AI Deep Dive Stage

Note: The program is still being finalized and may be subject to changes.

AI Deep Dive

11 FEBRUARY
12 FEBRUARY
11 february 08:30
12 february 08:30
11 february 12:50 - 14:10
12 february 12:50 - 14:10
11 february
An LLM on its own generates only text. What does it take to transform it into an agent capable of acting, self-correcting, and completing complex tasks? The answer lies in the harness: the external loop that connects the LLM with the environment, tools, and the real state of the system. In this talk, we will explore why an agent's true reliability depends not just on the model's capabilities, but on how its runtime is designed. Then, we'll dive into the code and build our own agent harness together from scratch.
11 february
In modern agentic architectures, much of the planning, coordination, and delegation decision-making is delegated to language models, often introducing unnecessary computational costs, latency, complexity, and, above all, slowness. But what if the true evolution of multi-agent systems lies not in making every agent smarter, but in making the way they are orchestrated smarter? Drawing on the principles of System 1 and System 2 cognitive architectures, we will explore a methodology for designing adaptive orchestrators capable of combining real-time decision-making processes—driven by lightweight models and specialized algorithms—with deep-reasoning mechanisms activated only when needed. Through architectural patterns, implementation examples, and a comparison of different orchestration strategies, we will analyze how to dynamically manage task routing, computational resource allocation, and escalation to specialized agents or human supervision. The goal is to demonstrate how to transition from simple systems that link AI agents to architectures capable of orchestrating diverse forms of intelligence, optimizing performance, costs, and reliability.
11 february
11 february
As autonomous agents dominate headlines, the broader landscape of artificial intelligence is often flattened into a single paradigm: throwing frontier LLMs at every problem. Yet truly orchestrating intelligence requires knowing the full territory, from optimization, graph reasoning, and classical ML to foundation models and multi-agent architectures. This session charts the technical spectrum of AI methodologies against two critical engineering axes: real-world use-case geometry and vital safety constraints. We will explore how different AI paradigms fail, where they complement each other, and how to combine deterministic, statistical, and generative techniques into hybrid systems. Attendees will walk away with a clear architectural decision framework for selecting, combining, and governing the right forms of intelligence for the right problems.
11 february
Most failures in production AI agents are not purely model failures. They are often context failures: stale retrieval, bloated prompts, inconsistent memory, recursive tool loops, and hidden state spread across vector stores, chat history, workflow systems, and agent orchestrators.  This session presents a systems architecture approach to agent memory. We will break down the main memory layers in modern AI agents, including short-term context, episodic memory, semantic memory, procedural memory, and external state. Then we will examine why more context does not always improve reliability, and how unmanaged context can increase latency, cost, and failure rates.  The core of the session is a practical framework for controlled forgetting. Drawing from distributed systems patterns such as cache eviction, TTLs, log compaction, snapshotting, and state reconciliation, attendees will learn how to design agents that remember the right information, discard stale or irrelevant state, and remain observable as workflows scale.  Attendees will leave with a reference architecture for context engineering, concrete failure modes to monitor, and implementation patterns for building reliable, cost-aware, stateful AI systems.
12 february

12 february
12 february
12 february
12 february