At the event, in addition to unveiling a new ecosystem of hardware, Google took a bold risk by changing how it presented its latest products. From a traditional product presentation, the event was transformed into a late-night TV talk show, complete with a celebrity presenter and guests. It is not easy to pull something like this off, but the new format successfully captured the audience’s attention.

Google also shifted its focus from specification changes to software experiences — a tactic that Counterpoint has recently observed across a growing number of device launches. 

Back in the early years of Pixel, the consumer feedback overwhelmingly showed people were buying the devices for their exceptional photography capabilities. That positioning was incredibly strong. Fast-forward to the Pixel 10 series, and while its computational photography is still arguably the best, the tighter integration of the Google ecosystem, especially the new AI experiences, is likely to be the main differentiating factor. This is an area where the real value and competition lie. Google is narrowing the gap in building an Apple-esque brand, design, and fully integrated “high-end” ecosystem to set the tone for consistently attracting loyal iPhone users to  Pixel and the broader Android camp. The core of this strategy is Google's in-house Tensor chip, which seamlessly ties all these features together.

Here is a look at how key features of Pixel have evolved over the past decade, specifically in the areas of imaging, chip, and software.

Source: Counterpoint Research

Pixel's 10-year leap in photography

From 2016 to 2018, Pixel devices demonstrated the power of a single camera lens paired with computational photography. At a time when other manufacturers were focused on multi-camera setups, Google proved that clever software tweaks, along with machine learning algorithms, could dramatically enhance imaging experiences. Features like HDR+ or portrait mode on a single lens instead of using two separate lenses, which most competitors were doing at that time, were well thought out. We also saw very early sprinkles of AI, especially in low-light imaging and digital zoom enhancement.

Between 2019 and 2021, Pixels adopted a multi-camera setup, adding both telephoto and ultrawide lenses. However, it was the introduction of the custom Tensor chip G1 after 2021 that truly enhanced imaging, bringing back the telephoto lens with a periscope design for longer optical zoom experiences.

Starting in 2023, Google also made a major push to improve video capabilities, applying powerful computational photography to video. Even the base Pixel 10 model now includes a 5x telephoto lens. On the Pixel 10 Pro and Pixel 10 Pro XL, the Pro Res Zoom extends the zoom range to 100x, with optimizations specifically enabled by the Tensor G5 chip. The Pixel 10 devices now feature some of the best video stabilization on a smartphone.

In short, every new generation of Pixel phones continues to enhance its camera system in one way or another. These enhancements may not appear to be happening at the same pace as the industry, but what is particularly notable is that the Pixel lenses and sensors continue to work more seamlessly with more sophisticated AI algorithms to deliver great imaging results.

The 10-year evolution of Pixel’s software and AI experiences

Over the last decade, Google has refined its Android software, moving from a near-stock experience to the tailored Pixel UI to deliver the best of Android by seamlessly integrating software and hardware. However, similar to imaging, the strategy got further pushed with the arrival of Tensor G1 in 2021, which allowed Google to design hardware with more freedom while ensuring that it is tightly integrated with the Android operating system. The change to Material You design language from the Pixel 6 series onwards created a significant visual overhaul with Android 12. However, competing Android brands also did a great job developing their own custom UIs, especially Samsung with One UI and OnePlus with Oxygen OS. Along with Material You, Google started to focus on the integration of AI capabilities in its user experience.

AI features in Pixel phones evolved significantly between 2019 and 2023, moving from specific tools like Night Sight, or the Magic Eraser on the Pixel 6, to the more advanced Magic Editor on the Pixel 8. From 2024 onwards, the focus shifted to the generative AI era with the rise of Gemini. This included running its most efficient on-device model, Gemini Nano, directly on the Pixel 10 series, unlocking some meaningful use cases. Camera Coach, Magic cue, Voice translation, Call screen, ProRes Zoom, and Ask Photos are some impressive features. The devices also come with a promise of an industry-leading seven years of software and security updates.

Google has expanded its Pixel brand beyond smartphones, creating a more cohesive hardware ecosystem. This ecosystem now includes wireless earbuds (Pixel Buds) and smartwatches (Pixel Watch), which integrate deeply with the Pixel phone’s software and AI features. The new Pixel Watch 4 features a redesigned ‘Actua 360’ domed display that is brighter and larger, a more efficient Snapdragon W5 Gen 2 processor, and most notably, built-in Gemini AI for on-wrist assistance. The Pixel Buds Pro 2, on the other hand, are powered by a new custom Google Tensor A1 chip, which provides twice the active noise cancellation and powers new features like Adaptive Audio and Loud Noise Protection. These Pixel Buds are smaller and lighter than their predecessor, and feature ‘Gemini Live’ for hands-free conversational AI in noisy environments.

The way forward

Having transformed from a nearly “stock” Android interface, Pixel phones now offer a deeply personalized  and intelligent software experience. This evolution positions Google at a critical point where its advanced AI capabilities could become a key advantage, especially as consumers become more comfortable and engaged with AI-driven features. With this deeper Gemini integration, the company is leapfrogging the competition with capable agentic AI experiences. For Google, the Pixel range is a “showcase” of Gemini and its potential and before scaling it to billions of Android users. The company is leapfrogging rivals like OpenAI and DeepSeek AI, and is in a much better position on the consumer side with more effective distribution, integration, and a wider range of use cases for Gemini at scale.