At my company, Tyba, we build software to operate utility-scale batteries in wholesale markets (including ERCOT).
If you're interested in applying software/ML/optimization to energy markets, building distributed systems that interface with power markets, or working on problems that directly impact grid decarbonization, we're hiring engineers (in person and remote)!
For larger companies, I think a huge benefit of Kubernetes is the shared language for defining and operating services, as well as the well-thought-out abstractions for how these services interact.
Costs are generally less of a concern, but having one way of running, operating, and writing services allowed our dev team to move faster, share knowledge, etc.
When I worked at Asana, we created a small framework that allowed for blue-green deployments of Kubernetes Clusters (and the apps that lived on top of them) called KubeApps[0].
It worked out great for us -- upgrading Kubernetes was easy and testable, never worried about code drift, etc.
If you're interested in applying software/ML/optimization to energy markets, building distributed systems that interface with power markets, or working on problems that directly impact grid decarbonization, we're hiring engineers (in person and remote)!
Company: tyba.ai
Roles: https://tyba.ai/careers