FPT AI-First Mobility Portfolio Debuts at CES 2026

FPT AI-First Mobility Portfolio was officially revealed at CES 2026, as Vietnam-based technology company FPT introduced a new generation of deployable artificial intelligence solutions for the automotive and industrial world. The showcase focused on how scalable AI can power modern mobility, smart factories, and immersive digital experiences.
FPT positioned its portfolio as an execution-ready AI foundation rather than a conceptual showcase. The company highlighted how real-world automotive software demands low-latency edge processing, rapid engineering cycles, and strict validation processes to ensure safety, compliance, and performance across connected and software-defined vehicles.
FPT AI-First Mobility Portfolio for In-Vehicle Intelligence
At the core of the FPT AI-First Mobility Portfolio is an Edge AI Orchestrator designed to coordinate multiple AI agents and vehicle services on advanced system-on-chip platforms. The architecture demonstrated how automotive-grade processors from Qualcomm and NVIDIA can run concurrent perception, cockpit, and control workloads within a single, optimized software layer.
Key capabilities showcased included:

• Coordinated execution of multiple AI models

• Real-time decision-making at the vehicle edge

• Support for scalable software-defined vehicle platforms

To address validation complexity, FPT also demonstrated an AWS-based AI testing loop. This cloud-connected framework automates as much as 80 percent of manual validation tasks while maintaining full traceability. The approach aligns with V-Model development flows and A-SPICE quality standards, enabling faster yet compliant automotive software releases.
FPT AI-First Mobility Portfolio Extends to Smart Manufacturing
Beyond vehicles, the FPT AI-First Mobility Portfolio was applied to industrial environments through the company’s Virtual Factory concept. This digitalized factory model integrates computer vision, anomaly detection, and agentic AI to monitor equipment and production lines in real time.
By combining AI-driven analytics with predictive maintenance models, manufacturers can:

• Detect faults before they cause downtime

• Optimize equipment utilization

• Improve overall production reliability

The same AI backbone used for vehicles was shown to scale seamlessly into factory operations, creating a unified intelligence layer from production floor to finished vehicle.
FPT AI-First Mobility Portfolio Enables AI-Driven Digital Cockpits
FPT also unveiled several mobility-focused demonstrations built on its AI-first architecture. The Agentic Cockpit and AI-first software-defined vehicle concepts highlighted how intelligent software agents can personalize, automate, and optimize the in-vehicle experience.
A major highlight was the Smart AI Cabin, developed in collaboration with Telechips. The platform enables a modular digital cockpit design that delivers advanced user interfaces and AI features without increasing hardware complexity. This allows automakers to introduce new functions through software updates rather than costly electronic redesigns.
FPT AI-First Mobility Portfolio Supports a Broader Mobility Ecosystem
The AI foundation was further extended beyond the vehicle through a joint demonstration with P3 Group. The AI-powered smart charging assistant showed how intelligent software can guide drivers through optimal charging decisions while integrating vehicle data, infrastructure status, and user preferences.
This end-to-end approach positions the FPT AI-First Mobility Portfolio as a scalable digital backbone for connected vehicles, charging networks, and manufacturing operations, enabling automakers and mobility providers to deploy consistent, intelligent services across the entire ecosystem.