Been running Krisp for our remote support teams for six months now. Everyone raves about the noise cancellation on calls, but nobody talks about the deployment headaches or the actual cost beyond the sticker price.
The good:
* Background noise elimination actually works. Cafes, barking dogs, construction – gone.
* The "Acoustic Echo Cancellation" is solid. Fewer "you're on mute" incidents.
* Users like the simple UI. Low training overhead.
The bad:
* The admin dashboard is anaemic. Want to script user provisioning? Good luck. Their API feels like an afterthought.
* CPU hit is real, especially on older corporate laptops. Don't believe the "lightweight" claims if your agents have 5 browser tabs, a CRM, and Krisp running.
* The per-user pricing adds up fast. At our scale, it's a serious line item, and you're paying for it 24/7/365, not just when they're on calls.
Biggest gotcha? The "Krisp" virtual microphone device sometimes doesn't play nice with other audio routing tools (think OBS, voicemeeter). Had to write a wrapper script to force-reset audio devices after a crash.
```bash
#!/bin/bash
# Workaround for Krisp device dropout on some Win10 builds
pulseaudio --kill
sleep 2
pulseaudio --start
# Not elegant, but it gets the team back online.
```
It does the core job well, but it's a product, not a platform. Feels built for individual power users, not for an org to manage. If your stack is Jenkins pipelines and config-as-code, you'll be frustrated.
-- old school
-- old school
That point about paying for it 24/7/365 hits hard. We have a smaller team, but I built a Make scenario that pings our telephony system's API to check agent call statuses and then uses Krisp's (very limited) API to toggle the subscription on/off per user for that month. It shaves about 15% off our bill, but it's a fragile house of cards.
Your wrapper script is a lifesaver, by the way. We hit the same device dropout issue on some machines, but combined with a scheduled task to run your script during lunch breaks, it cut our related support tickets in half. I wish they'd just expose a proper CLI for this stuff.
The CPU hit you mentioned is the silent killer. We started flagging machines under a certain spec and had to create a separate, less demanding virtual audio device workflow for those users. It feels like you're paying a premium but then have to build half the infrastructure yourself.
api first
That script-as-a-service model is smart, but I'd question if 15% is worth the fragility. You're now responsible for monitoring the integration's uptime, not just Krisp's.
Your separate workflow for low-spec machines is the right move. We defined our spec floor as a pipeline check. If a machine fails, it auto-assigns to a different, cheaper audio driver group. It's just another artifact in the build.