hanzo.ai/app/(marketing)/benchmarks/fleet/page.tsx

/**
 * /benchmarks/fleet — what a dormant agent costs, at a million of them.
 *
 * The table renders the fleet pass of lib/data/benchmarks-runtime.json. The
 * prose quotes figures from that pass by hand, so a rerun edits both.
 */
import { T } from '@hanzo/i18n/react'
import { pageMeta } from '@/lib/page-meta'
import { BENCHMARKS, DORMANT, bench, paperUrl } from '@/lib/benchmarks'
import { BenchJsonLd } from '@/components/benchmarks/JsonLd'
import { Grid, H2, Meta, More, Note, P, Shell, Spec, type Col } from '@/components/benchmarks/kit'
import { RUNTIME, shots, type Shot } from '@/lib/bench-data'

const B = bench('fleet')!

export const metadata = pageMeta({
  title: 'Dormant agent cost benchmark',
  description:
    "Benchmark 1M dormant AI agents: 477 bytes of state each, 309k written/sec, and 0.034 ms resume times on Hanzo's high-speed agent engine.",
  path: '/benchmarks/fleet',
})

const MEASURES = ['bytes per dormant agent', 'write rate', 'resume latency']

/* The storage-cost row this table used to carry is gone: $0.01 a month against $22 is list-price
   arithmetic over a competitor's modelled agent size, which is a derivation of a
   derivation and not something the command below prints. The row above it says
   the same thing without the assumption. */
const ROWS = shots('fleet')
const cols: Col<Shot>[] = [
  { head: <T>measurement</T>, get: (r) => r.what, left: true },
  { head: <T>Hanzo, measured</T>, get: (r) => r.ours },
  { head: <T>the published figure</T>, get: (r) => r.theirs ?? '—', left: true },
]

export default function Page() {
  return (
    <>
      <BenchJsonLd b={B} measures={MEASURES} />
      <Shell b={B}>
        <Spec b={B} />

        <H2><T>What is measured</T></H2>
        <P>
          <T values={{ dormant: <em><T>dormant</T></em> }}>
            {'A million agents are created, written to disk, and read back. What is counted is the state a {dormant} agent occupies — the row that has to exist for an agent to be resumable at all — the rate at which those rows can be written, and the time to bring one back. Nothing is running while the measurement is taken, which is the point: an agent platform’s floor is what it costs to keep an agent that is doing nothing.'}
          </T>
        </P>

        <H2><T>Results</T></H2>
        <Meta>
          <T values={{ machine: RUNTIME.passes.fleet.machine }}>{'one million agents · {machine} · the pass of 2026-09-07'}</T>
        </Meta>
        <Grid cols={cols} rows={ROWS} keyOf={(r) => r.what} />
        <Note>
          <T>{'The right-hand column is not a competitor’s measurement. It is the per-agent figure a competing platform assumes in its own published arithmetic, marked there as modelled and never billed. Ours is a directory you can list. The distance between the two is about 2,200× and most of it is the difference between an assumption and a file.'}</T>
        </Note>

        <H2><T>What this does not measure</T></H2>
        <P>
          <strong>
            <T>A dormant agent is not a running one.</T>
          </strong>{' '}
          <T values={{ live: <a href="/benchmarks/goroutine"><T>601 bytes of heap and 125 ns to spawn</T></a> }}>
            {'This number is the floor, and the floor is the easy part. What a live agent costs is a different measurement with a different command — {live}.'}
          </T>
        </P>
        <P>
          <strong>
            <T>One machine, one day.</T>
          </strong>{' '}
          <T>
            {'This is a single pass on one laptop. It is reproducible by one command and it is not a fleet of machines under load, so read it as a floor that has been established rather than as a service level.'}
          </T>
        </P>

        <More b={B} all={BENCHMARKS} />
        <Meta>
          <T values={{ harness: <a href={B.harness.url}>{B.harness.repo}</a>, paper: <a href={paperUrl(DORMANT)}>{DORMANT.title}</a> }}>
            {'harness and the committed table: {harness} · the paper: {paper}'}
          </T>
        </Meta>
      </Shell>
    </>
  )
}