Cristiano Amon
The Vision Turning Qualcomm Into an Intelligent Computing Powerhouse
By Paul Smith
Long before artificial intelligence became one of the defining forces of the technology industry, Cristiano Amon was already working inside the company that helped make mobile computing possible. Today, as President and Chief Executive Officer of Qualcomm Incorporated, Amon is leading the company through another major transformation, one that reaches far beyond smartphones and wireless communications. Since becoming CEO on June 30, 2021, he has pushed Qualcomm toward a future built around intelligent computing across automobiles, personal computers, industrial systems, robotics, connected devices and artificial intelligence.
Amon’s connection with Qualcomm goes back to 1995, when he joined the company as an engineer. His career inside Qualcomm developed across technical, product and business leadership positions, eventually leading him to become president of Qualcomm Technologies and head of the company’s semiconductor business. Before becoming CEO, he was responsible for Snapdragon platforms, helped shape Qualcomm’s 5G strategy and played a central role in expanding the company into industries beyond mobile phones. His long association with the organisation has given him a detailed understanding of its technology, customers and long term ambitions.
Born and raised in Brazil, Amon studied electrical engineering at UNICAMP in São Paulo. His professional journey later took him to Japan, where he first encountered Qualcomm and its work in wireless technology. Before joining Qualcomm, he held positions at NEC, Ericsson and Velocom and served as chief technical officer of Brazilian wireless operator Vésper. This combination of engineering knowledge and international business experience has become an important part of his leadership style.
The company he inherited as CEO was already a major force in wireless technology, but Amon saw an opportunity that extended beyond the smartphone. His central strategic idea has been that Qualcomm’s expertise in low power computing, connectivity and wireless technology can be transferred into many other categories. Rather than allowing the smartphone to remain the centre of the company’s future, he has worked to make Qualcomm a broader intelligent computing platform.
That transformation is now visible across the company’s business portfolio. Qualcomm has expanded into automotive, personal computers, extended reality, networking, industrial Internet of Things and robotics. The company’s Snapdragon technology has evolved from a platform primarily associated with mobile devices into a broader family of computing solutions. Amon has repeatedly described Qualcomm’s ability to reuse its technological capabilities across different industries as one of the company’s most important competitive advantages.
Automotive has become one of the clearest examples of this strategy. Modern vehicles are increasingly software defined, connected and dependent on sophisticated computing. Qualcomm has positioned its technology around digital cockpits, advanced driver assistance, connectivity and automated driving. Under Amon, automotive has developed from a relatively modest connectivity business into one of Qualcomm’s major long term growth opportunities. The company’s automotive revenue has recorded 23 consecutive quarters of double digit year over year growth, according to its fiscal third quarter 2026 results.
The company’s ambitions in automotive have continued to expand as vehicles become more like intelligent computing platforms. Qualcomm sees the connected car as part of a larger ecosystem in which vehicles communicate with infrastructure, other vehicles and surrounding devices. This creates opportunities not only for processors and connectivity but also for artificial intelligence, safety systems and intelligent transportation. Amon has emphasised that Qualcomm’s role is increasingly about providing the computing foundation for this transformation.
Artificial intelligence is perhaps the most important element of Amon’s current vision. He has argued that AI should not be restricted to enormous cloud data centres. Instead, intelligence can increasingly be placed directly inside smartphones, computers, vehicles, industrial machines, robots and other devices. This approach, often referred to as edge or on device AI, can provide advantages in speed, privacy, reliability and personalisation.
Amon believes this shift could fundamentally change how people interact with technology. In his vision, AI agents will increasingly understand context and intent rather than simply waiting for commands. Devices may become more capable of seeing, hearing and interpreting the surrounding environment, allowing technology to respond naturally to people. In February 2026, Amon described this emerging era as one in which intelligence becomes embedded across smartphones, PCs, wearables, cars, industrial machines, robots and connected infrastructure.
This philosophy has also shaped Qualcomm’s approach to the future of computing. The company has been developing technologies designed to provide high performance while maintaining energy efficiency, an important consideration when AI is moved away from centralised cloud infrastructure and into billions of devices. Qualcomm’s advantage lies in its experience combining computing with connectivity under demanding power constraints, a capability that can become increasingly valuable as AI spreads throughout the physical world.
Qualcomm’s diversification strategy reached another major stage in 2026 when the company presented an expanded vision for data centre computing. At its June 2026 Investor Day, Qualcomm raised its fiscal 2029 target for non handset revenue to 40 billion dollars, approximately double the previous target. It also established a goal of more than 15 billion dollars in data centre revenue by fiscal 2029 and outlined ambitions across automotive, industrial technology, networking, robotics and personal AI computing.
The move into data centres is especially significant because it places Qualcomm in a much broader competitive arena. For years, the company’s reputation was strongly associated with mobile processors and wireless intellectual property. Amon is now positioning Qualcomm across the entire computing continuum, from highly efficient devices at the edge to large scale cloud and data centre infrastructure. The objective is to create a company that can benefit regardless of where AI computation ultimately takes place.
The strategy is already producing measurable results. In Qualcomm’s fiscal third quarter of 2026, the company reported revenue of 9.9 billion dollars. Combined QCT automotive and Internet of Things revenue increased 28 percent year over year. Qualcomm also reported that automotive revenue had achieved its 23rd consecutive quarter of double digit annual growth. These figures suggest that diversification is becoming an increasingly meaningful contributor to the company’s financial performance.
Amon’s leadership philosophy is strongly connected to long term research and development. Qualcomm has invested more than 100 billion dollars in research and development over its history, according to the company, representing a central part of its ability to remain competitive through successive technology cycles. The company’s history began with CDMA and continued through 4G, 5G and increasingly sophisticated computing platforms. Amon has repeatedly emphasised that the ability to invest ahead of market demand is one of Qualcomm’s defining strengths.
That willingness to invest ahead of the market has influenced Qualcomm’s expansion into robotics and industrial artificial intelligence. These sectors are still developing, but Amon sees an opportunity to apply Qualcomm’s existing strengths in low power computing, connectivity and AI to machines operating in the physical world. Robots, smart cameras, industrial equipment and connected infrastructure could become important parts of the next wave of intelligent computing.
India has also become an important part of this broader AI strategy. In February 2026, Qualcomm announced plans to invest up to 150 million dollars through Qualcomm Ventures in Indian startups working in artificial intelligence, automotive, Internet of Things, robotics and mobile technology. The initiative reflects Amon’s view that AI innovation will develop across many countries and that Qualcomm can strengthen its position by working with emerging technology ecosystems.
The company’s strategic direction also reflects changing assumptions about the role of the smartphone. Smartphones remain enormously important to Qualcomm, but Amon does not view them as the only major computing platform of the future. Personal computers, smart glasses, vehicles, robots and industrial machines could all become intelligent connected devices. Qualcomm therefore seeks to provide the underlying technology across a wide range of products rather than depending on one category.
This diversification is particularly important because the semiconductor industry is inherently cyclical. Markets rise and fall, consumer demand changes and technological transitions can quickly alter competitive positions. A broader portfolio can reduce dependence on any single product category while allowing Qualcomm to take advantage of several technology trends simultaneously.
Amon’s leadership is consequently less about abandoning Qualcomm’s mobile heritage than about extending it. The company’s knowledge of wireless connectivity remains fundamental, but connectivity is increasingly being combined with computing and artificial intelligence. A smartphone can be an AI computer, a vehicle can become a connected intelligent machine and an industrial robot can operate as part of a larger digital network. Qualcomm’s ambition is to provide the technology that connects these pieces together.
The challenge ahead is considerable. Qualcomm faces intense competition across semiconductors, personal computing, automotive technology and AI infrastructure. It must also maintain its leadership in wireless technology while investing heavily in new markets that have different customers, business models and competitive dynamics. The expansion into data centres will be particularly important because it puts the company against established computing infrastructure providers with enormous scale.
Yet Amon enters this next phase with an unusual advantage. He has spent more than three decades inside Qualcomm and has experienced several major technology transitions from within the organisation. He helped lead the company through the rise of 5G and its expansion beyond smartphones before becoming CEO. His current strategy represents another extension of that same pattern of reinvention.
The defining question for Amon is therefore not whether Qualcomm can remain successful in smartphones. It is whether the company can become one of the essential computing platforms of the intelligent era. Its technology already reaches billions of connected devices, while its expanding presence in cars, PCs, industrial systems and AI creates opportunities across an increasingly broad technology landscape.
Cristiano Amon’s story at Qualcomm is ultimately a story about taking a company built around wireless communication and preparing it for a world where intelligence is everywhere. His strategy combines connectivity, energy efficient computing and artificial intelligence across devices, edge networks and increasingly the cloud. The company’s 2026 strategy makes that ambition especially clear, with a goal of reaching 40 billion dollars in non handset revenue by fiscal 2029 and establishing a substantial new position in data centre AI infrastructure.
The next stage of Qualcomm’s journey will test whether Amon’s vision can turn technological breadth into lasting commercial leadership. If his strategy succeeds, Qualcomm will no longer be viewed primarily as the company behind the technology inside smartphones. It could instead become a foundational computing company whose technology powers cars, computers, robots, factories, connected infrastructure and AI systems around the world. For Amon, that transformation represents more than diversification. It is the continuation of Qualcomm’s longstanding ability to reinvent itself before the next major technology era fully arrives.
