Marshall has expanded its wireless headphone lineup with the new Milton A.N.C., a foldable on-ear model that brings adaptive noise cancellation, long battery life, and the brand’s familiar amp-inspired design to a more portable form factor. Priced at $229.99, Milton A.N.C. offers 50+ hours of playback with ANC on and up to 80 hours with ANC off, putting it squarely in the travel-friendly headphone category without forcing listeners into a full-size over-ear design.
The design sticks closely to Marshall’s house style: square TPU molded ear caps, textured leather surfaces, brass logo hardware, powder-coated metal arms, and memory foam cushions intended to make the on-ear fit less punishing over longer sessions.
Over-Ear vs. On-Ear: Many wireless headphones use an over-ear design, with larger earcups that surround the ears. The Marshall Milton A.N.C. uses an on-ear design instead, meaning the earcups rest directly on the ears. That usually makes the headphones more compact and easier to pack, although comfort and isolation can vary depending on ear shape, clamping force, and how long you wear them.
Battery Life and Replaceable Battery: Design and comfort are a good starting point, but battery life and usability matter just as much once the headphones leave the box. The Marshall Milton A.N.C. is rated for up to 80 hours of wireless playback with ANC off and 50+ hours with ANC enabled, which gives it enough stamina for commuting, travel, and long listening sessions without constant charging anxiety.
Milton A.N.C. is also Marshall’s first wireless headphone with a replaceable battery, although the spare battery is sold separately. That matters because battery degradation is usually where wireless headphones start their slow walk to the drawer of forgotten electronics. A replaceable battery does not make them immortal, but it is a practical move in a category that could use fewer disposable “premium” products.
Connectivity, ANC, and Spatial Audio: The Marshall Milton A.N.C. supports Bluetooth 6.0 with LE Audio and is compatible with SBC, AAC, LC3, and LDAC codecs. That gives it broader wireless codec support than many lifestyle headphones, especially with LDAC for higher-bitrate Bluetooth playback from compatible devices. For users who still prefer a wired option, Milton A.N.C. also supports a USB-C to 3.5mm connection.
Adaptive ANC is included and is designed to analyze surrounding noise and adjust the level of noise cancellation in real time. That should help reduce distractions during commuting, travel, work, movies, calls, or extended listening sessions. When users need to hear what is happening around them, Transparency mode lets outside sound back in without removing the headphones.
Milton A.N.C. also includes Soundstage Spatial Audio, Marshall’s in-house spatialization algorithm. Activated through the Marshall app, Soundstage is designed to add a greater sense of depth and width to stereo tracks. It will not magically turn a bad mix into Abbey Road. But for listeners who want a wider presentation from standard stereo content, it gives Milton A.N.C. another feature beyond battery life, ANC, and the usual Marshall attitude.
The Marshall Milton A.N.C. is built around a foldable on-ear design intended for daily use and travel. The headphones can be folded down for easier packing and unfolded quickly when it is time to listen, which is the whole point of choosing on-ear portability over larger over-ear cans.
Marshall says the Milton A.N.C. uses newly developed 32mm drivers tuned by its in-house acoustic engineers. The company describes the sound as part of its long-running “signature sound” approach, with improved bass and treble extension and support for Hi-Res Audio playback. Translation: Marshall is leaning on the rock-and-roll heritage again, but at least there is actual driver development behind the leather jacket.
The Milton A.N.C. also includes Adaptive ANC and Transparency mode. Multiple microphones analyze surrounding noise and adjust cancellation automatically, while Transparency mode lets outside sound back in when users need situational awareness. Disabling ANC is not the same thing as Transparency mode; one turns noise cancellation off, while the other actively passes external sound through the microphones.
Adaptive Loudness is designed to preserve tonal balance at lower volume levels or when outside noise interferes with listening. Marshall says the feature raises bass and lower midrange output to help maintain a more natural balance without forcing users to crank the volume. That is useful in theory, especially for commuting, but it will depend on how subtly Marshall applies it. Too much “help” and the bass starts driving the bus.
The M Button: To further support ease of use, the Milton has a single onboard button that can access key headphone functions. For example, you can use the button to Toggle between ANC and Transparency mode or turn soundstage spatial audio on and off. Switch between preferred EQ settings. Go directly to a Spotify playlist with Spotify Tap, a voice assistant, or take a call using a voice assistant without the need to pick up the phone.
Packaging: Milton A.N.C has 42% recycled material by weight, reducing the need for virgin resources and helping lower environmental impact. Recycled materials typically have a smaller carbon footprint than virgin materials, though actual savings vary by material and process.
| Marshall Model | Milton A.N.C |
| Product Type | Wireless On-Ear Headphones |
| Price | $229 |
| Driver Type | Dynamic |
| Driver Size | 32 mm |
| Driver Sensitivity | 99.3 dB SPL (1mW @ 1kHz) |
| Driver Impedance | 32 Ω |
| Frequency range | 20-20,000 Hz (SBC, AAC, LC3) 20-40,000 Hz (LDAC at 96kHz) |
| Play time | 50 hours with Bluetooth and ANC 80 hours with Bluetooth only |
| Battery Preservation | Yes |
| Wireless Charging | No |
| Quick Charging | 15 minutes gives 9.5 hours of playtime |
| Charging time | 2 hours to full recharge |
| Exchangeable Battery | Yes |
| Wireless connectivity | Bluetooth 6.0 |
| Wired connectivity | USB-C to 3.5mm |
| Bluetooth range | 10 m / 30 ft |
| Bluetooth Codecs | SBC, AAC (MPEG-2), LC3, LDAC |
| Controls | Control knob, M-button |
| Marshall App | Yes – iOS and Android |
| Microphone & Remote | Yes |
| Active Noise Cancellation | Yes |
| Microphones | 6 |
| Bluetooth Multipoint Connectivity | Yes |
| Dimensions | Not provided |
| Weight | 231 g / 8.2 oz |
| Colorways | Black |
| Foldable design | Yes |
| Included Accessories | Marshall Milton A.N.C. Headphones USB-C to USB-C Cable: (for charging) USB-C to 3.5mm Cable: (wired audio connection) Travel case |
| Repairability | Yes |
| Country of origin | Designed and engineered in Sweden. Made in China. |
If you compare Milton A.N.C. with our other on-ear headphones, like the beloved design of Major V, you’ll notice a few big differences. We’ve increased the ear cushion size to help keep the sound in and improve passive noise attenuation. Larger earpads and softer memory foam also mean the headphones are more comfortable to wear over longer periods. We’ve introduced an entirely new driver system tuned to improve bass and treble extension, delivering dynamic Hi-Res audio with rich details. On top of that, 6 microphones optimally placed for ANC and call complement the acoustic design for highly effective noise reduction,” says Nicolas Pignier Delafontaine, Senior Manager, Audio & Acoustic at Marshall Group
“With Milton A.N.C., we have created a premium, yet durable headphone that is easy to bring with you wherever life takes you. Our design and engineering teams have worked for years to bring the immersive feeling of Adaptive ANC into our beloved on-ear form factor, and we couldn’t be prouder of the results. Its portable design makes it a sleek contender to heavier over-ear alternatives, without compromising on features. The combination of adaptive ANC with 80 hours battery life is guaranteed to take on-the-go music listening sessions to the next level,” says Evelina Lindström, Product Manager at Marshall Group.
The Marshall Milton A.N.C. enters a crowded wireless headphone category with a few things that help it stand out: an on-ear foldable design, up to 80 hours of battery life, 50+ hours with ANC enabled, wired and wireless connectivity, app control, LDAC support, adaptive ANC, Transparency mode, and a replaceable battery. That last one is the real eyebrow raiser. Most wireless headphones eventually become landfill candidates when the battery fades, so Marshall deserves credit for making serviceability part of the story instead of pretending lithium-ion cells are blessed by the Pope.
At $229, Milton A.N.C. looks like a credible option for listeners who want a more compact alternative to over-ear ANC headphones without giving up long battery life or modern codec support. It makes the most sense for commuters, travelers, students, and Marshall loyalists who want a portable headphone with classic styling and enough stamina to survive more than one bad week.
The competition is not exactly asleep at the pub. The Fender Mix costs more at $299 but claims up to 100 hours of battery life. The Final UX5000 at $250 brings aptX and aptX Adaptive support. The Skullcandy Aviator 900 at $299 counters with THX Spatial Audio, which some listeners may prefer over Marshall’s Soundstage processing. Budget buyers also have the EarFun Wave Pro at around $80, with LDAC and multiple ANC modes, though it clearly plays in a different build and brand category.
Milton A.N.C. is not the cheapest, not the longest-lasting, and not the only model chasing spatial audio and ANC. But its combination of foldable on-ear portability, long battery life, LDAC, adaptive noise cancellation, Marshall design, and a replaceable battery gives it a sharper identity than many lifestyle headphones at this price. That matters. In this category, looking cool is easy. Surviving the commute without becoming another dead gadget in a drawer is the harder trick.
The Marshall Milton A.N.C. wireless headphones are priced at $229 at Marshall.com and will be available at select retailers beginning May 27th 2026.
The call you almost ignored could be an important one. Everyone hates spam calls, but there is this one call that appears spam but is a useful one: A2P Calling. Sometimes you get a call where you speak to an automated voice on the other end, which feels like talking to a robot. But that call contains important information such as appointment reminders, security alerts, delivery notifications, and one-time passwords. This form of communication is widely used by governments and private businesses to connect with their audience at a large scale at once.
Keep reading to know what exactly A2P calling is and how it works. We will also discuss how beneficial it is for businesses.
A2P calling, referred to as application-to-person calling, allows businesses to send important voice messages without needing an actual person to call. Unlike regular calls, where one person speaks to another (P2P or person-to-person), here a recorded voice is played over the call containing relevant information. For example, getting a bank call with crucial information or receiving an OTP.
A request is triggered in the application systems at the backend (banking systems, CRM, ERP), and it detects the requirement, such as OTP generation or payment reminder.
Now, when the event triggers a call request, the app sends an API call (HTTP/REST) to an A2P provider. It contains the contact details of the receiver and relevant information for the purpose.
Later steps follow the compliance and validation checks, and invalid and non-compliant calls are blocked. Now, a voice message is prepared using pre-recorded voice files or optimizing text-to-speech engines.
VoIP or Voice over IP (for call initiation) and SIP or Session Initiation Protocol (for handling the calling process) are used. The VoIP call then goes through a telecom company that converts it to a mobile or PSTN network that can reach regular phones.
Now users get a normal call from the telecom operator without the need for an internet connection on their phone. After receiving the call, the automated voice plays, and the optional IVR captures keypad input using DTMF. Later, the call status is recorded by the platform.
And lastly, the final outcomes are sent back to applications using webhooks or APIs, which update records or trigger the next action if needed.
Related: Why Does Dynata Call You? Is It A Scam?
Application to person calling is used across industries for various purposes, and it saves billions of dollars to businesses, along with time. According to Analysys Mason, businesses are expected to spend $43 billion on A2P messaging in 2027. Let us have a look at some of the use cases.
Automatically delivers OTPs to verify a user when they try to log in, sign up, or make any transactions. It helps to avoid unauthorized access.
Helps in tracking failed and successful transactions, which allows you to keep a check on spending in real-time.
People can track the status of their shipment, and it reduces their ‘where is my order’ queries. Also ensures a better shopping and delivery experience.
You can get reminders about upcoming, overdue, delayed, or missed payments. And also appointment reminders, which help in reducing the chances of no-show and cancellation of services.
Get login or account change alerts to help spot suspicious activity early. You also get notifications when changing the credentials of your account.
It’s one step ahead of normal password security. When you try to log in, you receive a code via call or message after entering your password. Great way to prevent account takeover.
A2P calling can also be used to send urgent safety alerts or public warnings in less time and cover a wide range.
Businesses can use this technology to collect consumer feedback as automated calls make data gathering much easier and time-efficient. Retail and telecommunications industries widely use it to measure customer satisfaction.
There are several benefits of A2P calling for businesses, as it improves communication in the following ways:
Successful campaigns are the ones that are saved from being treated as spam or A2P calls getting blocked. The system follows several global compliances; therefore, at times, it is challenging to implement this calling strategy. Some of these practical plans can help you with this.
Selecting the right provider is not easy, as there are several things to keep in mind, such as speed, flexibility, and reliability. There are numerous vendors in the market, with the global market size anticipated to reach $96.73 billion by 2030 with a CAGR of 4.7%. Consider the mentioned factors while choosing the right provider.
Make sure the platform offers high-volume message delivery, primarily using SMPP and optional HTTP APIs. Some of its essential features should include SS7 capabilities for signaling and roaming services. And SIP support in case of IMS/VoLTE.
Also, if they use dynamic routing, it can optimize and deliver. Whereas flexible billing systems can make it easy to work with multiple currencies and custom rate management.
Prefer a cloud-based platform. If opting for an on-premise deployment, make sure it requires minimal hardware. Is easy to scale, customize, and self-serve by choice. There should be language options, UI branding, and minimal dependency on the provider.
Reputable platforms offer centralized dashboards, report management, automation tools, and analytical features. They give campaign management services with 2FA support and CRM features.
Tailored and separate client portals with permissions, better financial visibility, and payment options can be a plus point.
When testing, monitoring, and analytical tools and features are available on the platform, they help in message delivery and SLA compliance. Clients should be able to track metrics, including SMS volume, latency, failures, costs, and revenue. With actionable insights, performance and profitability can be improved, and you can spot gaps for betterment.
Voice communications often contain sensitive data. A good service provider should offer encryption, fraud prevention tools, and follow regulatory compliance. Also, it should have VPN support and access control.
A2P callings, or application-to-person callings, are a way of voice communication enabled by Voice over Internet Protocol (VoIP) & Session Initiation Protocol (SIP) technologies. A person gets automated calls with a voice message to get alerts, updates, and useful information related to their query. It involves a series of steps that we discussed. I have listed its use cases and the benefits of A2P calling. When you choose a vendor, there are several things you need to take into account, which I have listed in the writing. I hope you find this blog helpful in getting a broader view of this voice communication method.
Prosecutors say the three suspects attempted to bypass those controls by submitting fraudulent declarations about the equipment’s final destination. In a statement, the Taiwan Keelung District Prosecutors’ Office said the defendants “fully knew” that sales of the servers to China are “strictly regulated” by the US. Still, they allegedly proceeded…
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The company still faces more than 1,000 other lawsuits from school districts around the country.
Meta has reached a settlement in a lawsuit brought by a Kentucky school district weeks before the case was set to go to trial in California, according to court documents. The lawsuit had alleged that Meta, Snap, YouTube and TikTok had harmed students’ mental health, which had strained school resources.
Meta’s settlement comes a week after Snap, YouTube and TikTok also reached a settlement in the case. “We’ve resolved this case amicably and remain focused on our longstanding work to build protections like Teen Accounts that help teens stay safe online, while giving parents simple controls to support their families,” a Meta spokesperson said in a statement.
The case was one of more than 1,000 lawsuits that have been brought by school districts around the country targeting Meta and other social media companies. The Kentucky case was the first scheduled to go to trial. Meta and other companies are still facing numerous other lawsuits from school districts, including in New York and Seattle. In a statement, lawyers for the Kentucky school district said that their focus “remains on pursuing justice for the remaining 1,200 school districts who have filed cases.”
Meta was likely keen to avoid another high-profile trial that would have put its safety record in the spotlight. A Los Angeles jury recently ruled against Meta and YouTube in another trial over social media addiction that saw testimony from Mark Zuckerberg and other execs. Meta was also recently ordered to pay a $375 million fine following a trial in New Mexico over its safety practices. The company has said it plans to appeal the ruling.
Two months out of stealth, the founder of Figure and Archer has a chip-and-model stack and a chip-and-model-stack-sized cheque to match.
Hark, the AI hardware company that Brett Adcock began funding out of his own pocket late last year, has raised more than $700m in a Series A that values it at $6bn, according to Bloomberg.
The round closed roughly two months after Hark emerged from stealth, and lands the company in the upper tier of AI-hardware bets before it has shipped a product.
Parkway Venture Capital led the round. The investor list reads like a Who’s Who of the chip and cloud stack: Nvidia, AMD Ventures, Intel Capital and Qualcomm Ventures all wrote cheques, as did Salesforce Ventures, Brookfield, ARK Invest, Greycroft, Prime Movers Lab, Align Ventures and Tamarack Global. Several of those names sit on more than one side of the AI hardware question, which is part of the point.
Adcock founded Hark in late 2025 with $100m of his own money, after a run of founding companies that are now public, acquired, or among the better-funded private operators in their respective categories.
He co-founded the recruiting marketplace Vettery, sold to Adecco for $100m; founded electric aircraft maker Archer Aviation, which went public via SPAC in 2021; founded humanoid robotics company Figure, where he remains chief executive; and founded school-security company Cover. He is also the principal at Hark.
What Hark is actually building is less crisp than what it has raised. The company has described itself as developing a “personal AI platform” that pairs in-house foundation models, software, and native hardware with new interfaces, rather than picking a single layer of the stack.
According to the BusinessWire announcement in March, Hark intends to release its first multi-modal models this summer.
The category Hark is entering is small, expensive, and littered with failures. Humane’s AI Pin became the most public cautionary tale of 2024, with the Rabbit R1 close behind. Even Apple, which has a hardware distribution machine no one else can match, has spent the past year trying to figure out what its on-device AI offering should actually look like.
The case for Adcock is that he has shipped hardware before, at Archer and Figure, and that integrating models and silicon from day one is the version of the bet most likely to produce a defensible product.
What Hark has not yet disclosed: headcount, hardware form factor, target price, launch market, or a customer pipeline. The Series A buys time to keep that opaque for a while longer.
With Nvidia and AMD both on the cap table, supply allocation, often the binding constraint on AI hardware companies in 2026, becomes a question Hark can probably answer more comfortably than most of its peers.
What the round does not buy is product-market fit. Hark joins a category in which several well-funded, well-credentialled teams have launched, missed, and quietly retrenched. By the company’s own timeline, the first models are weeks away; the device that turns those models into a business is still further out.
Viewers tuning in for Saturday’s Major League Soccer match between the LA Galaxy and Houston Dynamo FC on Apple TV might not see the biggest technology news behind their screens — the live event will be shot entirely on the iPhone 17 Pro, with cameras positioned throughout the venue.
Apple on Thursday announced that the 7:30 p.m. PT game on the streaming platform, formerly known as Apple TV Plus, will include live iPhone footage with cameras positioned around California’s Dignity Health Sports Park. Footage will include “team warmups on the pitch, player introductions, in-net goal angles and the atmosphere inside the stadium.”
It will be the first time iPhones are used to capture all of a major professional live sporting event broadcast. Apple TV previously used the iPhone 17 Pro for a live broadcast last September of a Friday Night Baseball matchup between the Boston Red Sox and the Detroit Tigers, but the phone captured only “select moments from the game and cinematic in-stadium footage.”
Following that first foray, Apple said it started using iPhones across more sports broadcasts and integrated the tech into the regular production rotation for Friday Night Baseball and MLS broadcasts during the 2026 season.
The MLS regular season will pause from May 25 to July 16 for the 2026 FIFA World Cup in June. Apple TV costs $13 per month and lets fans watch the entire 2026 MLS season live, with no extra MLS Season Pass required.
Apple revealed that it blocked over $11 billion in fraudulent App Store transactions over the last six years, more than $2.2 billion in potentially fraudulent App Store transactions in 2025 alone.
In a Wednesday press release, the tech giant said it rejected over 2 million problematic app submissions last year and blocked more than 1.1 billion fraudulent account creations.
Apple also terminated 193,000 developer accounts due to fraud concerns, rejected more than 138,000 developer enrollments, and deactivated an additional 40.4 million customer accounts suspected of fraud and abuse.
Last year, it also stopped more than 5.4 million stolen credit cards from being used and banned nearly 2 million user accounts.
These figures represent a notable increase over previous years, with Apple blocking over $2 billion in potentially fraudulent transactions, identifying nearly 4.7 million stolen credit cards, and blocking over 1.6 million accounts from making further transactions in 2024.
“Apple utilizes both human review and advanced technology to identify and stop the use of stolen financial information,” the tech giant said.
“By leveraging machine learning, Apple teams build powerful models to accelerate fraud detection and quickly evaluate new deceptive tactics. These technologies also provide a comprehensive view of fraudulent activity across customer accounts, devices, and payment methods.”
Apple’s App Review team evaluated over 9.1 million app submissions in 2025, up from 7.7 million the prior year, and has rejected more than 443,000 for privacy violations, over 371,000 for being copycats or misleading apps, and more than 22,000 for containing hidden or undocumented features.
Nearly 59,000 apps were also removed from the App Store last year for bait-and-switch tactics, almost triple the 17,000 it removed throughout 2024.
On the discovery fraud front, the company processed more than 1.3 billion ratings and reviews in 2025, blocking nearly 195 million fraudulent app reviews and ratings.
Apple also prevented nearly 7,800 deceptive apps from appearing in search results and blocked 11,500 from App Store charts. Apple further detected and blocked 28,000 illegitimate apps on pirate storefronts.
According to Apple, the App Store currently draws over 850 million weekly visitors across 175 storefronts worldwide. Apple advises customers who suspect suspicious activity in apps downloaded from the App Store to report it immediately at reportaproblem.apple.com.
Automated pentesting tools deliver real value, but they were built to answer one question: can an attacker move through the network? They were not built to test whether your controls block threats, your detection rules fire, or your cloud configs hold.
This guide covers the 6 surfaces you actually need to validate.
Microsoft has hired games analyst and investor Matthew Ball as Xbox’s new chief strategy officer. With a long track record of analyzing the video game market and industry’s biggest shifts, Ball’s background could help Xbox rethink its hardware and console strategy at a moment when competition is tougher than ever. Engadget reports: Ball is a venture capitalist and tech industry consultant with a well-documented history of analyzing emerging digital economies and the video game market. He was most recently the CEO and founder of Epyllion, an advisory firm and digital production house that also runs a large-scale metaverse investment fund, and he publishes regular breakdowns of the industry’s biggest players and trends, including an annual State of Gaming report. Ball is the author of The Metaverse, a book beloved by Tim Sweeney, Mark Zuckerberg, Karlie Kloss and, not awkwardly at all, former Xbox head Phil Spencer.
Waymo has paused service in Atlanta after one of its driverless cars entered a flooded street and got stuck. It follows a similar pause in San Antonio that prompted a recent software recall (PDF) over flood avoidance. TechCrunch reports: Waymo admitted that it hadn’t finished developing a “final remedy” for avoiding flooded areas when it issued its software recall last week. Instead, the company said that it shipped an update to its fleet that placed “restrictions at times and in locations where there is an elevated risk of encountering a flooded, higher-speed roadway,” according to documents released by the National Highway Traffic Safety Administration (NHTSA).
But even those precautions apparently were not enough to stop the Waymo robotaxi from entering the flooded intersection in Atlanta. Waymo told TechCrunch on Thursday that the storm in Atlanta produced so much rainfall that flooding was happening before the National Weather Service had issued a flash flood warning, watch, or advisory. The company said its fleet those alerts are part of a larger set of signals it relies on to prepare the vehicles for poor weather.
Join us to discover how the new ZEISS Crossbeam 750 with its see while you mill capability delivers precision and clarity—every time—for demanding FIB-SEM workflows. Designed for extremely challenging TEM lamella preparation, tomography, advanced nanofabrication, and APT‑ready lift‑out, Crossbeam 750 combines a new Gemini 4 SEM objective lens, a double deflector, and a next‑generation scan generator to elevate both image quality and process confidence. You’ll learn how better resolution and better SNR translate into more image detail and shorter acquisition times, while the low‑kV FIB performance enables more precise lamella prep.
We’ll demonstrate High Dynamic Range (HDR) Mill + SEM—an interwoven SEM/FIB scanning mode that suppresses FIB‑generated background. This enables immediate, clean visual feedback, even during nudging the FIB pattern live while milling . The result: confident endpointing with uninterrupted FIB milling and pristine, metrology‑grade surfaces with the lowest possible sample damage.
This session is ideal for semiconductor failure analysists, yield teams and materials scientists seeking faster time‑to‑TEM, higher first‑pass success, and consistent outcomes at low kV. See how Crossbeam 750 empowers you to make earlier stop‑milling decisions, cut rework, and reliably plan turnaround time—so you can move from sample to insight with confidence.
If you’ve ever spent time in a modern BMW, you’ve probably fussed about with the goofy iDrive controller. It’s a rotary knobbery slidery thing that just never really feels that good to use. [Garage Tinkering] was inspired to try and build a better version for his own car.
The first order of business was to choose the right knob as the core of the build. [Garage Tinkering] eventually landed on the Crowpanel 1.28″ rotary knob which integrates a push-button encoder, a round screen, and an ESP32-S3 all into one convenient package. He then set about designing a 3D printed housing that would integrate it into the vehicle’s interior, along with a diffuser ring for the knob’s inbuilt LEDs and some additional buttons for added control. The goal is to use the rotary control as the human interface for a broader system being implemented in the vehicle, which will feature a larger infotainment screen and multiple digital gauges. The rotary control will allow switching things like interior and underglow lighting, and display of other vehicle parameters.
The cool thing about building your own gear is that you can make it work exactly the way that suits you. We’ve seen great hacks in this realm before, too, like this rad car data display.
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