Proof

What's actually live, not a highlight reel.

Everything we sell, we run on our own business first: real systems, documented down to the retry logic. Rapid Trades is a live example; more real case studies land here as they close.

Live client system · since May 2026

Rapid Trades: missed-call recovery

Problem: a home-services business losing jobs to whichever competitor picked up first, because every missed call was just a missed call: no follow-up, no record, no second chance.

Build: Fenn (Vapi + a cloned voice trained on how the business actually talks) answers what would've rung out, qualifies the lead, and books it. If the call ends without a booking, an SMS follow-up fires within seconds.

Result: live and running since May 2026. Every call now gets a real response, immediately, whether or not a human is free. Full quantified numbers going up as a proper case study once there's a full quarter of data to report honestly, not a rounded-up early number.

// what happens when an AI output comes back wrong
if (word_count(script) > 105) {
  if (attempts < 2) {
    script = claude.compress(script)
    attempts++; recheck()
  } else {
    fail_loudly("still over length")
  }
} else { proceed() }
// classifying a cold-email reply, not a keyword filter
reply = claude.classify(email_body, {
  labels: ["INTERESTED", "OPT_OUT", "AUTO"]
})
if (reply == "OPT_OUT") {
  crm.tag("opted-out"); blocklist.add(lead)
} else if (reply == "INTERESTED") {
  crm.tag("hot-lead"); notify(owner)
}
Self-run system · in production

Every cold-email reply, read and routed automatically

Problem: keyword filters can't tell a genuine "interested" from an out-of-office, a polite decline, or someone sarcastically mirroring your own words back at you.

Build: Wick reads the actual reply, classifies intent, updates the CRM, and alerts a human only when it's real. No manual triage of every inbox reply.

Result: Wick isn't perfect, and we'd rather say so than hide it. It once flagged a reply as "interested" that was almost certainly someone being short with us for following up too soon. That's exactly the kind of edge case worth catching and improving, not the kind worth pretending doesn't happen.

Self-run system · methodology

Diagnosing why a video wasn't spreading, properly

Problem: a short-form video's retention chart looked like it had regressed week over week, except the videos weren't the same length, so the percentage-elapsed chart was comparing apples to oranges.

Build: re-ran the same data in absolute seconds instead of percentage-of-duration, which is the only way to compare retention across videos of different lengths without a duration artifact distorting the read.

Result: the real problem wasn't a regression at all. It was a consistent 5-10 second drop-off across every video, which is a hook problem, not a length problem. Wrong diagnosis would've meant fixing the wrong thing.

Retention chart in absolute seconds: 44% of viewers gone in the first 17 seconds, bleeding to a 10% floor with no recovery bump
The actual curve, replotted in absolute seconds. The percent-elapsed chart made this look like a length problem.
team
The Team

Meet the agents behind the proof.

Named, accountable, and running whether or not anyone's at a desk. Click one.

Systems running today, in production:
n8n Claude GPT-4 Vapi Twilio GoHighLevel Instantly HeyGen

From The Build Log

Read more →
The Actual Mechanism

What "self-healing" means, in five steps.

The real logic behind the Build Log's first post: not a metaphor, the actual flow.

01
Script generated
Claude drafts the video script from the day's topic.
02
Length checked
Over 105 words? The avatar's speaking pace makes this a hard constraint.
03 · If wrong
Self-correct, twice
Claude compresses the script against the real word count. Two attempts, not infinite.
04
Proceed or fail loud
Fits → render the video. Still doesn't → an honest error, emailed, not buried in a log.