When AI Automation Breaks: Designing for Edge Cases Before They Hit Production
Most AI automations break not because the AI is wrong, but because the workflow had no fallback. Here's how to design for edge cases before they reach real users.
Read →Every AI post from the studio, newest first.
Most AI automations break not because the AI is wrong, but because the workflow had no fallback. Here's how to design for edge cases before they reach real users.
Read →Every AI agency claims to be transparent. Here's what that word means operationally, and the specific behaviors that prove it before you sign anything.
Read →Before you sign off on any AI project, know what to demand. Code, credentials, IP, and data, a plain checklist so you walk away owning everything.
Read →Most AI agency contracts are written to make delivery unverifiable. Here are the exact questions to ask before you hand over a deposit.
Read →57% of agencies lack a differentiated AI story. Here's what separates honest AI advisory from hype, and the specific behaviors SMBs should check before signing.
Read →Most AI projects fail before a line of code is written. Here's exactly what good AI project scoping looks like, and the red flags that cost SMBs six figures.
Read →95% of AI projects show no measurable financial return within six months. Here's what the data shows about AI ROI for mid-market businesses, no vendor spin.
Read →Post-launch is where AI integration costs spike and vendor promises evaporate. Here's what real ongoing support looks like, and what to demand before you sign.
Read →Most weekly digests go unread because they treat everyone the same. Here's how AI automation changes that, and how SMBs can build it properly.
Read →AI can auto-process 60–80% of warranty claims, but only after a human defines the rules, structures the intake, and connects the order data. Here's what that build looks like.
Read →Most AI automation breaks at the prompt, not the code. Here's how version control and prompt management stop silent failures before they cost you.
Read →Most custom AI tools fail at the interface, not the model. Here are the UX principles that determine whether staff use your AI tool or revert to the spreadsheet.
Read →The testing methodology that catches real failures before you deploy a custom AI tool, task success, edge cases, human review, staged rollout. No guesswork.
Read →How AI localisation automation actually works for SMB content, what to automate, what not to, and what it costs. No hype, real workflow breakdown.
Read →80% of AI projects fail to deliver value. The cause is almost always the same, the tool was never scoped to do one job. Here's how to fix that before you build.
Read →Most AI automation breaks because one tool tries to do everything. Here's how the single responsibility principle keeps AI workflows maintainable and fixable.
Read →Before you scope any AI project, one question separates viable builds from expensive experiments. Here's what it is and how to use it.
Read →56% of companies saw no significant financial benefit from AI. Your CFO knows this. Here are the 9 questions they'll ask, and what the honest answers look like.
Read →Most SMBs adopt AI tools, declare success six weeks later, and never verify a single metric. Here's the monitoring framework that catches failures before they drain your budget.
Read →80% of AI projects fail to deliver value. Most trace back to the same gap: nobody defined what the team needed to understand first. Here's the minimum floor.
Read →The build quote covers 40–60% of what AI actually costs. Here's the full TCO breakdown, maintenance, data prep, retraining, vendor lock-in, before you sign anything.
Read →Most custom AI tools don't create lasting advantage. Here's how to analyze defensibility before you build, and what makes the difference for SMBs.
Read →How to build a custom AI tool business case that gets approved. Real numbers, CFO framing, pilot structure, and what executives actually need to see.
Read →Most businesses using the Claude API are building technical debt they haven't noticed yet. Here's what an API-first architecture actually looks like, and what it prevents.
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Designodin
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