AI Engineer Summit
November 12, 2026Main stage5 min read

Ship More as a Team of One with Kiro Crew

Few people raise their hands when Clauson asks whether their teams are getting everything they expected from AI. His diagnosis is that many teams have attached an agent to an existing process and accelerated only the code-generation step. The rest of software development still runs at its previous speed.

Doug ClausonAWSPrincipal Product Manager, Kiro

Day 2 livestream · 3:23:23–3:41:37 on YouTube. The player starts and stops at this session’s boundaries.

Introduction

Doug Clauson, Principal PMT on Kiro, walks through the successive bottlenecks his team encountered as it moved from interactive coding sessions to an agent-operated development workflow.

Few people raise their hands when Clauson asks whether their teams are getting everything they expected from AI. His diagnosis is that many teams have attached an agent to an existing process and accelerated only the code-generation step. The rest of software development still runs at its previous speed.

He contrasts that pattern with an internal Amazon study of teams that changed how they worked. The reported median improvement was 4.5 times normalized deployment velocity against each team's own historical baseline. That is a specific internal measurement, not a promise that installing Kiro multiplies any team's productivity by the same amount. Clauson's talk is about the process changes behind the result.

3:26:05 ↗

Count the work a person can keep moving

03:26:05

Kiro spans an IDE, CLI, web, and mobile clients. Kiro Crew grew out of an internal effort to run many agents together, then became an open-source product. Clauson's team uses it to build the product itself.

He shows a large and increasing number of merged pull requests, but immediately qualifies what they mean. Roughly one in ten represents a feature. The rest includes tests, bug fixes, and small improvements to existing behavior. Thousands of PRs do not mean thousands of independent new features.

The operating metric he cares about is how many sessions one developer can keep moving. The team's successive increases came when it removed a different reason an agent had to stop and wait for a human.

Five stages, five different ceilings

The starting point is familiar: one person runs one session, types a request, waits, then responds. Parallel sessions improve utilization, but the person is still the feedback loop for every agent. Running three conversations simultaneously does not remove that bottleneck; it makes the interruptions arrive faster.

Memory and schedules are the next step. Memory carries conventions into a fresh session, while schedules start work without a person manually initiating it. But a schedule on a closed laptop does not help. The team moved to always-on remote machines so work could continue independently of a developer's local session.

That enabled more concurrency, but people still acted as the glue between sessions. An assembly-line workflow reduced those handoffs. Its limitation was nonstandard work. Software tasks do not all follow the same path: a seemingly small issue becomes a larger investigation, a plan needs revision, or an intermediate step fails. A fixed pipeline then waits for someone to repair it.

Clauson's next stage is Ultra Mode, described in the talk as a developer preview behind a feature flag. It places an orchestration agent above the workers. The orchestrator starts work, watches for problems, judges results, decides what to do next, and tries to unstick the process.

He attributes the team's ability to operate more than 50 sessions per developer to this progression. That figure describes its workflow, not a universal capacity limit. He can already see the next constraint: coordinating orchestrators with other orchestrators requires stronger governance and clearer guardrails.

3:34:31 ↗

Replace endless review with a decision process

03:34:31

The first lesson from the higher throughput is to test everything. Clauson argues that confidence increasingly comes from repeatable checks rather than a person having read every line. That places substantial responsibility on the tests: if they fail to express the required behavior, faster execution only repeats the blind spot more often.

The second lesson is more contentious. The team initially tried to fix every comment from an agent reviewer. Each revision produced new objections, including objections to changes made in response to the previous round. The review loop had no practical stopping condition.

The correction was to distinguish blocking defects from non-blocking suggestions. A broken build must stop a merge. A preference about a variable name need not. That distinction makes review an actionable decision rather than an unbounded invitation to improve everything.

Kiro Crew's review process, with specialized reviewers feeding a PR-readiness gate and a repair loop

At 3:37:00, the slide shows specialist reviews feeding a single readiness verdict. A failed verdict returns to the prepare-pr repair skill; the review record remains available for inspection.

A fast initial gate checks basic conditions before the slower reviews. Two code reviewers use different model families to reduce shared blind spots. Additional reviews ask different questions: does the design have the right shape, does the change address the actual problem, can a person understand the UX, and does it respect the security posture?

The design review might notice that an existing cache could do the job of a proposed second cache. The UX review might ask whether an error message tells a person what to do next. These are distinct responsibilities, not six copies of “please review this code.”

Each reviewer produces a verdict. A failing result sends the change through a repository skill that attempts to resolve the issue. Humans inspect the review record and whether the process produced the intended result. When that process misses something, the team changes the process. Clauson's account describes a shift in responsibility, not evidence that review errors are impossible.

Teach the system to subtract

At this speed, adding code becomes easy enough that it can damage the product. Clauson gives agents an explicit responsibility to remove unnecessary machinery, not just introduce more of it.

The same constraint applies to the roadmap. Saying yes to every inexpensive feature can erase a product's shape and overwhelm its users. Implementation cost is no longer a sufficient filter for what belongs in the product. Someone still has to decide what the product is for.

3:38:44 ↗

Keep checking after merge

03:38:44

A merged PR is not the end of the workflow. The release gate downloads the repository, installs it, runs it, and checks core flows. Security work continues through recurring guidance checks, application-security reviews, and ongoing testing.

Clauson closes by returning to the practical ceilings: human attention, a laptop lid, a rigid pipeline, endless review, and a system that only adds. His team's current answers are not presented as permanent. The point is to notice which constraint is now stopping useful work, remove that constraint, and expect the next one to appear.

Full transcript 392 timestamped passages

Machine-generated source transcript; recognition errors remain. Timestamps and subtitles use the selected source recording’s clock, not clip-relative time. Section links use cited source moments; sections without a verified moment return to the talk start.

3:23:23Well, good afternoon, folks.

3:23:24Wow, that's loud. You guys hear me okay? I take it yes.

3:23:28I'm going to start with a question here today.

3:23:30How many people feel like they're getting everything that they could possibly get from their agents today?

3:23:36And that the promise of AI for your team has been delivered and you're satisfied with where you are?

3:23:41Show of hands.

3:23:43This is about what I usually see. Like, there's very few people.

3:23:48And for us at Amazon, it's actually the very same.

3:23:51Like when we first started this process, what happened is we were seeing between 10 and 20% gains,

3:23:56as I show on the chart over here, you know, 1.1x to 1.2x.

3:24:00And what we noticed was what was happening is teams were bolting AI onto a process that they already had.

3:24:06So they're taking their normal process that they were doing,

3:24:08they're trying to attach some AI here, attach some AI there,

3:24:11and expecting that they're going to get this massive result out of it.

3:24:14In addition, what we saw was teams were only shrinking the code generation phase.

3:24:18And as you all know, you guys are all experts in this,

3:24:21The code generation phase has gotten better and better and better as time has gone on.

3:24:25But there's a lot more to software development than just code generation.

3:24:29We did a study in June.

3:24:31I published a blog post on it as well.

3:24:35And in the study, we looked at teams who changed how they worked in our Amazon Stores division.

3:24:40And we looked at what kind of returns were they getting on their AI investment.

3:24:44Many of these teams were going slower before they were able to go faster.

3:24:47But the median team was seeing a 4.5x return.

3:24:51in terms of productivity improvement,

3:24:53and specifically what this was,

3:24:54was normalized development velocity

3:24:56against that own team's historical baseline.

3:24:59And we had some teams in the study

3:25:00who exceeded 10x, right?

3:25:02So we're talking significantly more productive.

3:25:05And what they did was just,

3:25:06they changed the way they were working.

3:25:08But I see this still so often,

3:25:10and just by your show of hands,

3:25:11the same thing, right,

3:25:12where people don't feel like that promise of AI

3:25:15has quite been delivered yet.

3:25:17Now, my name's Doug Clausen.

3:25:19I'm a product manager on the Kiro team.

3:25:21And I've been on this AI DevTool journey really since the beginning.

3:25:24And I still see, like I said, teams who aren't quite getting what they expect.

3:25:29Now, as a PM on Kiro, I get asked literally the same two questions all the time.

3:25:34Like, this is a story of my life and meetings.

3:25:36What are you shipping next?

3:25:38And they want to know, like, what are the new features?

3:25:40What new use cases might be enabled by those new features?

3:25:43And, you know, I can walk through that, and that's great.

3:25:45The other question, and oftentimes the more interesting one,

3:25:48because everybody builds software slightly differently,

3:25:50is are we doing this right?

3:25:52People feel like they've hit some sort of local maximum

3:25:55and they're scared that somebody else has figured out

3:25:57how to use the AI better than they have

3:25:59and they're just going to get surpassed.

3:26:01We're actually going to spend today on the second question here,

3:26:03not the first question.

3:26:05I'm going to walk you through how one of our teams,

3:26:07our Kuro Crew team, is shipping now thousands of PRs per week,

3:26:11the big lessons we learned on the way

3:26:13and sort of the process we went through to get to where we are today.

3:26:16And then at the end of this, I'm going to leave you with a workshop

3:26:19that if you want to try to build your own software factory in Kiro Crew,

3:26:21you can go and do that as well.

3:26:25Excuse me.

3:26:26Now, first off, just some bit of context on Kiro.

3:26:28So Kiro is an agentic development system

3:26:30that lets you plan, build, and ship software with AI agents.

3:26:34It works wherever you work.

3:26:35So up here I'm showing you we have an IDE client,

3:26:38a CLI, a web, and a mobile client.

3:26:40And then I just talked just briefly, we have Kiro Crew as well.

3:26:44We support a variety of models.

3:26:46So we have both the Anthropic models and the OpenAI models in Kiro, as well as some openweight models.

3:26:51I'll talk a little bit later how we use that and how that's been beneficial to us.

3:26:56And just like the rest of AWS, we really push the barrier on cost performance.

3:27:00So when we start saving money and we make the models cheaper to run and the agents cheaper to run, we end up passing those savings on to you.

3:27:07So we're really happy with where Kiro has gotten on that Pareto front of sort of cost performance and cost effectiveness.

3:27:13Excuse me.

3:27:13Now, like I said, we're going to spend this day talking about KiroCrew, and KiroCrew

3:27:17was built to run many Kiro agents at the same time.

3:27:20It's all open source.

3:27:21It actually started internally as an internal Amazon product where some engineers grabbed

3:27:27our CLI and they're like, hey, we want to extend this.

3:27:29It was during the whole OpenClaw craze, if anybody has their Mac minis at home, they've

3:27:34been running those.

3:27:34It happened during that craze where people wanted to figure out how they could get these

3:27:38agents to be more like personal assistants.

3:27:39And so this MeshClaw product internally was developed,

3:27:42got around 40,000 new internal Amazon developers on it

3:27:46in the first two months.

3:27:48And so us at the Kiro team were like,

3:27:49hey, since it was built on Kiro,

3:27:51we should take that and extend it and release it.

3:27:53And so we've done that now.

3:27:54And Kiro Crew is released.

3:27:56It's open source.

3:27:58And if I talk about what have we seen with the Kiro Crew team

3:28:02and our team in terms of building and developing this,

3:28:05we shipped on August 4th externally.

3:28:07And again, it's open source,

3:28:09so you can go look at all the source and look at all the PRs that came through.

3:28:12We go by one philosophy, that if we don't use it and love it, then we don't ship it.

3:28:17Since we launched, we've merged about 16,500 PRs with a very small team.

3:28:22Just last week, there was over 3,000 in a single week alone.

3:28:26Take contributions from external entities, both internal to Amazon and external to Amazon,

3:28:31people who just want to contribute and take a good idea with open source.

3:28:35And if you look at the chart here, we sort of leveled out at around, you know, if you

3:28:39look at just our shipping speed, we sort of leveled out at around high 100, 600 to 800,

3:28:45sort of the first few months after we shipped.

3:28:48And then you'll see in like 928, right, all of a sudden we break 1,000 again, and then

3:28:52we're sort of hovering around, I'll average it out in my head and say 1.2K-ish, right?

3:28:57And then you can see we made another step function improvement.

3:29:00And while I'm showing you PRs on this chart, what we really care about among the team is

3:29:04not necessarily the PRs, but we care about how many sessions can an individual developer

3:29:10operate at the same time.

3:29:12And I want to be clear that this is not a one size fits all thing, so as I walk through

3:29:16this, just keep that in mind that what works for us may not work for you, and so you should

3:29:20challenge what are you doing that you could learn from this.

3:29:25Last thing on this one, about one in ten of these is features.

3:29:28So I always get asked, like, man, 3,300 features,

3:29:31that's a lot of features in a week.

3:29:33Well, no, it's not all features, right?

3:29:34This is what shipping with speed looks like.

3:29:36A lot of, so I get asked, okay,

3:29:38so about one in 10 of these is a feature, so about 10%.

3:29:42And so if 10% are a feature, what are the other 90%?

3:29:46Well, for us, it's tests.

3:29:47Tests is a big part of what we do.

3:29:50It's, I'll say, paper cut fixes for things we've already shipped

3:29:53that we're just sort of learning about how it's getting used

3:29:56and we're massaging it a little bit.

3:29:58It's bug fixes as well.

3:29:59And that's

3:30:00really what shipping at a high speed with velocity looks like, right?

3:30:03It's not all new features, but if you just think about 10% of our features, there's still

3:30:06hundreds of features, new features being shipped over this timeline.

3:30:11If I think about sort of how did we evolve with our development cycle, we started, if

3:30:17I go back to when our CLI product initially launched, it was one session, one person.

3:30:21So I'm sure many of us experienced this

3:30:23when these new agents came out,

3:30:25and I was typing, and it would then work,

3:30:27and then it would stop working,

3:30:28and then I would type again, right?

3:30:29We'd just go back and forth.

3:30:31And then from that, so that was one session, right?

3:30:33I said we're trying to optimize sessions per person.

3:30:36Then we moved to parallel sessions,

3:30:37where instead of just running one session,

3:30:39I'm looking at, you know, maybe I'm running two or three,

3:30:41but I'm running them in the same manner, right?

3:30:43And the problem with both of these is that

3:30:45if you make yourself the feedback loop,

3:30:48you are now the bottleneck, right?

3:30:49These agents got faster long before you're going to be able to keep up.

3:30:53And so these first two sessions, they're just going to kill in one chart here,

3:30:56where it's, you know, we got to two or three sessions per person,

3:30:58but we sort of topped out.

3:31:00Now, stage three introduced memory and schedules.

3:31:03And with a memory, a new session now all of a sudden knows your conventions, right?

3:31:08So implicit memories.

3:31:09And then schedules make it so you don't have to kick all of the work off on your own.

3:31:13Things can happen on a schedule.

3:31:15The thing we learned here was that schedules only help if your machine is on.

3:31:19So in the previous phases, most of our engineers were running locally, right, as I'm sure many of you do still today.

3:31:24But moving to remote ends up making it so you no longer have to worry about, is it going to run?

3:31:28Because I have an always-on machine, something we're very good at at AWS.

3:31:32So obviously we are running remote.

3:31:35But what happened then is this allowed us to sort of, I'll say, build up to between 10 and 20 sessions, right?

3:31:40And then we sort of plateaued again.

3:31:42We were unable to sort of break that barrier with just memory and schedules.

3:31:46because much of what we were doing

3:31:48was still being the glue between the sessions, right?

3:31:52And then if we, our next phase was a pipeline,

3:31:55but not a CICD pipeline like you might be thinking,

3:31:57but instead more like an assembly line.

3:32:00I actually have, my previous life, I worked in aerospace,

3:32:03so a lot of assembly lines,

3:32:04and the hard thing with assembly lines is nonstandard work, right?

3:32:07So if everything is exactly the same as it flows through the system,

3:32:10an assembly line works great.

3:32:11As soon as you get nonstandard work,

3:32:13all of a sudden it becomes difficult,

3:32:14and I'm sure all of you know this

3:32:16but software doesn't follow the exact same

3:32:18path every time

3:32:19and so what we found our own teams doing then

3:32:22was this, sorry, this got us to maybe like

3:32:2430, 20, 30, 40

3:32:26sessions-ish but what happened

3:32:28was is our team was then trying to

3:32:30unblock the assembly line or the pipeline, right

3:32:32so as things came up if we

3:32:34thought something was a small issue and then it turned into

3:32:36a big issue, sometimes the assembly line would be

3:32:38stuck, somebody would have to come in and unblock

3:32:40that thing, maybe you restart it, maybe you replan

3:32:42it. And so this is only going to carry us so far because, again, we are in the midst

3:32:47of the agent. We're blocking the agent more than the agent wants to work.

3:32:53And so what did we do for that? Well, we launched a thing called Ultra Mode. Ultra Mode

3:32:58is still, just to be clear, if you go try it and you look for it, it's still in the developer

3:33:03preview, so it's behind a feature flag. But because it's open source, the code is all

3:33:06there. If you want to go try it, you can try it out. As I said up front, if we don't love

3:33:10it, we don't ship it, so we're still sort of finishing, putting the finishing touches

3:33:13on this one.

3:33:15But I wanted to talk about it anyway, because it takes you from being, what we did was,

3:33:19if you look at this middle part here, where we are the person driving the effort, these

3:33:24are the things that we might have been doing.

3:33:26So watching for problems was one of the biggest ones, and then trying to fix the assembly

3:33:29line when the problem came up.

3:33:31Maybe you're judging a result, or you're deciding what to do next.

3:33:35What Ultra Mode does is it does that job for you, right?

3:33:38So you put an agent on top of your agents that then is responsible for doing that, defining

3:33:42the goal based on whatever you're trying to accomplish, starting things, watching for

3:33:46problems, unsticking things.

3:33:48And this is getting us today to 50 plus sessions.

3:33:52And so if you think about where we started with a single session and a single person,

3:33:56now if a single developer is doing 50 plus sessions, that's how you get that sort of

3:34:00the volume in the PR chart I showed you earlier.

3:34:04And we can already see the next wall that's coming.

3:34:07The orchestrators working with other orchestrators,

3:34:10and then the governance around what you want that to be

3:34:12and the guardrails become even more important, right?

3:34:16So again, that's how we got the volume.

3:34:18Those were the five phases we went through.

3:34:20Ultra mode has been a game changer for us,

3:34:22as was the assembly line.

3:34:23And I invite you to try those ideas

3:34:25if you think they might work for you.

3:34:27The next thing I wanted to talk about, though,

3:34:29was what did we learn from this?

3:34:31Like, what are the biggest things that prevented us from shipping quickly?

3:34:35The first one is test everything.

3:34:38And now this is no, this is not a new lesson, right?

3:34:40Everybody in software knows this.

3:34:41We should be doing this.

3:34:43But I still see people too often discount the value this is providing.

3:34:48And this is gonna build in with the next one I have behind this around reviews.

3:34:52Like, if you think about where do you get confidence to ship something?

3:34:54I think many people still feel like, hey, I get confidence because I looked at all the

3:34:58code and I know exactly what that code does. Again, if you do that, like maybe that's a

3:35:03good thing, but where we have gotten our confidence, and Amazon's always been very test-driven,

3:35:08is from the tests. Because you might not be able to look at something every time, but

3:35:12you can certainly test something every time in the exact same way and test the result,

3:35:17right? And come out with the result. And so for us, again, quality really becomes a testing

3:35:22problem and we're spending a significant portion of our time, around 20% just on testing today.

3:35:29The other big thing we learned, and this is a bigger one, and also a contentious topic,

3:35:33is, is reviews.

3:35:35So quick show of hands, how many people have done a review with an agent, thinking that

3:35:39there's going to be like one or two comments, and then you come back and you're like, oh

3:35:43my god, like this is terrible code, right?

3:35:47There's comments everywhere.

3:35:48We had the same problem.

3:35:49So we originally wrote a review agent that would review everything, and our goal was

3:35:53to fix every single comment.

3:35:54Well, as you guys, I heard the laughter, so as you expect, you submit changes, so you

3:36:00submit a PR, you get the feedback on that PR, you come back, you submit it again after you

3:36:05fix it, you come back and now it's three new things that weren't even tested, weren't

3:36:08even told about before and it's four things on the things you already fixed.

3:36:11You submit it again and this cycle just continues to repeat.

3:36:14So what we've done with reviews is now we categorize the reviews or triage them into

3:36:19blocking and non-blocking issues.

3:36:21So, for example, something that breaks the build,

3:36:25if there's something obviously that breaks the build,

3:36:26that's a blocking thing,

3:36:27and we need to go fix that before we merge this PR.

3:36:30Changing a variable name, not a big deal.

3:36:32We'll take care of that later,

3:36:33so we let those things slide through.

3:36:36The other thing that we've done with reviews

3:36:38is we want to have fast feedback for an agent,

3:36:40and as you can see by the process here

3:36:42that I'll walk you through in a second,

3:36:43this is not that fast.

3:36:44And so we have a fast gate

3:36:45that really double-checks things really quickly

3:36:47to make sure that things are in the right folders

3:36:49before we move on to our reviews.

3:36:51We have six reviewers, actually, that run.

3:36:53Two code reviewers, both in different models,

3:36:56with different model families.

3:36:58And the intent there is to really find,

3:37:00to make sure you don't have a model gap, right,

3:37:02so that the model wasn't trained on something that we don't catch.

3:37:04This is where we use the Anthropic and OpenAI models

3:37:07or an open weight model to be those levers.

3:37:10We run a design review that asks,

3:37:13does this thing have the right shape?

3:37:14Meaning, is what I'm building,

3:37:16like if I'm adding another cache in this PR,

3:37:18can the cache I already have take care of this issue or not.

3:37:22We have a first principles review that says,

3:37:24is this change addressing the real problem?

3:37:27We have a UX review as well,

3:37:29that if you're making it, let's say you're creating a new error message,

3:37:32we have an agent decide whether or not that error message,

3:37:34the human will know what to do with that error message

3:37:36based on what we've published.

3:37:38And then we're consistently tightening our security posture.

3:37:41Now, each one of these reviewers gets one vote.

3:37:43It's either yes or no. It's red or it's green.

3:37:45If everything's green, it goes on to merge.

3:37:47If not, we go to a prepare PR skill that's in the repo,

3:37:50so you can check the skill out if you want.

3:37:51And that prepare PR skill then tries to resolve the issues as we go.

3:37:57The third lesson, and sorry, on the reviews, one more thing.

3:38:00Like I said, we've stopped reviewing code a long time ago.

3:38:03We have moved on, and what we're responsible for is not the code itself.

3:38:06See, this actually goes back. It does.

3:38:08What we're responsible for is the review record.

3:38:10Did it follow the process as we expected?

3:38:12And did we get the results we wanted?

3:38:14If not, we fixed the review process.

3:38:17Two other things. So, one, the over-engineering problem. So we have a specific role to teach

3:38:24our agents to subtract, not just add. And so we try to remove code from the process

3:38:28as we go to prevent that over-engineering. And we use that same philosophy on our roadmap

3:38:32as well, where saying yes is becoming very cheap or has become very cheap, right? It's

3:38:36very easy for us now with code to say, like, yes, I'll do that and I'll do all of these

3:38:40things. Whereas we used to have to be very particular about what we were going to build.

3:38:44The problem with saying yes all the time

3:38:46is that you might lose your product shape,

3:38:48and we're already seeing this in KuroKribit,

3:38:50that it's moving so fast and so quickly

3:38:52that you don't want your users to get caught in the noise.

3:38:55And so, again, use the same principle on the roadmap

3:38:57as what we do.

3:38:59And then last thing on lessons is

3:39:01you're not done once you merge a PR, right?

3:39:04There's still other phases,

3:39:05and so for us, merging is not the last check that we do.

3:39:08Instead, we run a release gate

3:39:09where the agent will download the repo,

3:39:12It installs it, runs it, and then checks the core flows

3:39:14to make sure that the overall system is still in good shape

3:39:17before we would do a release.

3:39:18And then we do security all the time as well.

3:39:21So we have every hour, every day, an always-on,

3:39:23every hour against our security guidance,

3:39:25every day against an AppSec review,

3:39:27and then an always-on pen test agent.

3:39:30So again, merging is not the end of the process.

3:39:32You have to crunch everything down.

3:39:35So I'm going to come back to where I started.

3:39:37Are you getting everything from your agent?

3:39:39and many of us don't feel like we are yet.

3:39:42And what I'm going to offer here today,

3:39:43or what I've tried to offer is,

3:39:45the agent was fast enough to work on this a long time ago

3:39:49and it's only getting better and better and better.

3:39:51And so what we have been doing is challenging how we work

3:39:54and figuring out where are we preventing the agent

3:39:56from working as quickly as possible.

3:39:58And I've given you numerous

3:40:00examples today.

3:40:01Again, I'll just call it a couple of them here.

3:40:03So it started with our attention span, right?

3:40:05When I was the feedback loop, I could no longer ship because I was the feedback loop.

3:40:09When I wasn't there, the agent stopped working.

3:40:11The laptop lid closing.

3:40:12All of a sudden, you lose your connection.

3:40:14Moving to remote can solve that, right?

3:40:16The fixed pipeline with a fixed shape that can't respond when things go slightly off path.

3:40:21Again, how do you fix that?

3:40:22We fixed it with an orchestrator.

3:40:24ultra-mode. The endless

3:40:26reviews that I think I've gone into probably

3:40:28more depth than you were interested in, but

3:40:29the endless review cycle, and then the loop that only

3:40:32adds, right? The loop that only adds things

3:40:34to it and doesn't try to subtract.

3:40:38And so

3:40:38I'll leave you with, I also want to be

3:40:40clear that this is going to be a

3:40:43continual adjustment,

3:40:44right? This is not, like, this may be what works for us

3:40:46today. I promise you another month we're going to find

3:40:48something else that works, and we're going to continue to evolve

3:40:50significantly. But like I said in the

3:40:52beginning, the pace that we're finally able to deliver at, I feel like for us, is that finally

3:40:57we're meeting that promise of AI, and I still see the disparity among other teams.

3:41:03And so, like I said, I'm going to leave you with this. If you're interested in trying Kiro Crew and

3:41:08building your own software factory, scan this QR code. It's a workshop. We have a pretty generous

3:41:13free trial on Kiro, so you can go sign up for a free trial, go install Kiro Crew, and you'll be

3:41:19off and running.

3:41:21And if you don't, if you want to try, like I said, if you want to try CreoCure, you can

3:41:23do that.

3:41:24The same free trial works across all of the products.

3:41:26So the IDE, the CLI, the web client, the mobile client, try them all with that free trial.

3:41:31And with that, I'm excited to see what you all build.

3:41:34I appreciate the time.

3:41:34Thank you.

3:41:35Enjoy the rest of the conference.