Senior Software Engineer, Consul (service mesh) at HashiCorp
Remote › 100% remote position (in US or Canada) (Posted May 11 2021)
About the company
HashiCorp is a remote-first company headquartered in San Francisco that solves development, operations, and security challenges in infrastructure so organizations can focus on business-critical tasks.
Location: Fully remote in United States, Canada, Netherlands, UK, or Germany
HashiCorp is a fast-growing startup that solves development, operations, and security challenges in infrastructure so organizations can focus on business-critical tasks. We build products to give organizations a consistent way to manage their move to cloud-based IT infrastructures for running their applications. Our products enable companies large and small to mix and match AWS, Microsoft Azure, Google Cloud, and other clouds as well as on-premises environments, easing their ability to deliver new applications for their business.
At HashiCorp, we have used the Tao of HashiCorp as our guiding principles for product development and operate according to a strong set of company principles for how we interact with each other. We value top-notch collaboration and communication skills, both among internal teams and in how we interact with our users.
Engineering at HashiCorp is largely a remote team. While prior experience working remotely isn't required, we are looking for team members who perform well given a high level of independence and autonomy.
About the Role:
On the Consul team, we help organizations automate network configurations, discover services, and enable secure connectivity across any cloud or runtime. The customers and large community of users of our tools are operators, infrastructure engineers, and software developers that encounter novel performance, scaling, and usability challenges that we help them solve.
Consul started as an infrastructure management tool for service discovery and health checking and has evolved to become a full-featured service mesh. Some of the functionality you’ll be working on will include proxy integrations, Envoy’s xDS APIs, certificate management for mutual TLS connectivity, and security through service-oriented Intentions. You’ll be an active contributor to the service mesh ecosystem, following new developments in emerging technology and competitive offerings, looking for opportunities for product differentiation, and rethinking product architecture to meet new global scale and organizational demands.
In this role you can expect to:
-Program mostly in Go, learning from and contributing to a team committed to continually improving their skills.
-Build and architect distributed systems for service connectivity across heterogeneous environments (Kubernetes, VMs, bare metal datacenter, or edge deployments).
-Interface directly with internal teams, users, and HashiCorp customers, as well as the larger Consul community.
-Participate in user research studies and discussions with product managers and customers to better understand the network topologies, challenges, and constraints for which operators are trying to solve, and leverage those insights when approaching feature design and implementation.
-Propose new functionality or substantive changes through written documents in an async process, describing the problem background, proposed implementation, and example UX, then iterating on peer feedback collaboratively.
-Own the full lifecycle of feature development from design through testing, release, and support.
You may be a good fit for our team if you have:
-Experience in a lower-level language like Go.
-Experience or interest in service mesh technology, such as Istio, Envoy Proxy, Consul, etc.
-Familiarity with service-oriented architectures, and ideally have worked on an infrastructure or platform team building internal tooling to deploy, connect and monitor them.
-Empathy for the people operating, learning, teaching, and supporting software you write, and consider their experience when making design decisions and performance, security or complexity tradeoffs.
-Awareness of the broader service mesh ecosystem and an interest in contributing to a full-featured product offering while reducing complexity and barriers to adoption for practitioners.
-Curiosity for academic computer science research, particularly distributed systems papers such as Raft and Paxos variants, and enjoy learning more about the challenges of consistency a global scale.
-Desire to collaborate with peer engineers in discussions around performance, user experience, security, and other constraints when designing complex systems.