5 Tech Brands That Got Bought Up By Apple (And What Happened When They Did)
Apple is widely known for building iconic devices and breakthrough technology, but did you know some of its most revolutionary features actually started in someone else's garage? Unlike some tech giants that acquire companies with the aim of eliminating competition, Apple's approach is highly strategic. It buys companies for two main reasons: to absorb world-class talent and to acquire foundational technology that can be integrated directly into the Apple ecosystem. When Apple buys a brand, that brand's DNA usually ends up in the pockets of millions of people, even if the original name fades into history.
From the operating system running on your new MacBook Pro to the secure biometrics unlocking millions of iPhones across the globe, much of what we consider uniquely 'Apple' was originally invented elsewhere. Some of these acquisitions were massive public spectacles, while others were quiet, behind-the-scenes deals — almost all of them played a role in the transformation of the iPhone over the years. Let's look back at five legendary tech brands that Apple bought, and shed some light on the immense impact they had.
Beats
In 2014, Apple made its largest acquisition to date by cutting a massive $3 billion check for Beats Electronics. Founded by music icon Dr. Dre and legendary producer Jimmy Iovine, Beats was a culture-defining brand famous for its bass-heavy headphones and a budding premium music streaming subscription. While critics initially wondered why a hardware giant like Apple would pay billions for a headphone company, it wasn't just buying plastic headphones. The deal secured cultural relevance, and more importantly, a means to develop a new breakthrough hardware category.
The immediate hardware result was a massive upgrade to Apple's audio lineup, but the true crown jewel of the acquisition came with the introduction of AirPods in 2016. Apple leveraged the expertise of the Beats brand in producing high-quality headphones to make the best-selling wireless earbuds of all time. The engineering team at Beats had deep experience in audio tuning, driver design, and noise isolation, which Apple combined with its own silicon to create a seamless user experience. Furthermore, Apple adopted the W1 chip concept from Beats' early wireless efforts, leading to the H1 and later H2 chips that power modern AirPods.
Then, there was the Beats Music streaming platform. Apple took that underlying streaming infrastructure, polished the user interface, integrated it deeply into iOS, and rebranded it as Apple Music in 2015. Today, Apple Music is the default music streaming service for over 100 million subscribers worldwide. The integration went beyond streaming: Apple Music now powers Siri requests, Shazam identification, and curated playlists that analyze listening habits. Meanwhile, the Beats brand itself was kept alive as a stylish, bass-forward alternative to AirPods, often used to target fitness enthusiasts and athletes. By absorbing Beats, Apple successfully transitioned from a company that sold digital song downloads on iTunes to a modern streaming powerhouse, and simultaneously cemented its dominance in the premium wireless audio market.
Shazam
If you've ever used Shazam, you know it feels like an absolutely magical experience. Simply hold your phone up to a faint speaker in a noisy cafe, and within seconds, the app will identify the exact song playing. Recognizing its incredible utility, Apple acquired the U.K.-based company in 2018 for an estimated $400 million. For users, the most immediate and welcome change after the acquisition was Apple's decision to strip out all third-party advertisements, making the app entirely free, clean, and fast to use. But Apple didn't just leave Shazam as a standalone app; it seamlessly integrated its music recognition technology into iOS.
As a result, now you don't need to download anything to recognize the music playing around you with an iPhone. You can simply say, 'Hey Siri, which song is playing?' or tap the dedicated Shazam toggle right from the iOS Control Center. This integration was built into the device's audio processing, allowing for background listening without draining battery. Apple also made Shazam available on Apple Watch, letting users identify songs on the go with a quick tap. Moreover, the acquisition served as a massive data engine for Apple Music. By analyzing what millions of people are Shazam-ing in real time across the globe, Apple could predict upcoming musical trends and feed its recommendation algorithm to keep users hooked. This data also helped curate playlists like 'Shazam Discovery' and 'Today's Hits'. It stands as a perfect example of Apple taking a beloved utility and scaling its backend technology to strengthen its broader services ecosystem. Despite the acquisition, Shazam is still available on Android and other platforms, as Apple chose to keep it as a cross-platform service to gather more data for its algorithms.
NeXT
If one acquisition saved Apple from the brink of total collapse, it was the purchase of NeXT in 1997. After leaving Apple in 1985, Steve Jobs founded NeXT to build high-end computers aimed at students, universities, and businesses. While the company's hardware didn't sell in massive quantities, the object-oriented operating system it built, called NeXTSTEP, was decades ahead of its time. By the late 1990s, Apple's own operating system was comparatively ancient, and the company was months away from bankruptcy.
The impact of this acquisition cannot be overstated. The foundations of the software running on pretty much all of Apple's current devices trace back to this single deal. Apple took the advanced architecture of NeXTSTEP and used it to build Mac OS X, which we now know as macOS. The core software framework, file structures, and development tools created at NeXT were so robust that they eventually became the structural foundation for iOS, watchOS, and tvOS as well. The NeXTSTEP kernel, known as Mach, and the developer environment, Interface Builder, evolved into Xcode and the Cocoa frameworks used today. Every iPhone app written in Swift or Objective-C relies on APIs that originated from NeXT.
Furthermore, the deal brought back Steve Jobs, who took the reins as CEO and launched the most historic turnaround in business history, bringing us the iMac, iPod, and iPhone, among other groundbreaking products. Under Jobs' leadership, the company streamlined its product line, adopted the Unix-based core from NeXT, and focused on design excellence. The NeXT acquisition also gave Apple access to a talented engineering team that included key architects of what became the modern Apple operating system. Even today, the legacy of NeXT lives on in every macOS and iOS update, ensuring stability and security.
PrimeSense
When Apple unveiled the iPhone X in 2017, the tech world was stunned by the removal of the iconic home button, a staple feature of the iPhone since its first generation. The removal also meant that TouchID was gone, but Apple introduced FaceID to replace it. This new biometric authentication method unlocked the phone by scanning a user's face instead of fingerprints, and it was made possible because Apple quietly acquired Israeli 3D sensing company PrimeSense back in 2013.
Before Apple bought the company, PrimeSense was most famous for partnering with Microsoft to create the original Xbox Kinect. The Kinect allowed gamers to control games with body movements, using a system of infrared dots and depth sensors. While the Kinect was a bulky camera meant to sit on top of a television, Apple's hardware engineering teams worked tirelessly for years to shrink PrimeSense's optical technology down to miniature scale. The company successfully crammed the complex hardware system into the tiny notch at the top of the iPhone screen. PrimeSense's advanced computer vision technology allows the iPhone to project over 30,000 invisible infrared dots to create a precise depth map of your face. This depth map is then read by an infrared camera, creating a 3D model with sub-millimeter accuracy, which is then compared to the enrolled face data stored in the Secure Enclave.
This acquisition gave Apple a massive multi-year lead over Android competitors in secure facial recognition. While other phones tried to imitate FaceID with front cameras, none achieved the same level of security and reliability. Apple also used the depth-sensing capabilities for Animojis, which map facial expressions onto cartoon characters, and for Portrait Mode selfies with advanced bokeh effects. PrimeSense's technology expanded beyond iPhones: it was used in iPads for ARKit and even in Apple's rumored AR/VR headset. By transforming a gaming gimmick into the gold standard of mobile biometric security, Apple demonstrated its ability to acquire niche technology and turn it into a core product feature.
P.A. Semi
In 2008, Apple made a quiet move that would alter the course of the entire semiconductor industry in the years to come: it acquired boutique chip design startup P.A. Semi for $278 million. At the time, P.A. Semi was highly regarded for designing incredibly power-efficient microprocessors, particularly their work on a 64-bit ARM-based chip for networking equipment. While one may have wondered why the company needed its own chip designers, especially when Samsung provided its ARM-based chips for most phones, Steve Jobs had a visionary long-term goal. He realized that if Apple wanted to truly control the performance, battery life, and feature set of its mobile devices, it couldn't rely on off-the-shelf processors from third-party manufacturers. Custom silicon would allow Apple to optimize the hardware and software together, a strategy known as vertical integration.
The P.A. Semi team formed the elite core of Apple's new in-house silicon division. Just two years later, Apple debuted the A4 chip in the original iPad and iPhone 4, marking the birth of Apple Silicon. Since then, these custom A-series chips have consistently outperformed the competition, giving iPhones unmatched speed and battery efficiency. The A4 was a single-core design, but within five years the A9 brought dual-core processors with advanced power management. By 2025, the A19 Pro chip on the iPhone 17 Pro featured a 6-core CPU, 16-core Neural Engine, and ray-tracing capabilities, right up there at the top in terms of performance and battery life. The expertise gained from this acquisition didn't stop at mobile phones. It laid the groundwork for the revolutionary ARM-based M-series chips that power modern Macs today.
After years of designing chips for iOS devices, Apple announced in 2020 that it would transition Macs from Intel processors to its own Apple Silicon, starting with the M1 chip. The M1's performance per watt was groundbreaking, allowing Macs to run cooler and longer than ever before. The same P.A. Semi engineering principles—power efficiency, tight software integration, and custom accelerators—were applied to the M-series, leading to chips like the M2, M3, and M4 that power everything from MacBooks to Mac Pros. By buying P.A. Semi, Apple successfully broke free from its dependence on external chipmakers, gaining total vertical integration and a massive competitive advantage that rivals like Qualcomm and Intel are still struggling to match. Today, Apple's silicon team is one of the most valuable in the world, and it all started with a small acquisition of a chip design startup.
Source: SlashGear News