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A lot of infrastructure work gets easier right
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around the moment it gets more opinionated. Private
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connectivity becomes a product. Cluster networking
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becomes a managed default. Ingress migrations
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stop being optional. Observability config starts
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acting like a real standard. And the old we'll
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patch that next sprint stuff still shows up in
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the lightning round waiting to ruin somebody's
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week. That's the theme this week. The platform
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layer keeps absorbing work teams used to hand
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roll, babysit, or quietly postpone. Sometimes
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that is great. Sometimes it is the platform telling
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you that your old defaults are running out of
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runway. Hey, I'm Brian Teller. I work in DevOps
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and SRE, and I run Teller's Tech. This is Ship
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It Weekly, where I filter the noise and focus
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on what actually changes how we run infrastructure
1:06
and own reliability. Show notes and links are
1:10
on shipitweekly .fm. If the show's been useful,
1:13
follow it wherever you listen. Ratings help way
1:16
more than they should. And if you want more signal
1:18
between episodes, check out oncallbrief .com.
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The latest brief this week was heavy on breaking
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changes, security patches, and platform releases,
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and that definitely shaped this episode. We have
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five main stories today, then the lightning round,
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and we'll wrap with the human closer. we're starting
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with aws interconnect going generally available
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because this is a pretty clean signal that aws
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wants private connectivity to feel a lot more
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like a managed cloud primitive and a lot less
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like a telecom product then cloudflare mesh which
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feels like the private network for humans services
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and agents version of the same broader trend
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after that gitlab 19 .0 because the move away
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from bundled nginx ingress and bundled data services
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is exactly the kind of breaking change platform
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teams actually have to plan around. And that
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one came straight out of this week's on -call
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brief. Then we've got EKS auto mode networking
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and what it means when AWS owns more of the cluster
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networking path for you. And finally, OpenTelemetry
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declarative config reaching stability, which
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is quieter than the others, but honestly kind
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of foundational. Story one. AWS interconnect
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is cloud networking getting productized harder.
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Let's start there. AWS interconnect is now generally
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available and the core pitch is pretty straightforward.
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AWS is offering managed network connectivity
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in two directions, multi -cloud connectivity
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between AWS and other cloud providers and last
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mile connectivity between AWS and your on -prem
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or enterprise sites. AWS says that the service
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is turnkey. private and designed to remove the
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usual infrastructure complexity from the customer
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side. The part that stood out to me is not just
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the feature list. It's the framing. This is AWS
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taking something that traditionally felt like
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network engineering plus vendor coordination
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plus waiting and trying to turn it into a cloud
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service with a cleaner control surface. Multicloud
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starts with Google Cloud. Azure is coming later
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this year and the traffic stays on private backbones
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instead of bouncing over the public internet.
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The last mile option launches in the US with
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Lumen. That matters because private connectivity
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has always been one of those areas where cloud
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teams and networking teams can end up speaking
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slightly different languages while the delivery
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timeline drags on forever. So when AWS starts
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saying, we'll manage more of this path for you,
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that is not just a product launch. That is a
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platform boundary shifting. And I think the practical
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takeaway is pretty simple. If you run multi -cloud,
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hybrid, branch -heavy, or edgish environments,
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this is the kind of thing worth paying attention
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to early. Not because you need to adopt it tomorrow,
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but because it changes the default expectation
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of how painful private connectivity is supposed
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to be. Story 2. Cloudflare Mesh is basically
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saying private networking should include agents
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now. Next up, Cloudflare Mesh. Cloudflare launched
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Mesh as a private networking layer for users,
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nodes, agents, and workers. Their pitch is that
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the client on private networks are no longer
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just humans and services. Now they're also autonomous
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agents that need scoped access to internal APIs,
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databases, and other private systems without
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exposing those systems to the public internet.
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And honestly, I think that framing lands. Because
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this is one of the first times I've seen a big
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networking security vendor say out loud that
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agent traffic is not just a cute add -on to existing
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access models. Cloudflare is treating it as a
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first -class access pattern. Mesh plugs into
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Cloudflare 1, applies existing gateway, access
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and posture policies and ties into workers vpcs
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so workers durable objects and agent workloads
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can reach private infrastructure directly the
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interesting part is that this is not being sold
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like a traditional vpn replacement story it is
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more like your private network should already
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know how to deal with services laptops remote
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servers and agent style workloads on the same
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fabric Cloudflare also says Mesh is many too
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many private networking over its global network,
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not a collection of one -off tunnels glued together.
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So the bigger read for me is this. Networking
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vendors are starting to assume the future client
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is sometimes a human, sometimes a workload, and
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sometimes an agent acting semi -autonomously.
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If that assumption keeps spreading, private access
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tooling is going to look a lot more like policy
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-driven platform plumbing and a lot less like
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old -school remote access. Story three, GitLab
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19 .0 is what real platform migration pressure
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looks like. Now to GitLab. This week's on -call
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brief highlighted GitLab 19 .0, and I think it
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is a really good platform story because it is
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not flashy at all. It is just the kind of change
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that forces actual planning. GitLab says 19 .0
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includes 15 breaking changes. And one of the
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big ones for self -managed Helm users is that
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bundled Nginx ingress is being replaced by Gateway
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API with Envoy Gateway as the default. GitLab
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says Nginx ingress hit end of life in March 2026,
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though it can still be explicitly re -enabled
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until removal in 20 .0. That alone is enough
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to matter. But then there is the second punch.
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GitLab is also removing bundled PostgreSQL, Redis,
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and MinIO from the Helm chart and operator path,
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with no replacement, citing licensing, maintenance,
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and image availability issues. This is the exact
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kind of story that feels just operational until
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you are the team that has to sequence the migration.
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Because these are not cosmetic defaults. These
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are parts of the install path that people absolutely
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built around, especially in test, POC, or smaller
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self -managed setup. And now the platform is
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basically saying that convenience path was temporary.
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So the takeaway here is not just GitLab changed
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some things. It is that platform teams need to
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notice when a project's default architecture
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starts growing up past its old bundled assumptions.
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Gateway API is not just a new thing to learn.
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For some teams, it is now the road forward whether
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they wanted a migration project or not. Story
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four, EKS Auto Mode networking. Is AWS trying
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to make cluster networking feel less handmade?
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Next up, EKS Auto Mode. AWS published a good
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breakdown this week of how EKS Auto Mode handles
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networking. And the story is really about ownership.
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Auto Mode sets up the VPC CNI for you. manages
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DNS as a core component, supports node level
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DNS caching, and lets you request ALBs and NLBs
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through native Kubernetes resources without a
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separate load balancer controller. AWS also says
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it handles CNI lifecycle management as part of
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the cluster maintenance. That is a pretty meaningful
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bundle of responsibility. Because cluster networking
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is one of those areas where teams can spend years
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carrying around a bunch of, well, this is just
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how our cluster works, setup that is really a
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mix of controllers, tuning, upgrades, and networking
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assumptions nobody wants to touch during business
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hours. What AWS is doing here is making a stronger
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argument that for a lot of teams, that should
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stop being custom glue. Pods get VPC IPs directly.
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Traffic follows normal VPC route tables. You
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use AWS native networking services and tools
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you already know. And AWS is taking more responsibility
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for keeping the CNI path current and sane. Now,
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that trade is not going to be for everybody.
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Some teams want the flexibility. Some teams need
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the knobs. Some teams have enough scar tissue
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to be suspicious anytime a managed mode says
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trust us. Fair. But for a lot of orgs, the real
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risk is not lack of knobs. It is the pile of
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half -owned networking glue they already have.
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Story 5. OpenTelemetry declarative config getting
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stable is boring in the best way. Last main story.
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OpenTelemetry announced that key portions of
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its declarative configuration spec are now stable.
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That includes the JSON schema, YAML file representation,
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in -memory model, parsing and creation operations,
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and the OTEL config file environment variable
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used to point SDKs at a config file. The blog
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also says implementations are currently available
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in C++, Go, Java, JavaScript, and PHP, with .NET
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and Python underway. I really like this one because
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observability configuration has had a lot of
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it depends energy for a long time. environment
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variables everywhere slightly different mental
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models across languages lots of power not always
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a lot of consistency so when open telemetry says
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the declarative config model is stable and should
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increasingly be treated as a first -class ux
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surface that is real platform maturity they even
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say the future process should be declarative
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configuration first and that older environment
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variable patterns that do not interoperate well
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may get deprecated over time that does not make
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for a flashy headline But it does make life better
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for platform teams that want more consistency
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across languages and services without every team
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inventing its own telemetry setup philosophy.
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And honestly, that is a very DevOps story. Not
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exciting in the launch demo sense, but very exciting
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in the maybe we stop relearning config drift
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in five languages sense. A few quick ones before
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we wrap. Container D pushed security releases
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across supported branches, including 1 .7 .31,
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2 .0 .8, 2 .1 .7, and 2 .2 .3 to address CVE
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-2026 -35469. The release notes describe it as
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a SPDY stream issue and call out hardening around
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sanitization errors before returning them over
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gRPC to prevent possible credential leaks in
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pod events. patch this one github also launched
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code security risk assessment for organizations
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github says org admins and security managers
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can run a free assessment to review code vulnerabilities
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across their org and the docs say it scans up
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to 20 repositories and reports severity and autofix
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eligible findings that is a pretty decent quick
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win tool if you want a fast read on exposure
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without building a whole campaign around it And
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AWS published guidance on secure AI agent access
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patterns using MCP. Their framing is that IAM
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has to become the authorization layer for these
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non -deterministic systems because coding assistants
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and agents choose tools at runtime and can act
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at machine speed. That is a good reminder that
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it's just an assistant stops being true the second
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it has real permissions. I think the cleanest
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closer for this one is pretty simple. Infrastructure
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keeps moving from assembled to opinionated. Private
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connectivity gets wrapped as a managed service.
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Private networking gets redesigned around workloads,
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agents, and not just people. Kubernetes install
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paths grow out of old bundled defaults. Cluster
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networking becomes more provider -owned. Observability
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config starts trying to look like an actual stable
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interface instead of a pile of toggles. And that
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shift cuts both ways. It can absolutely reduce
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toil. It can also remove some of the comfortable
13:12
ambiguity teams used to hide inside. Because
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once the platform gives you a clearer default,
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you have to make a more conscious decision if
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you want to keep doing things the old, harder
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way. That is the human part of ops that shows
13:25
up over and over. A lot of teams say they want
13:28
simplicity. What they usually mean is they want
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someone else to own the painful complexity without
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taking away the escape hatches that they have
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grown attached to. Sometimes that works. Sometimes
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the industry just moves on and your migration
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project shows up whether you invited it or not.
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All right. That's it for this week of Ship It
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Weekly. Quick recap. AWS interconnect going GA
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and pushing private connectivity further into
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managed service territory. Cloudflare Mesh building
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private networking for users, workloads, and
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agents. GitLab 19 .0 forcing some real migration
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planning around gateway API and bundled services.
14:05
EKS auto mode networking making cluster networking
14:08
less handmade. and OpenTelemetry declarative
14:11
config getting stable in the kind of boring,
14:14
foundational way that usually matters a lot later.
14:18
Links and show notes are on ShipItWeekly .fm.
14:21
You can also find the video versions on YouTube.
14:24
And if you want more signal before the episode,
14:26
check out OnCallBrief .com. If this episode was
14:29
useful, follow or subscribe wherever you listen.
14:32
And send it to the person on your team who keeps
14:34
having to explain that managed does not always
14:37
mean simple. But it usually does mean the default
14:39
architecture is changing whether people noticed
14:42
or not. I'm Brian, and I'll see you next week.
