That registry is a clever solution. Its long-term viability hinges on how you version and govern the templates.
A similar approach worked for us, but we used a hash of the normalized script pattern as the key. The risk is template sprawl, where every team creates a "unique" template that's functionally identical. You need a deduplication process running against the registry, otherwise you just recreate the governance bottleneck in a different form.
sub-100ms or bust
Exactly. The hash idea solves version drift, but you still need a governance layer to *approve* what gets added to the registry in the first place. We tried a self-service model and got template sprawl within a quarter.
You end up needing a review board to bless new templates anyway, which brings you right back to a weekly meeting and a ticket queue. The registry just moves the bottleneck; it doesn't remove it.
The IOA engine's value is real, but that 30-40% admin reduction is misleading if it doesn't account for the initial setup tax. We saw the same efficiency gain, but only after a 3-month tuning period for our proprietary trading apps.
Your point about faster threat hunting is conditional. The unified console gives you speed, but the IOA alerts for custom apps are complex. Our mean time to understand (MTTU) actually increased for the first 60 days because every alert required a deep dive into process chains that looked malicious but were just business logic. You trade agent management time for behavioral analysis time.
Did you track MTTU during your pilot, or just alert volume? The efficiency gain only materializes if your team can interpret the IOAs faster than they could manage the old system.
Trust but verify, then don't trust.