TomTom's Generative AI Journey: Hub-and-Spoke Innovation for Location Technology
TomTom needed to stay competitive by adapting its location technology for AI use cases externally and streamlining internal operations, while managing GenAI risks such as hallucinations and potential confidentiality breaches—without substantial additional investment or a large influx of new hires.
TomTom launched a ChatGPT location plugin, the Tommy in-car AI assistant, and multiple internal GenAI applications simplifying mapmaking and location technology development—all without significantly increasing budgets or expanding team size.
Frequently asked questions
What did this team achieve with this AI workflow?
TomTom launched a ChatGPT location plugin, the Tommy in-car AI assistant, and multiple internal GenAI applications simplifying mapmaking and location technology development—all without significantly increasing budgets…
What tools did this team use?
Azure OpenAI, GitHub Copilot, Chatty, Microsoft 365 CoPilot, BentoML, Azure ML, ChatGPT, Salesforce, Workday.
What results were reported?
Task performance improvement (cited external research): 30-60%; Development time reduction: from quarters to mere weeks; Innovation budget and headcount change: without significantly increasing budgets or expanding team size (source-reported, not independently verified).
How is this ticket triage AI workflow structured?
Spoke team identifies opportunity → Hub and spoke frame problem → Joint POC development → Ongoing iteration and feedback → Spoke team assumes full ownership.