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“Brye’s Track Reaches 100 Million Streams, Made With GarageBand on a School iPad”

Indie singer-songwriter Brye has recently recounted an engaging tale on TikTok regarding her popular song “Lemons,” which has garnered an astonishing 100 million streams. What makes this accomplishment particularly remarkable is that Brye created the entire piece using GarageBand on a school-provided iPad, along with an inexpensive plug-in microphone. This disclosure highlights the notion that producing high-quality music does not inherently necessitate costly equipment.

Brye, whose complete name is Bryanna Noelle Sebring, asserts that her journey serves as motivation for emerging musicians, demonstrating that achieving success in the music realm is attainable for anyone, irrespective of their financial means or formal education. This feeling parallels the vision expressed by Steve Jobs during the launch of GarageBand in 2004, where he characterized the software as a resource that democratizes music production, converting any Mac into a professional recording studio.

Initially offered solely for Mac, GarageBand has since expanded to support iPads, allowing a wider audience to participate in music creation. Jobs famously remarked that GarageBand is meant for everyone, enabling users to produce music effortlessly. He highlighted that even a child with a basic setup could generate tunes that rival those produced with professional equipment.

In her TikTok video, Brye shares her experience with GarageBand, mentioning that she started crafting beats in high school and even composed musicals using the application. The creation of “Lemons” originated as a reaction to a personal struggle, as she uploaded the demo to spite someone who had wronged her. To her astonishment, the song went viral during the lockdown period in 2020, leading to its extensive fame and success on the charts.

Brye’s narrative resonates with numerous aspiring artists, reinforcing the belief that creativity and skill can thrive without reliance on high-end gear. She recognizes that while enhancing equipment and gaining knowledge about music production can be advantageous, novices can achieve impressive outcomes with GarageBand on any Apple device.

As mentioned by tech commentator John Gruber, Brye’s experience epitomizes the very intention behind the development of GarageBand by Apple: to empower individuals to create, share, and distribute music without the hurdles posed by expensive tools. Brye’s transition from utilizing school equipment to now having a home studio equipped with Logic Pro illustrates the potential for advancement and success in the music industry, regardless of one’s initial circumstances.

In summary, Brye’s success story serves as a potent reminder that passion, creativity, and persistence can lead to significant accomplishments in music, all while leveraging accessible technology. Her hit song “Lemons” stands as evidence that anyone can compose music that strikes a chord with audiences worldwide.

Key Audio Characteristics for Bose Headphones Users to Discover

When it comes to midrange and high-end headphones and earbuds, a brand that stands out among the crowd is Bose. The “QuietComfort” sub-name has essentially become synonymous with Bose’s impressive noise-canceling technology, making products like the QC Ultra Headphones and QC Ultra Earbuds essential for music enthusiasts, film lovers, and even gamers.

You’ll discover numerous advanced audio features in top-notch headphones for audiophiles, yet Bose refuses to blend in with the norm. If you’ve explored Bose cans and buds, you might have encountered several terms hinting at some of Bose’s proprietary engineering. We understand that dealing with an array of unfamiliar terminology can be tiresome, so we compiled this summary of five audio features unique to Bose headphones and earbuds.

**CustomTune**

While various headphone brands let you create personalized sound profiles via their companion apps, Bose elevates the experience with its CustomTune technology. This feature automatically calibrates sound output and noise cancelation based on the distinct shape of your ears.

Developed by John Rule, PhD, a senior systems engineer at Bose, CustomTune utilizes algorithms and acoustic engineering for real-time audio optimization. The calibration process includes a tone, or thwomp noise, that your ear will amplify and bounce back to the microphones for analysis. Subsequently, your CustomTune headphones will begin to assess and adjust to surrounding sounds, modifying treble, mids, lows, and noise canceling to suit your hearing and environment.

Launched with the Bose QuietComfort Earbuds II, CustomTune has since expanded to both generations of Bose’s QuietComfort Ultra Headphones and the QuietComfort Ultra Earbuds. This algorithmic feature becomes smarter and more predictive the more you use it, so definitely give it a shot.

**Immersive Audio**

Spatial audio has emerged as a significant innovation in home theater and wearable audio over recent years. Brands such as Sony, Apple, and Sonos have made this technology a central element in their flagship headphones and earbuds, but Bose has opted to offer its own interpretation of the soundstage feature. This is known as Immersive Audio, which you can access by activating Immersion Mode in the Bose app (tap Modes > Immersion).

Once turned on, Immersion Mode merges Bose’s spatial audio and noise-canceling technology to enhance stereo audio, resulting in a broader and more immersive soundstage. You’ll also find two unique presets to choose from: Still and Motion. The former is optimized for seated listening, making it feel as though speakers are positioned directly in front of you. The Motion preset maintains the expansive, enhanced soundstage while you move, whether walking or running.

Though Immersion Mode may initially appear as a clever gimmick rather than a true up-mixer, the feature performs effectively. Although Bose isn’t the sole audio brand venturing into up-mixing and head-tracking, its Immersion Mode excels at enhancing stereo audio for music, films, shows, and video games. Conversely, a feature like Sony’s 360 Reality Audio Upmix is better suited for movies and shows.

**Cinema Mode**

Experiencing films and shows with noise-canceling headphones or earbuds is an unparalleled experience. However, Bose aims for its users to feel as if they are in a movie theater when watching video content, leading to the creation of Cinema Mode. This specialized preset utilizes Bose’s Immersive Audio technology to immerse you in a richly detailed, cinematic sound environment.

Technically, Bose’s Cinema Mode is simply a spatial audio enhancement, but the software excels at focusing on dialogue and background sounds. Cinema Mode collaborates with Bose’s effective noise-canceling capabilities, allowing your headphones and earbuds to consistently monitor and adjust according to your listening environment.

Cinema Mode is compatible with the Bose QuietComfort Ultra Headphones (2nd Gen) and Bose QuietComfort Ultra Earbuds (2nd Gen). Ensure you’re using the latest version of the Bose app.

**ActiveSense**

Active noise-canceling (ANC) can occasionally block out too much noise, which is why many headphone and earbud brands incorporate some form of ambient-listening or transparency mode in their over-ear and in-ear models. As you might expect, Bose has followed suit and has also developed a feature that enhances ambient listening: ActiveSense.

ActiveSense is a dynamic noise-canceling feature available only when Aware Mode is active (ActiveSense must also be enabled). It responds when an unexpected surge of noise is detected in your listening environment. ActiveSense then activates

Flipper One: Portable Arm Linux Computer and Networking Multi-Tool Powered by Rockchip RK3576

Flipper One

Flipper Devices has officially introduced the Flipper One open-source hardware portable Arm Linux platform and networking and Edge AI multi-tool powered by a Rockchip RK3576 octa-core Arm Cortex-A72/A53 SoC, and featuring a Raspberry Pi RP2350 for low-level control. You may think of it as a successor to the popular STM32-based Flipper Zero hardware and wireless hacking tool, but the company stresses that the Flipper One is NOT a replacement for the Flipper Zero. It is a different product with mainline Linux kernel support, no binary blobs (probably not 100% true), and open-source drivers, and operating at a different level of the networking and wireless stacks with dual Gigabit Ethernet, Wi-Fi 6E, and optional 5G or 4G LTE modem. Flipper One specifications: SoC – Rockchip RK3576 CPU 4x Cortex-A72 cores @ 2.2GHz, 4x Cortex-A53 cores @ 1.8GHz Arm Cortex-M0 MCU at 400MHz GPU – ARM Mali-G52 MC3 GPU with support for […]

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