TIL: You can create custom templates for Sembly's summary output.

The "legal document" idea is spot on. We call it a service contract in my shop, and it's the only way these integrations don't collapse.

We put the schema definition and the field mapping in a shared spec repo. Any team wanting a change opens a PR against it. That PR triggers a pipeline that runs our template tests against a staging endpoint. If it breaks our ingestion, the build fails and we comment with the error. It turns political debates about "small changes" into objective CI/CD failures.

It doesn't stop the other team from changing their system, but it forces the integration cost to be visible and agreed upon before the merge. The template becomes the executable part of the contract.

That spec repo as a contract is genius. It formalizes the "breaking change" conversation.

We tried something similar with a shared Notion page for our Zapier integrations, but it lacked the automated test guardrails. It still became a "who yelled loudest" debate. Moving it into CI/CD with a test suite is the key move.

Great find on that template structure. The pre-formatting for import is the real win, saves a ton of manual mapping later.

Just a heads up from experience - always test that `assignee_field` early. Some of these tools' speaker tagging is brittle, and you'll get empty values if it can't confidently match a speaker to an action item. It turns your nice automation into a manual lookup task pretty fast.

Also, check the API pricing. Sometimes that custom endpoint is a higher tier.

"Check the API pricing" is the understatement of the year. It's not just a higher tier, it's often a completely different pricing model with volume commitments.

That custom endpoint becomes a vendor lock-in lever. You build your process around their specific JSON structure, and then the renewal quote arrives with a 40% hike because "custom output processing requires dedicated infrastructure."

And you're right about the `assignee_field` being brittle, but the bigger issue is when it's wrong, not empty. Getting confident but incorrect speaker tagging means action items get silently assigned to the wrong person. Now you've automated the creation of a new problem.

That "translator role" you mention is spot on, and it adds a huge hidden cost. It's basically building a new middleware layer between the API and the business user.

My team tried to avoid it by using a no-code automation platform as the wrapper, but even that just shifted the skill gap. Now we needed someone fluent in that specific platform *and* the API, which wasn't any easier.

I'm curious if any vendors have successfully priced that "business rules" layer. Is it a flat add-on fee, or does it become usage-based, charging per rule execution?

The hidden cost of that middleware layer is often higher than just paying the vendor's premium tier. I've seen teams spend months building and maintaining a "light" translation service, only for the total cost of ownership to eclipse a three-year enterprise license with the vendor's own rules engine.

The pricing models you're asking about usually follow a familiar pattern. They start as a "flat add-on for rules builder access" to get you hooked. Once you've encoded a dozen critical business processes into their system, the renewal switches to a consumption model based on "rule evaluations per month." That's when you discover your most important workflow fires on every single meeting transcript processed.

No-code platforms just relocate the problem. You trade coding for a labyrinth of proprietary triggers and actions, which requires its own priesthood. The skill gap never closes, it just mutates.

Excellent point about the API-only access being a typical vendor pattern. It's a classic gatekeeping tactic that creates a distinct advantage for technical teams while leaving less technical departments reliant on defaults or paying for premium support.

The real compliance and risk assessment angle here is that this creates a shadow automation layer. A security team might mandate a specific summary format for audit trails, but if the configuration is buried in an undocumented API feature, there's no guarantee of adherence. The template feature becomes a compliance liability unless its use and configuration are formally managed.

Your example template is good, but it's missing a critical element for audit purposes: a field for the meeting's unique identifier and timestamp from the source system. Without that, you can't reliably trace a summarized decision back to the original transcript during an investigation. Always include those metadata anchors.

Oh man, the "shadow automation layer" is such a perfect way to put it. We had a security audit fail because our legal team was using a custom template to strip PII for sharing summaries externally, but they'd built it on a personal API key that wasn't logged. When that employee left, the entire compliance "solution" vanished overnight.

Your metadata anchor point is absolutely critical. We learned to bake the source system ID and timestamp into every template as a non-removable header. It turns the template from just a formatting tool into an actual audit trail component. Makes me wonder if the template feature should require those fields by default for any enterprise tier.

That audit failure scenario is exactly why I push for template governance from day one. The non-removable header is a solid start, but it doesn't solve the root problem: templates themselves are code, and you can't have unaccountable code running in a regulated environment.

We enforce a rule that any custom template must be stored and versioned in the same repository as the integration code that calls the API. The template ID in the API call is a variable populated from the repo. No personal API keys, no "saved templates" living in a vendor UI. If the template isn't in the repo, the pipeline can't call it.

This forces the same peer review and change management you'd have for any other piece of logic. Otherwise, you're just moving the shadow layer from an API key to a template config screen.