Global activation of 'Sam' ushers in a new era of AI intelligence for FCM Travel customers

12.05.2026

FCM's AI ecosystem - rebuilt from the ground up, connected end-to-end, and unlike anything else in managed travel - goes live for customers across nearly 100 countries in June.

BRISBANE, Australia, May 12, 2026 /PRNewswire/ -- FCM Travel has announced that Sam - already known to customers as the company's AI travel companion - has been fundamentally reimagined. What goes live across more than 90 countries in June is not just an upgrade.

It is a new category. A proprietary AI ecosystem built at the core of FCM's technology, making Sam the intelligence layer running through everything FCM does - not a feature sitting on top of it. For existing customers, what's coming will feel like a different product entirely.

"This is a genuine, game-changing first for the managed travel industry," said John Morhous, Global Chief Experience Officer, FCM Travel. "A lot of our competitors are trying to bolt AI onto existing stacks, but the real power in AI is that the more connected it is, the more you can do with it. Sam is built, not bought - and that compounds over time."

Sam intelligence works across all roles - travellers, arrangers, and travel managers - with equal depth. Most AI in managed travel still focuses on a single point in the journey. Underpinning it all is FCM's proprietary technology architecture, which defines which trusted data sources Sam queries for each interaction, preventing hallucination and ensuring enterprise-grade accuracy.

Customer data is stored in FCM's private environment and never used to train public AI models.

Central to Sam's architecture is its proprietary guardrail system - a capability that goes far beyond hallucination prevention. Travel managers can configure precisely how Sam responds to specific query types, ensuring answers always reflect their policies and rules of engagement.

A traveller not entitled to business class will never receive a recommendation for a premium fare. An out-of-policy hotel will not be surfaced as an option.

Spend thresholds, approval workflows, and supplier preferences are all automatically enforced in conversation, giving organisations the benefits of conversational AI while retaining the programme controls that enterprise travel demands.

"Travellers are tired of fragmented experiences – piecing together more than five tools just to get through a trip," said Morhous.

"Sam isn't a single point of support. It's there throughout the entire journey, for every person in a travel programme. Because our AI is proprietary, the accuracy and compliance enterprises need isn't bolted on - it's built in."

"But what truly sets this apart is our people. Sam works alongside our travel consultants so that when a human moment matters most - a disruption, a complex itinerary, an urgent need - our experts step in with the speed, context, and care that no technology alone can replicate. Sam makes those moments more meaningful, not less."

At launch, Sam delivers end-to-end trip support across the full traveller journey, with real-time programme data intelligence for travel managers through plain-language conversation, seamless handoff to FCM consultants with full context intact, and a unique smart redirect into customers' existing booking tools - the only AI solution in managed travel to offer this.

"June is only the beginning," said Morhous. "Because we own our technology end-to-end, every release makes our customers' programmes smarter.

"Sam intelligence compounds - and so does the advantage it creates for the organisations that run on it. What's coming next will redefine what clients expect from a travel management company."

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ETH Zürich und RWTH Aachen erzeugen künstliche Erschütterungen im Furka-Baustollen

30.04.2026

Im Gotthardmassiv im Tessin ist einem internationalen Forschungsteam erstmals gelungen, die Erde kontrolliert zum Beben zu bringen. Im Untergrundlabor "Bedrettolab", das in einem ehemaligen Baustollen des Furkatunnels eingerichtet wurde, lösten Wissenschaftlerinnen und Wissenschaftler gezielt eine Serie von Mikrobeben aus. Die beteiligte Rheinisch-Westfälische Technische Hochschule Aachen (RWTH Aachen) sprach von einem "sehr erfolgreichen" Versuch.

Über mehrere Tage injizierten Fachleute der ETH Zürich, der RWTH Aachen und des italienischen Nationalen Instituts für Geophysik und Vulkanologie (INGV) Wasser mit hohem Druck in eine natürliche Bruchzone tief im Fels. Ziel des Experiments war es, Spannungsänderungen im Gestein hervorzurufen und damit kleinste Erschütterungen auszulösen. Genau das trat ein: Registriert wurde eine ganze Serie von Mikrobeben, teilweise mit Magnituden knapp unterhalb von 0. An der Erdoberfläche waren diese Ereignisse nicht zu spüren.

Um die künstlich erzeugten Beben detailliert zu erfassen, installierte das Team Hunderte hochsensibler Sensoren in unmittelbarer Nähe der Verwerfung. Die Messinstrumente reagierten so feinfühlig, dass im Bedrettolab sogar das Erdbeben in Japan vom 20. April präzise aufgezeichnet werden konnte. Durch die direkte Platzierung an der Bruchzone konnte die Entstehung der Erschütterungen erstmals am Ursprungsort und nicht wie sonst üblich an der Erdoberfläche verfolgt werden. Die aufgezeichneten Signale seien "unglaublich", sagte Projektleiter Florian Amann von der RWTH Aachen, man erhalte einen einzigartigen Einblick in die Erdbebenphysik.

Das Experiment ist Teil des Projekts "FEAR" – kurz für "Fault Activation and Earthquake Rupture". Langfristig sollen die Daten dazu beitragen, die Vorhersagbarkeit von Erdbeben zu verbessern. Im Fokus steht die Frage, was im Gestein passiert, bevor ein größeres Beben einsetzt. Nach Angaben der Forschenden gehen starken Erdbeben typischerweise tausende kleine Ereignisse voraus. Deren Entwicklung im Labor nachzuzeichnen, soll helfen, die physikalischen Prozesse entlang natürlicher Störungszonen besser zu verstehen und Frühindikatoren für künftige Beben zu identifizieren.