hyper run --name mycontainer --volume myvolume:/mnt/point/:ro myimageHyper.sh – Effortless Docker Hosting
161–170 of 218 posts
Re: Hyper.sh – Effortless Docker Hosting
#162Earlier quoted context omitted.
If you use GKE (Google Kubernetes as a service), you really don't need to manage Kubernetes either.
Yeah but is still not as managed as I want. You still need to populate a Kubernetes cluster which is 3 node minimum. Instances show up in your instances list and you still have to be careful to pop your instances in different zones/region for availability. In an ideal world I just want to run containers in a region with a LB in front, I don't care on which Kubernetes cluster they are. That the use case hyper.sh seems…
Since when?
Re: Hyper.sh – Effortless Docker Hosting
#163Is there something like this on top of DigitalOcean/AWS instead? I'd rather rely on those providers for the hardware and uptime.
I like Cloud Foundry because I work on it. It runs on AWS, Azure, GCP, OpenStack, vSphere, RackHD and others. If someone wrote a BOSH CPI for DigitalOcean it'd run there too without much fuss.
Disclosure: I work for Pivotal, we donate the majority of engineering on Cloud Foundry.
Re: Hyper.sh – Effortless Docker Hosting
#164This is exactly the service I've been looking for: a fast, cheap, and easy docker deployment service for my personal projects. It'll be interesting to see this grow, and more importantly, see how they handle security and privacy.
Re: Hyper.sh – Effortless Docker Hosting
#165Surprised not to see much comparison to Joyent Triton on here. We evaluated Triton, and while we encountered a depressing number of show-stopping bugs doing really basic things in the first week (like any container that installs `curl` failing due to a utf-8 character in the default ca set), it was pretty cool to use the native docker CLI to provision nodes. Local == remote on Triton. Triton runs on top of SmartOS in…
FWIW scaling an existing Triton instance is nearly immediate, so my practice is to have a couple smaller containers with my running apps that I can scale up rather than having to deploy in order to start scaling. Then depending on the load I can add more instances after that. Different use case than AWS Lambda-style scaling, but works for 99% of the real world cases I've encountered.
I find the CPU is better than AWS instances, but can be a little bursty due to the way SmartOS shares resources between tenants.
Re: Hyper.sh – Effortless Docker Hosting
#166Hey all, founder is here. I'd like to thank you for your votes here. Really appreciate! Also, I just want to share our public roadmap: https://trello.com/b/7fEwaPRd/roadmap . Feel free to comment. It actually helps a lot for us to prioritize. Thanks!
Hey gnepzhao, great work! I had a question on your quota/metering. How can I get in touch?
Re: Hyper.sh – Effortless Docker Hosting
#167Congratulations on launching/going public! I remember seeing your hypervisor/container tech a while back, and it's nice to see a service based around it. A couple of thoughts: 1) Your quickstart ends with a command to remove the test container, but leaves other resources, like the pulled image, billed at 10 cents/started GB intact. That's probably going to surprise some people that start to play with your free credit…
Re: Hyper.sh – Effortless Docker Hosting
#168Earlier quoted context omitted.
Yeah I assumed so. I will re-run my test and kill only one node. I assume any of the three nodes can go down?
Flynn developer here. This is correct, a three node cluster can withstand loss of any single host before things start failing. Also, log shipping and Let's Encrypt support are coming soon.
Re: Hyper.sh – Effortless Docker Hosting
#169Re: Hyper.sh – Effortless Docker Hosting
#170Earlier quoted context omitted.
If you use GKE (Google Kubernetes as a service), you really don't need to manage Kubernetes either.
Yeah but is still not as managed as I want. You still need to populate a Kubernetes cluster which is 3 node minimum. Instances show up in your instances list and you still have to be careful to pop your instances in different zones/region for availability. In an ideal world I just want to run containers in a region with a LB in front, I don't care on which Kubernetes cluster they are. That the use case hyper.sh seems…
It's very hands-off. And if you ever do want to take more direct control, you've still got the option of doing more or all of it on your own.