The Long-Awaited Googlebook Dream

In late 2010, Sundar Pichai, a rising star at Google, took the stage to unveil a revolutionary concept for laptops. He envisioned a future where the only essential component of a computer would be a web browser, with all apps, data, and connections residing in the cloud. Pichai argued that minimal storage and basic hardware would suffice, as the cloud would handle the heavy lifting. This vision led to the creation of Chrome OS, a bold wager on the web’s dominance.

Fast forward to today, and while Chrome OS (now ChromeOS) has found its footing, the device on Rick Osterloh’s desk is not a Chromebook. As Google’s head of hardware, Osterloh is using a sleek 13-inch Dell laptop with impressive specs: 16GB of RAM, a state-of-the-art Qualcomm processor, and a design reminiscent of a MacBook. This device, dubbed the XPS Googlebook, is one of five new machines powered by Googlebook OS, the company’s latest vision for computing.

At first glance, Googlebooks might seem like just another operating system destined for obscurity, but Osterloh views it as a pivotal move for Google. He believes it represents “the ultimate focusing move” for the company, which has long juggled two operating systems: ChromeOS for laptops and Android for everything else. While Android has flourished across phones, tablets, TVs, and cars, laptops have lagged behind.

Google has recognized that the rise of AI could transform our computing experience without necessitating a complete overhaul of the hardware. Osterloh notes that high-end PCs, capable of running AI models for various tasks, have become unexpectedly popular in the AI era. He emphasizes that laptops remain a vital form factor for productivity, making them hard to replace.

The convergence of Android’s success and the emergence of AI is at the heart of the Googlebook initiative. The project encompasses various bets on the future of computing, with a surprising commitment to creating high-quality laptops. This marks a shift from the previous belief that hardware would become irrelevant as the internet took over. Googlebooks reflect a growing conviction that well-designed devices are more important than ever, and that investing in a quality laptop is worthwhile.

The Googlebook project began in earnest a few years ago, but its roots trace back much further. Speculation about merging ChromeOS and Android has circulated for over a decade, with Google attempting various integrations. Despite years of effort to enable ChromeOS to run Android and even Windows apps, a seamless solution remained elusive. A project called Fuchsia appeared to be the answer, but it ultimately pivoted to focus on smart home applications.

In early 2024, a group of Googlers posed a new question: What if, instead of bringing Android apps to ChromeOS, they brought the best features of ChromeOS to Android? They weren’t the first to consider this, but they were the first to time it right. Prajakta Gudadhe, Google’s VP of engineering for laptops and tablets, noted that Android had evolved rapidly, finally maturing into a truly cross-platform operating system.

For years, Android was primarily a phone OS, often awkwardly adapted for other devices. However, Gudadhe observed that Android had developed into a versatile platform, accommodating various screen sizes and orientations. The Android team had invested in a modular architecture to support this diversity.

This evolution opened the door for an Android laptop capable of natively running Android apps without resembling an oversized phone. By merging core Android technology with the best aspects of ChromeOS—such as efficient multitasking, quick boot times, and seamless updates—Google aimed to create a device that combined the strengths of both systems.

The concept evolved into a proposal for a new laptop OS, which garnered enthusiasm from Google leadership, leading to the birth of Project Aluminium (pronounced A-lu-min-i-um, with a playful swear jar for those who mispronounced it).

The Aluminium pitch highlighted two significant trends: more users were starting their computing journeys with Android devices, leading to expectations for seamless interaction and aesthetics across their devices. They desired widgets, customizable home screens, and synchronized apps and data. This integration with Android became a core principle of the operating system.

The team also recognized that AI tools like Gemini would play a crucial role in the future of computing, necessitating their incorporation into the OS rather than relegating them to standalone apps. The rise of vibe coding suggested that users might want to create software more intuitively, prompting the need for easier implementation on their devices. Even mundane aspects of computer use seemed ripe for AI enhancement. For instance, the mouse pointer was deemed outdated, leading to the development of Magic Pointer, a feature that allows users to engage with AI simply by hovering their cursor over text or images.

As the Aluminium team delved into creating an AI-driven, Android-based laptop, they encountered challenges and discovered other teams at Google tackling similar issues. For example, the Android Automotive team focused on multi-user functionality, which aligned with their needs for fast user switching. They also collaborated with the Android Wear team to enhance Bluetooth connectivity and with the XR team to improve multi-window support.

This collaboration excited Osterloh, who noted that Google often struggles with internal communication, resulting in a plethora of similar apps and services. Instead of creating a myriad of new features for ChromeOS, the Aluminium team integrated diverse Android ideas into a cohesive platform.

The name Googlebook and its accompanying OS reflect Google’s ambition to unify its ecosystem. The goal is to create a seamless experience across devices, whether it’s a phone, car, or laptop.

The Googlebook team quickly realized that the operating system would demand robust hardware. The AI capabilities required significant processing power and memory, but it also needed to ensure that features like Magic Pointer functioned smoothly. If the hardware fell short—be it a subpar keyboard or a low-resolution screen—the entire experience would suffer. For Googlebooks to be compelling, the hardware had to be top-notch.

From the outset, Osterloh envisioned an ecosystem of Googlebooks. The company reached out to PC manufacturers, chipmakers, and phone companies, presenting a unified vision: they had already been producing excellent laptops or Android devices, and now it was time to integrate everything. This approach resonated with an industry eager for competition against Windows and interested in creating cohesive product ecosystems. As a result, Google is launching five devices from various partners—Acer, Asus, Dell, HP, and Lenovo—with more manufacturers eager to join.

Convincing users, however, remains a challenge. Despite their success in education, Chromebooks have struggled to gain traction as personal computers. This is largely due to Google’s failure to persuade consumers that a web browser could suffice and the years spent producing subpar hardware. Early Chromebook ads even mocked the idea of valuing the device itself, showcasing people destroying their laptops to emphasize the cloud’s importance. Consequently, even high-end Chromebooks like the Pixelbook struggled to gain recognition as premium products.

The initial lineup of Googlebooks will range from $899 to $1,299, positioning them against devices like the MacBook Air. Osterloh believes that as AI becomes more prevalent, consumers will be more inclined to invest in high-quality computers, recognizing the enduring importance of laptops and desktops. He asserts that laptops will always serve as central computing devices, connecting users to networks and providing essential screens for productivity and entertainment. More importantly, he acknowledges that delivering a compelling Googlebook experience necessitates quality hardware and a price point that reflects that.

When Google first introduced the Googlebook concept, it emphasized AI and Gemini. However, the groundwork for Googlebooks extends far beyond the current AI focus and is rooted in the evolution of Android. Osterloh sees the primary goal as creating a device that seamlessly runs familiar applications while syncing effortlessly with users’ Android devices. Ultimately, Google aims to build a laptop that not only meets these needs but also excels in performance.

Sixteen years after launching a laptop for the internet age, Google is now striving to create one for the mobile era and the emerging AI landscape. Achieving this will require leveraging Google’s strengths and delivering its best hardware yet. It will also necessitate convincing users of the value of a computer that mirrors their phone experience and integrates seamlessly with their AI ecosystem. This is no small feat; it may prove to be an even greater challenge than transitioning laptops to the web. However, if Google’s gamble pays off, the way we interact with our devices could change forever.