WEBINAR
TUESDAY, AUGUST 20, 5 PM CET | 11 AM EST | 8 AM PST

Inside Zowie’s AI Architecture: How to build AI agents that don’t break

Most AI Agents today rely heavily on tool-calling and domain-specific reasoning. When we first started building them, we thought this approach made sense too - but wow, we quickly realized it's actually a dead-end.

In this live session, Zowie’s CTO Michał Partyka will walk you through the architecture behind Zowie’s AI Agent Platform - how we separate conversation from execution, achieve deterministic accuracy, and scale automation across even the most complex workflows.

You’ll see what breaks in real-world deployments, why most AI never makes it past proof-of-concept, and how the right architecture changes everything.

This isn’t about prompts. It’s about building AI that works.

WEBINAR

Inside Zowie’s AI Architecture: How to build AI agents that don’t break

You’ll learn:

Czego się dowiesz?

Real-life examples of LLMs making the wrong call—and why it happens
The hidden architectural problems in building AI agents
How Zowie separates reasoning from decision-making to deliver reliable automation
Why accuracy alone isn’t enough—and how testing, supervision, and orchestration turn an AI into a real product

Who should attend:

CTOs, heads of engineering, and solution architects owning AI strategy
Platform, infrastructure, and AI teams building scalable customer-facing systems
Technology Teams assessing how to deploy AI Agents reliably, at scale

Meet your hosts:

Poznaj prelegentów

Michał Partyka
CTO
Zowie

Meet your hosts:

Poznaj prelegentów

Michał Partyka
CTO
Zowie
Leading Zowie’s technology vision to empower enterprises with next-generation AI agents

Stay Ahead of the Conversation

Get insights on the future of Customer AI, real-world use cases, and strategies for replacing clicks with seamless conversations — delivered straight to your inbox.

By submitting the form, you acknowledge our Privacy Policy and agree to receive email communications from us.

Sign up for the webinar
SIGN UP