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NewIn release 2.4, the Reliability Agent reads Sentry traces and Playwright reports
Yamnik · Platform01

Yamnik: self-optimizing software

Agents that find slow code and open the fix as a pull request.

Specialist agents
6
Profiling
24/7
Merge rights
0

Playbooks proven in production at

  • Wakacje.pl
  • Crustlab
  • Fujitsu
  • Blue Owl
  • Wakacje.pl
  • Crustlab
  • Fujitsu
  • Blue Owl
How it works02

Four steps,
every deploy.

Most teams do performance work once, in a quarter somebody fought for. Yamnik repeats it on every deploy and never ships a change it has not measured.

  1. Observe

    Agents connect to your repository, CI and field data and record how each page and build performs today.

    01

  2. Measure

    Each problem the agents find gets a baseline in bytes, milliseconds, build seconds, incidents and euros.

    02

  3. Propose

    The fix arrives as a small pull request with the evidence and a rollback path.

    03

  4. Prove

    After merge, the agent measures again in production and adds the result to the pull request.

    04

An optimization
team in your CI

Each agent has one specialty, and none ships a change without a measurement.

Yamnik splits profiling across six agents that share one evidence store. They cover bundle size, Core Web Vitals, reliability, build time, user flows and search growth.

Every agent began as a playbook our engineers ran by hand on production systems at Wakacje.pl, Crustlab, Fujitsu and Blue Owl. Now it runs on every commit.

Live run04

Watch an agent
dig.

Every run follows the same steps: attach, baseline, scan, propose, verify. Each run ends in a pull request your team can review.

yamnik / bundle-agent00/07
  1. connecting to acme/storefront…

Sample run · demo repository · timings compressed

The fleet05

Six agents.
One fleet.

Each agent owns one layer of your product and hands evidence to the others, so a bundle fix that hurts reliability never makes it to review.

Clients06
The receipts07

The receipts

These are production numbers from client engagements, measured before and after each change. Every agent applies the same check to its own pull requests.

Gains estimator08

Price your
milliseconds

Enter four numbers you already know. The estimator shows which gains the agents would go after first, and the audit replaces the estimate with measurements.

(01) Your numbers

€500,000
3.6 s
12
8 min

(02) What the fleet could find

€360K

estimated revenue upside per year, based on a 6.0% conversion lift from 1,200 ms faster pages.

LCP after
3.6 → 2.4 s
CI wait recovered
81 h / mo

These are estimates. We assume the fleet removes a third of your current LCP, but never below 1.8 s, and apply a 0.5% conversion lift per 100 ms saved, capped at 15%. That is about a sixteenth of the 8.4% retail uplift per 0.1 s that Deloitte measured in Milliseconds Make Millions (2020). Build savings assume 40% shorter builds and 6 builds per engineer per working day; our measured case was 55%.

Principles09

(01)

Nothing ships
without a number

Every pull request carries a baseline, a projection and, after merge, its production result.

(02)

Agents propose.
Humans merge.

No agent holds merge rights. Your reviewers decide what reaches production.

Measured first,
merged by people

Plans10
Next step11

Find out what
slow costs you.

Start with a two‑week audit.

Fixed priceYour CI, your codeBook the audit

We connect the fleet to one repository for two weeks. You get a ranked list of gains in euros and the first pull requests, already open.