Honeycomb.io
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
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Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
- EMEA: Jan 17, 11AM CET (GMT +1)
- APAC: Jan 18, 11AM IST (India)
- AMER: Jan 19, 9AM PST
Find the Zoom links here: https://opentelemetry.io/community/end-user/discussion-group/
#OpenTelemetry #CNCF #observability #opensource
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Twelve tracers tracing
Eleven metrics counting
Ten custom queries
Nine deploy markers
Eight what is different?
Seven is this normal?
Six what is broken?
Five SLOs
Four bottlenecks
Three waterfalls
Two service maps
and Honeycomb Observability!
Thanks @jessitron for the fun lyrics.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Obviously we plan to keep posting about #observability & #OpenTelemetry, with our usual meanderings into engineering management & #devops. And you'll never pry us away from #hugops or snark.
Also: if you're wondering why we followed you here, it's because you were following us on Twitter and we wanted you to know we were here!
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
yeah, even though other than the top 3 these numbers aren't very large, a lot of people have been asking us "where do i go for these kinds of conversations" so it felt interesting to have a snapshot.
i mostly included the smallest ones because there are two servers at the bottom pretty specific to infra conversations.
once i'm more aware of the tools to analyze things here i'd like to look at hashtag volume, i suspect those are the real conversational nexuses.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
You've just exceeded my Excel knowledge. I could certainly send you the data set if you're really interested - debirdify only scans publicly available information.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
220 instances in total.
79 of those instances had more than 1 user in our sample, 33 had more than 3, and 15 had 10 or more.
It'd be interesting to explore the relative size of servers but I'm too tired for that tonight, maybe tomorrow.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
It struck us that this could make an interesting anecdotal snapshot of which technical instances #observability #sre #devops folks flock to.
23% on hachyderm.io
4.5% on infosec.exchange
2.8% on fosstodon.org
1.3% on techhub.social
1.3% on indieweb.social
1.3% on ruby.social
0.9% on tech.lgbt
0.9% on macaw.social
0.8% on awscommunity.social
0.6% on discuss.systems
The other 62.5% are on smaller tech servers or general topic servers.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
We’ve got some fun and festive o11y treats for you, so be sure to sleigh ride into this blog to learn how you can make the cool heatmap art you've seen us post, and maybe get an awesome o11y gift!
And while we originally wrote this with LinkedIn and Twitter in mind, if you follow the submission instructions on Mastodon we will also send you fun stuff :)
https://www.honeycomb.io/blog/happy-o11ydays
#o11ydays #o11y #opentelemetry #testinprod #honeycomb #observability
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
Observability for a distributed world. Designed for engineers to debug platforms, microservices, serverless apps, and enable collaborative problem-solving.
#testinprod