I watched 30 users talk to the same voice agent Same script. Same questions. The only thing I changed was the response latency: 300ms, 500ms, 800ms. At 300ms, people just talked. No awkward pauses, no confusion. One user didn't even realize it was an AI until I told her afterward. At 500ms, something shifted. Users started talking over the agent. They'd ask a question, wait half a second, then r
We Rewrote Our Angular 18 App in React 20 and Increased Developer Velocity by 40% Last quarter, our engineering team made the bold call to rewrite our 3-year-old Angular 18 production application in React 20. After 6 months of development, we cut over to the new stack with zero downtime, and the results have exceeded our expectations: we’ve measured a 40% increase in developer velocity, alongsid
White labeling is more common than you might think. When developing software, you often need to deploy the same application for multiple clients, each requiring their own customization: unique color palettes, logos, or specific variants for a link. Without a proper strategy, you might be tempted to simply clone the existing repository and implement client-specific changes on demand. However, this
Building AI calling agents shouldn't require a commercial license or massive per-minute markups. If you are a Python developer, you should be able to spin up a sub-500ms latency voice agent on your own machine. Prerequisites Python 3.10+ A Twilio or Telnyx SIP Trunk LiveKit Credentials An OpenAI API Key First, clone the Siphon repository and install the requirements. pip install siphon-ai Next, c
The Hidden UX Problem in Voice AI: When Should the AI Stop Talking? One of the hardest parts of building a voice AI product is not making the AI talk. It is knowing when the AI should stop talking. I did not fully appreciate this at the beginning. When I started building RingBooker, an AI receptionist for salons, spas, med spas, beauty clinics, I was focused on the obvious problems: Latency. Sp
TL;DR: ng-prism lets you showcase Angular components by adding a single decorator to the component class itself. No story files, no parallel file tree, no framework mismatch. Just Angular. If you've ever maintained a Storybook setup for an Angular component library, you know the drill: for every component you write, you also write a .stories.ts file. Then you keep both in sync. Then so