprise networks within minutes. IP Fabric automates network infrastructure data collection and provides predefined verifications that highlight inconsistencies, misconfigurations and issues within enterprise networks.
With experience and strength across Financial Services, Manufacturing, Logistics, Public Sector and more, we are ready to support businesses in addressing their key network management challenges with a new, analytically driven way of managing your network infrastructure.
Using a unique network model and algorithms, the system reconstructs network state and simulates actual packet flows to detect critical violations, business-impacting inefficiencies, and verifies policy compliance.
Based on graph theory of mathematics, native visualization of all network topologies and protocols provides unparalleled visibility, answering the question about how the network is running. Beautiful documentation and report outputs can be used directly as part of an existing process or managerial reporting requirements
