What Solution Partners should know before recommending “autonomous” dev to clients
TL;DR
Gen‑AI coding agents are force multipliers: they boost clarity or chaos, depending on what you feed them. This post maps the common failure modes, shares a lightweight framework you can implement in Confluence today, and shows how an AI‑powered add‑on can automate the heavy lifting.
Pairing ChatGPT with a code‑generation plug‑in, I shipped a clickable demo in four hours. This used to cost two sprints, six stand‑ups, and dozens of Slack pings.
Magic… until the next morning, when I was:
Lesson #1 If you give sloppy requirements to a human, you lose days. Give them to a swarm of LLM agents, and you lose days at machine speed.
Well‑known agents (Devin, Lovable, V0) promise self‑driving software. Reality bites on three fronts:
Failure point |
What actually happens |
Undefined goal |
Agent optimises for the wrong outcome, then proudly ships it. |
Scope creep |
Every clarifying prompt shifts the target; scope expands, complexity grows. |
Missing validation |
“Works for me” hides regressions that explode in prod. |
The same things junior engineers do:
✅ Clear goals
✅ Well-scoped tasks
✅ Thorough validation
And just like junior engineers, when they don’t have this context, you get code that technically “works”… but breaks the moment you scale, tweak the scope, or hit an edge case.
After I discovered that one of my interns had spent days implementing a totally wrong functionality, I established some guardrails to prevent that in the future:
📍Daily meetings and detailed documents helped to share context
📍Encouraged interns to ask questions when they are unsure
📍Small PRs that were easy to review helped identify gaps early
From that point on, I was confident that my interns were always on the right track,
But it doesn’t scale.
You can mentor 2 interns.
You can’t mentor 200 AI agents the same way..
Step 1 — Headline Test
“We’ll know this works when metric X moves from A → B.”
Step 2 — Reveal Context
Ask the agent to list information gaps; route unanswered ones to the PM/Tech Lead.
Step 3 — Failure Modes
Write three ways it could break. Prompt the LLM for two more.
Step 4 — Self‑Review
Before a PR, the agent answers: “Which assumption am I least sure about, and what test would prove it wrong?”
Partners can paste this block into any Confluence template today. One healthcare company reduced implementation time by 52% by just asking the right questions.
If you’d rather not police templates manually, an AI coach inside Confluence can:
An example is Wisary. It doesn’t write code; it creates clarity—making any agent, script, or human contributor far more predictable.
Before |
After |
POC ships fast, dies in production |
POC evolves into stable prod code |
Every standup identifies more new tasks than closing existing |
80% of ambiguity resolved upfront reducing scope creep |
Trust erodes with every rollback |
Context‑driven loop → faster cycles → higher trust |
Curious to see a live demo of the automated approach—or want to share your own experiments? Drop a comment below. Always happy to trade notes.
AI agents amplify whatever you already have. If that’s clarity, you’ll ship faster than ever. If it’s confusion, you’ll reach chaos sooner. The thinking layer is ours to fix.
About the author
Ala Stolpnik is a former Google engineering leader turned founder. My team builds Wisary, an AI‑powered Confluence app that helps product and engineering teams think clearly at scale.
Ala _Wisary_
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