Qualcomm's 40+ AI Device Designs Herald a World Where Agents Replace Apps

For the AI industry, Qualcomm’s announcement is not just a hardware update — it’s a real-world bet on the agentic AI paradigm that many researchers have theorized. With 40 distinct device designs already in the pipeline, the company is building the physical vessels through which autonomous AI agents will perceive context and act on behalf of users. This marks a critical step beyond cloud-only models into ambient, always-on intelligence, where chipsets must run inference locally for low-latency, privacy-preserving agents.

Qualcomm is preparing for a foundational shift in consumer electronics, with CEO Cristiano Amon revealing that the company is currently working on over 40 designs for a new class of AI-powered devices. In a wide-ranging interview on CNBC's "The Tech Download" podcast published June 16, 2026, Amon detailed a future where AI agents — advanced digital assistants capable of executing multi-step tasks without app interaction — become the primary interface, fundamentally altering the role of smartphone applications. His remarks, from a chip designer whose silicon powers a massive portion of the world's mobile devices, signal a targeted push to capture the hardware layer of the coming agentic AI wave.

“

Qualcomm is preparing for a foundational shift in consumer electronics, with CEO Cristiano Amon revealing that the company is currently working on over 40 designs for a new class of AI-powered devices.

The 40+ device designs span an unusually broad range of wearable form factors: jewelry, earbuds with integrated cameras, pins, and watches. Amon described the common principle as "something that you wear, something that is with you all the time, something that can see the world around you, so you have context and have the ability for you to access an agent and talk to the agent." This vision extends beyond incremental upgrades to existing smartwatches or earbuds; it points to a new category of always-on, ambient-computing hardware that fuses sensing, connectivity, and on-device AI processing. For Qualcomm, which currently derives significant revenue from mobile handsets, the move represents both an expansion of its addressable market and a hedge against potential smartphone commoditization, especially as AI saturates existing devices.

The most provocative element of Amon's commentary was his assertion that "agents are going to be the new app." While he clarified that apps are "not dead, but apps are going to change," the implication is profound: the user interface layer will migrate from today's grid of touchable icons to conversational, proactive systems that intercept tasks before a user ever opens a specific application. Amon offered a concrete example of an agent instantly retrieving details of banking transactions, eliminating the need to navigate a banking app manually. This vision puts Qualcomm at odds with the current platform strategies of Apple and Google, which control app ecosystems and digital assistants like Siri and Gemini. If agents bypass apps to access data directly, the proprietary walled-garden models of iOS and Android could fragment, potentially redistributing power toward chipmakers that can embed AI acceleration and connectivity into a wide array of form factors.