Navigating Intelligence – From Geo AI to Agent Orchestration

Navigation ist längst keine reine Frage von Karten mehr. Bei diesem Treffen geht es darum, wie KI-Systeme den physischen Raum interpretieren und komplexe Entscheidungen in dynamischen Umgebungen koordinieren. Katarzyna Stoltmann und Ach Petrosyan eröffnen den Abend mit einem Blick auf Führung und technologische Relevanz. Claudia Stangarone analysiert anschließend die Verarbeitung räumlicher Daten, von der Sensorfusion bis hin zu ethischen Fragen in der Logistik. Dr. Anita Puppe ergänzt die Perspektive um die Orchestrierung von KI-Agenten. Im Zentrum stehen dabei die Wartbarkeit von Multi-Agenten-Architekturen und die Sicherheit autonomer Systeme.

A curated evening exploring how navigation evolves when AI systems move through physical space and orchestrate multi‑agent decision‑making. Event Purpose A high‑impact gathering that connects geo‑location intelligence, AI navigation systems, and agent‑based orchestration. The goal is to show how navigation becomes a strategic capability—both in the real world and within complex AI ecosystems. Event Timeline (6:00 PM – 10:00 PM) 6:00 – 6:30 PM \| Registration & ArrivalGuests arrive\, grab a drink\, and explore a short exchange on AI navigation and agent orchestration\. 6:30 – 6:40 PM \| Opening Remarks Katarzyna (Kasia) Stoltmann, Women in Big Data Berlin: A welcome emphasizing inclusion, visibility, and leadership in AI. Ach (Astghik) Petrosyan, Bettermile: A short statement on why navigation—physical and computational—is becoming a defining capability for modern AI systems. 6:45 – 7:00 PM \| Keynotes Keynote 1 – Claudia Stangarone: Geo‑Location Navigation with AI A deep dive into how AI systems interpret spatial data, optimize routes, and adapt to dynamic environments. Topics include:Real‑time geo‑location inference Multi‑modal sensor fusion Ethical and privacy considerations Emerging use cases in mobility, logistics, and urban intelligence 7:05 – 7:20 PM \| Keynote 2 – Dr. Anita Puppe: Agent Navigation & Orchestration for Maintainable, Secure AI Systems Focus on how AI agents coordinate, negotiate, and navigate complex decision spaces. Key angles: Designing maintainable multi‑agent architectures Agent‑to‑agent communication protocols Cybersecurity implications of autonomous orchestrationHow navigation becomes a metaphor for system resi...