We’re a fast-growing startup in the cloud computing space. We believe that while cloud platforms are functionally great and quite powerful, they are built on legacy software and are irritably inefficient (and expensive!). Based on award-winning research and open-source tech, we have built Unikraft Cloud, a next generation cloud platform that allows for order-of-magnitude better efficiency, performance and security.
If you’re passionate about cloud infrastructure, love solving real-world problems, thrive in customer-facing roles and enjoy working with cutting-edge technologies we want you on our team!
What You’ll Do
- Build and maintain the core internal platform components that power Unikraft Cloud.
- Aid in the development of our client facing CLI tool and web UI.
- Design and implement APIs that enable seamless integration with Unikraft Cloud.
- Create new tooling and integrations that leverage the platform with external systems.
- Help design and build testing frameworks to validate the performance, reliability, and security of Unikraft Cloud.
- Build tooling and automation to streamline deployment and platform integration.
- Build continuous integration pipelines that catch regressions across unikernels, platform components, and system integrations.
What We’re Looking For
- Strong proficiency in Go, with 4+ years of production-level experience building distributed systems, understanding of its ecosystem, tools and internals.
- Familiarity with observability tools (ideally Prometheus, Grafana and OpenTelemetry).
- Good understanding of the CNCF landscape and associated tools.
- Experience with HTMX, TypeScript and LitElement are a plus.
- Hands-on experience with Kubernetes and container runtimes internals like Docker/containerd/podman.
- Familiarity with cloud platforms (ideally AWS).
- Experience building plugins to automation tools (ideally Terraform, or similar).
- Proficiency in debugging and troubleshooting distributed systems.
- Experience with high-performance, low-latency systems.
- Experience with OCI Distribution, OCI Image Specification and other standards and their implementations.
- Familiarity with virtualization solutions, like QEMU/KVM. Micro-VMMs like Cloud-Hypervisor or Firecracker are a plus.
- Experience contributing to or working with open-source projects in the CNCF ecosystem.
Mindset
- Eagerness to learn and take on new challenges.
- Strong problem-solving skills and a curious, analytical mindset.
- Enthusiasm for building reliable, high-performance systems.
- Team player with good communication skills.
- Ability to quickly adapt to new programming languages, runtimes and environments.
Why This Role is Career-Defining
- Help revolutionize the future of cloud compute runtime while embracing continuously-evolving modern technologies.
- Work alongside a high-energy, top-notch, technical and entrepreneurial team.
- Make impactful contributions and help shape our rapidly growing company.
- Work from wherever you want. We collaborate in real-time every day but we all work from the comfort of our own homes.
Why You’ll Love This Team
- Next-gen product: We’re building a hyperscale-efficient cloud built for serious infra needs—built on research, battle-tested by customers.
- Customer-first culture: Your work with users directly shapes what we build and how we build it.
- Fast and fearless: We ship fast, solve real problems, and push the boundaries of what infra can do.
- Deep tech: Join a high-caliber, technical founding team focused on shipping fast and learning even faster.
- Direct impact: Have real ownership and direct influence our product and customer outcomes.
Benefits
- Remote-first from day one — work wherever you’re most productive.
- Competitive salary and opportunities for career development.
- Six weeks of total time off for you to use through the year.
- A generous equipment budget to spend on anything you need to do your best work.
- Fun-focused, in-person team retreats to recharge and build great relationships
Apply now if you’re excited to build next-gen infrastructure, work hands-on with users, and help define what performant cloud compute looks like in practice.