Keychain cameras have been enjoying a quiet revival, driven largely by a growing appetite for lo-fi photography and a general fatigue with the algorithmic complexity baked into smartphone cameras. Most of what’s available comes pre-assembled and pre-decided, right down to the app you’re expected to use and whose cloud account your photos end up in. That framing leaves very little room for the person actually taking the pictures.
Designer Matej Nahtigal built an answer to that problem, and it’s small enough to hang off your keyring. The Keymera is a fully functional camera that you 3D print and assemble yourself, built around just five printed parts and four electronic components. It takes real 3 MP photos, stores them locally, asks for nothing in return, and fits roughly in the same space as a car key fob.
The build is intentionally minimal. The electronics stack consists of a Seeed Studio XIAO ESP32S3 Sense board, a 3 MP OV3660 image sensor, a small LiPo cell, and a single tactile button, connected with four solder joints. Print the shell, wire the components, flash the firmware, and press-fit everything together. No screws, no glue. The whole process takes about an hour to print and another hour to assemble.
Using it is even simpler. A single button does everything. Press it once, and the camera wakes, captures a photo, saves it to a microSD card, blinks an LED to confirm, and goes back to sleep. On standby, it draws roughly 10 µA, which means it can sit on your keyring for weeks between charges without running dry. The logic behind all of it couldn’t be simpler.
Getting your photos off the camera doesn’t require a cable or an app. Hold the button, and the Keymera broadcasts its own Wi-Fi network. Connect any phone or laptop, and a gallery page opens directly in the browser. You can scroll through your shots, view them full-size, and download them from there. That gallery lives entirely on the device. No account required, no metadata harvested, no service to subscribe to.
What makes the Keymera a design object rather than just a circuit board in a box is the shell system. One electronics core fits into interchangeable outer shells, each inspired by a different camera era. The original three designs reference a rangefinder, an SLR, and an instant camera, with a twin-lens reflex (TLR) added as a fourth. Any color or filament finish is yours to choose.
That idea, that a camera should fit in your pocket, behave honestly, and let you own the experience from print to final photo, reflects Nahtigal’s deliberate pushback against a moment when phones are adding AI features to everything. There’s no computational processing, no hidden metadata collection, and no account to manage. You clip it to your bag, your belt loop, or your keyring, and it’s simply there when something happens.
The Keymera’s files are sold as licensed digital products, not released as open-source files, which keeps the design controlled and the project financially sustainable for a single maker. The photos it produces are lo-fi and unprocessed, captured on a fixed 3 MP sensor with no computational adjustments applied afterward. For something this small and this honest, that kind of clarity is very much the point.
A camera with no screen sounds like a step backward. It is, by design. And that’s exactly the point. We live in an era where every piece of technology is racing to give you more. More features, more connectivity, more reasons to stay glued to a display. And here comes a small, cheerful little camera doing the opposite on purpose. It’s almost rebellious, except it fits in your pocket and comes in Strawberry Splash.
Camp Snap just released its second-generation screenless digital camera, the Camp Snap 2, and it’s already making the rounds on social media with the kind of low-key enthusiasm that feels genuine rather than manufactured. If you missed the original, here’s the short version: it’s a point-and-shoot with no rear LCD, no Wi-Fi, no app ecosystem, and no ability to review your shots before downloading them later. The whole pitch rests on the idea that not knowing what you captured is actually better for you.
I’ve thought about this a lot, and I don’t think it’s a gimmick. We’ve spent years optimizing the act of photographing something into oblivion. We shoot, we review, we retake, we add a filter, we post, we check the likes. The photo becomes less about the moment and more about the performance of documenting it. The Camp Snap strips all of that away, and when you hold a camera you literally cannot scroll through, you start paying attention to the moment in a way that feels a little foreign at first, then oddly refreshing.
The Camp Snap 2 keeps everything that worked about the original and quietly fixes what didn’t. It’s 15% slimmer than the V1, which sounds minor until you actually slide it into a pocket and forget it’s there. The 8-megapixel sensor is unchanged, which will either bother you or not depending on what you’re looking for. The photos are not going to replace your iPhone shots. They’re warmer, a little imperfect, and have that slightly analog quality that makes you feel like you developed something rather than downloaded it.
The biggest upgrade is the filter button. On the original Camp Snap, switching filters required plugging the camera into a computer, which was a meaningful enough friction point that most people probably just left it on the default setting and moved on. The Camp Snap 2 now has a dedicated button on the back that cycles through six built-in looks: Standard, Vintage 1, Vintage 2, Vintage 3, Analog, and Black & White. No apps, no computer, just click until you land on the vibe you want. For anyone who bought the first version and felt mildly cheated by the filter situation, this is the update they were owed.
For families, Camp Snap also added a CampLock feature, which disables the filter button so younger users can’t cycle through settings accidentally (or intentionally). You unlock it by holding the button for ten seconds, which is the kind of low-tech solution that’s either charming or mildly annoying depending on the day.
The new model also supports 30.5mm screw-in filters, which opens up creative territory that feels almost comically ambitious for a camera of this nature. Wide-angle adapters, diffusion filters, star effects, macro attachments. It’s a camera designed to make you feel less precious about photography, and now it technically supports a whole accessory ecosystem. The tension between those two ideas is interesting, and I’m curious to see how people actually use it.
The Camp Snap 2 comes in nine colorways, including some jelly-style translucent options that hit the Y2K nostalgia button hard. Sunbeam Yellow, Tangerine Drift, Twisted Lime, and Strawberry Splash are doing a lot of visual heavy lifting here, and they look exactly like the kind of tech that lived in every locker in 2003. That’s not accidental. Camp Snap knows its audience includes adults who are as nostalgic for simpler devices as they are tired of their smartphones.
At $69.95, the Camp Snap 2 costs about the same as a dinner out, and it will probably be more memorable. It’s not asking you to quit your phone or adopt a new philosophy. It’s just a small, uncomplicated camera that asks you to look up more than you look down. For a lot of people, that might be worth exactly seventy dollars.
For the last several years, the premium smartphone camera has been a story about software eating hardware. Google’s computational photography turned mediocre sensors into benchmark toppers. Samsung’s AI processing chased detail out of dark scenes that the lens glass alone could never recover. Apple built the Photonic Engine specifically to run post-capture processing at speeds no competitor could match. The results have been genuinely impressive across the board. They have also been, at a fundamental level, a workaround.
Leaked supply chain data from April points toward Apple choosing a different approach for the iPhone 18 Pro Max: a mechanical iris, physical aperture blades, the kind of variable light control that photographers have relied on since the nineteenth century. Chinese component supplier Sunny Optical has already entered production on the actuators that make the system work, turning what analyst Ming-Chi Kuo first flagged in December 2024 into a confirmed hardware reality. The rest of the 2026 leak picture, the 2nm A20 Pro chip, under-display Face ID, and the Dark Cherry colorway we detailed last week, all reads differently once you understand that Apple is building around mechanical principles, with algorithms serving the physics rather than substituting for it.
Designer: Apple
Samsung attempted this exact feature with the Galaxy S9 and S9+ in 2018, building a diaphragm that toggled between f/1.4 and f/4.0 across eight discrete steps, then dropped it entirely from the Galaxy S10 the following year without explanation. First-hand testing at the time found inconsistent results, portrait artifacts, and a setting so buried in the menus that most users shooting in auto mode never engaged it deliberately. The engineering problem is formidable: fitting moving aperture blades, their actuators, and the mechanical tolerances those blades require into a camera stack measured in single-digit millimeters is a precision manufacturing challenge of a different category than any software update can address. Apple commissioning Sunny Optical specifically for custom actuator production, with that production already underway, signals a more deliberate, supply-chain-integrated approach to the problem. Something changed between 2018 and now at the component level that makes this viable where Samsung could not make it reliable at scale.
Every iPhone Pro from the 14 through the 17 has shot at a fixed f/1.78, the lens always wide open, with software compensating for everything the hardware cannot adjust. Leaks point to a range spanning f/1.6 to f/22 on the 18 Pro Max, meaning optically controlled exposure for the first time in the Pro line’s history. Stopping down in bright conditions eliminates the overexposure that Apple’s current tonemapping corrects after capture, and a physical aperture produces depth-of-field falloff curves around hair and translucent fabric that computational bokeh gets wrong often enough to notice. The A20 Pro chip on TSMC’s 2nm process, with RAM integrated directly onto the same wafer as the CPU, GPU, and Neural Engine, delivers the projected 30% efficiency gain that makes running simultaneous mechanical and computational systems sustainable at the battery level. Apple is accepting a thicker chassis and a heavier phone, projected at around 8.8mm and 240 to 243 grams, to pay for all of it.
Several things the current leak record cannot answer will determine how much of the mechanical iris matters in real-world use. The number of aperture blades is unconfirmed, and that figure directly shapes bokeh quality, with more blades producing a rounder, optically cleaner out-of-focus shape. Repairability is a genuine concern, since moving parts inside a camera module that already carries one of Apple’s steeper service costs introduces a new failure mode into an expensive component. Blade longevity over years of daily shooting has surfaced in none of the supply chain reporting, and that is the kind of question only a full product lifecycle can answer. What September will reveal is whether Apple has resolved the reliability problem that ended Samsung’s attempt in 2018, and whether physics can now outperform the algorithms that have defined the camera conversation for a decade.
Zoom has won. Of all the specs that used to dominate camera phone conversations, optical reach is the one that stuck because it is the most visible and the most immediately felt. At any major live event, the phones come out and the zoom wars begin. Samsung loyalists will have their periscope lenses trained on the far end of the pitch. iPhone users will be framing tight, stable shots of the stage from the back row. FIFA 2026 is nearly here, and across dozens of stadiums and billions of shared clips, zoom will quietly be the deciding factor in whether those memories look spectacular or just… small.
REEFLEX built the Ultra Telephoto 300-600mm for people who refuse to settle for small. Attaching to the telephoto camera of iPhone 17 Pro, Pro Max, and the Samsung S26 Ultra series, the lens compounds the phone’s native optical strength and extends it into a focal range, up to 600mm and 24x magnification, that genuinely belongs to another category of photography entirely.
Most clip-on telephoto lenses grow forward in a long tube that looks great in renders but becomes a liability the moment you try to hold your phone steady. The weight pulls forward, the center of gravity shifts away from your grip, and at long focal lengths, that imbalance shows up as jitter in video and smeared detail in stills. REEFLEX went wide instead of long, packing everything into a compact cylinder that keeps the mass directly over your hand. Your wrist stays neutral, your grip stays firm, and the setup feels closer to holding a DSLR than balancing a makeshift telescope. That distinction matters enormously once you’re standing in a stadium trying to track a fast-moving subject.
Machined from aerospace-grade aluminum, the body weighs 308 grams and holds its optical tolerances without adding unnecessary bulk. The glass inside is lanthanum, a material chosen specifically for its high refractive index. In practical terms, that means sharper resolving power, richer contrast, and far less color fringing along edges than standard glass can manage at these focal lengths. The optical formula runs four elements, one doublet and three singlets, tuned to work with the tetraprism telephoto cameras in current flagship phones rather than fighting against their characteristics. The matte black finish, the green accent ring around the barrel, and the large front element all contribute to something that looks and feels like a deliberate optical instrument.
REEFLEX designed this lens specifically for the tetraprism telephoto systems introduced in the iPhone 17 Pro lineup and Samsung’s S26 Ultra series. Those cameras already deliver impressive native zoom performance, and the Ultra Telephoto 300-600mm takes that foundation and multiplies it. On iPhone 17 Pro and Pro Max, you get 24x magnification and a 600mm equivalent focal length. On Samsung S26, S25, and S24 Ultra, magnification reaches 30x with an equivalent focal length stretching to 660mm. For context, that is the kind of reach wildlife photographers use to capture birds without disturbing them, the kind of compression architectural photographers rely on to isolate distant details, and the kind of range that makes concerts and sports events feel immersive rather than distant.
The lens mounts via a standard 17mm threaded connection that attaches to REEFLEX’s dedicated phone cases, which feature an integrated camera bumper designed to align perfectly with your phone’s telephoto lens. The threading ensures a secure, wobble-free connection, and the whole assembly stays compact enough to slip into a jacket pocket or small camera bag. REEFLEX also built in compatibility with their ReeMag magnetic accessory system, so you can stack filters, attach lens caps, and expand your creative toolkit without needing adapters or workarounds.
FIFA 2026 will be the first time many people realize just how limiting their phone’s native zoom really is. Sitting in the stands, even a few rows back from the pitch, most phone cameras will reduce the action to distant, flat shapes. The Ultra Telephoto 300-600mm changes that equation completely. You can isolate a player’s expression during a penalty kick, compress the depth of the field into a cinematic frame, and capture moments with the kind of detail that looks deliberately composed rather than accidentally caught. The same logic applies to concerts, where the stage often sits 50 meters or more from general admission, and wildlife, where getting close means ruining the shot.
The focus range starts at 6.8 meters and extends to infinity, which means you can use this lens for everything from isolating architectural details across a plaza to capturing the moon with surprising clarity. The lanthanum glass keeps distortion minimal and sharpness high even at the edges of the frame, and the compact form factor means you can shoot handheld without needing a tripod or gimbal for stability.
The Standard tier comes with the Ultra Telephoto 300-600mm lens and a phone case for $302, against a retail price of $441. The Ultra Tele + Super Tele Bundle adds the Super Telephoto 240mm and both macro add-ons (200mm and 300mm) alongside a phone case for $568, down from $849. The full Reeflex Ultra Set at $1859 (retail $2883) covers ten lenses spanning fisheye to ultra telephoto, a complete filter collection including fixed NDs from ND8 to ND64, variable NDs, a polarizer, and a black mist filter, plus filter adapters, a waterproof impact-resistant hard case, and a phone case.
Case options vary by device. iPhone 17 Pro and Pro Max users choose between Tech-Woven MagSafe or Leather MagSafe. iPhone 16, 15, and 14 Pro and Pro Max receive the Leather MagSafe version. Samsung S26, S25, S24, and S23 Ultra users get a Carbon case. Shipping begins June 2026, completing by early July.
Somewhere inside BBK Electronics, two product teams are independently building the same camera. Oppo has a pocket gimbal codenamed “Fuyao” in development. Vivo has the “Vivo Pocket,” reportedly fitted with a 200MP Sony sensor, headed for a late 2026 launch. Whether BBK’s leadership views this as healthy internal competition or an organizational blind spot depends entirely on your read of how the conglomerate actually operates. What’s undeniable is that both devices are aimed squarely at the same target: DJI’s Osmo Pocket series, the device that has owned the pocket gimbal category for years.
The timing, whether coordinated or coincidental, lands at a genuinely vulnerable moment for DJI. Regulatory pressure in the US has made retailers and creators skittish about long-term investment in the DJI ecosystem, and Insta360, the most credible challenger until now, is going aggressively upmarket with its Leica-partnered Luna Ultra. That leaves a real gap in the premium-but-accessible bracket, and BBK, intentionally or otherwise, has two horses racing toward exactly that gap simultaneously.
Designers: Oppo & Vivo
AI Representational Concept
Oppo’s Fuyao centers on a 3-axis stabilized gimbal in a compact form factor, with the brand leaning heavily on its AI-driven video computational technology to bridge the gap between high-end smartphone imaging and dedicated vlogging hardware. That’s a credible pitch. Oppo’s Find X9 Ultra stuffed two 200MP cameras and a sophisticated computational pipeline into a phone chassis, so the engineering muscle is demonstrably there. The question is whether that expertise translates cleanly when the form factor constraints change and the buyer’s expectations are shaped by years of DJI’s famously polished shooting experience.
Vivo is taking a more overtly spec-aggressive approach, with its prototype packing a 1/1.1-inch Sony LYT-901 sensor capable of 200MP stills, a significant departure from the current gimbal camera standard of 1-inch sensors with lower megapixel counts. That sensor is the same one powering Vivo’s current flagship phones, which means the lossless zoom headroom and low-light performance should be genuinely competitive. Vivo is targeting DJI-level hardware quality, suggesting a premium build rather than a budget-friendly entry point, and content creators are reportedly already getting early units for testing.
The deeper strategic story here is what BBK is actually betting on. DJI’s regulatory headaches in the US aren’t going away quietly, and Insta360’s Luna Ultra, co-developed with Leica and priced accordingly, is drifting toward a buyer profile that everyday creators can’t comfortably afford. That middle ground, premium imaging credentials at a price that doesn’t require a business justification, is exactly where Oppo and Vivo are parking. Whether BBK planned this pincer movement or stumbled into it, the instinct is sound. The execution is all that’s left to prove.
Somewhere inside BBK Electronics, two product teams are independently building the same camera. Oppo has a pocket gimbal codenamed “Fuyao” in development. Vivo has the “Vivo Pocket,” reportedly fitted with a 200MP Sony sensor, headed for a late 2026 launch. Whether BBK’s leadership views this as healthy internal competition or an organizational blind spot depends entirely on your read of how the conglomerate actually operates. What’s undeniable is that both devices are aimed squarely at the same target: DJI’s Osmo Pocket series, the device that has owned the pocket gimbal category for years.
The timing, whether coordinated or coincidental, lands at a genuinely vulnerable moment for DJI. Regulatory pressure in the US has made retailers and creators skittish about long-term investment in the DJI ecosystem, and Insta360, the most credible challenger until now, is going aggressively upmarket with its Leica-partnered Luna Ultra. That leaves a real gap in the premium-but-accessible bracket, and BBK, intentionally or otherwise, has two horses racing toward exactly that gap simultaneously.
Designers: Oppo & Vivo
AI Representational Concept
Oppo’s Fuyao centers on a 3-axis stabilized gimbal in a compact form factor, with the brand leaning heavily on its AI-driven video computational technology to bridge the gap between high-end smartphone imaging and dedicated vlogging hardware. That’s a credible pitch. Oppo’s Find X9 Ultra stuffed two 200MP cameras and a sophisticated computational pipeline into a phone chassis, so the engineering muscle is demonstrably there. The question is whether that expertise translates cleanly when the form factor constraints change and the buyer’s expectations are shaped by years of DJI’s famously polished shooting experience.
Vivo is taking a more overtly spec-aggressive approach, with its prototype packing a 1/1.1-inch Sony LYT-901 sensor capable of 200MP stills, a significant departure from the current gimbal camera standard of 1-inch sensors with lower megapixel counts. That sensor is the same one powering Vivo’s current flagship phones, which means the lossless zoom headroom and low-light performance should be genuinely competitive. Vivo is targeting DJI-level hardware quality, suggesting a premium build rather than a budget-friendly entry point, and content creators are reportedly already getting early units for testing.
The deeper strategic story here is what BBK is actually betting on. DJI’s regulatory headaches in the US aren’t going away quietly, and Insta360’s Luna Ultra, co-developed with Leica and priced accordingly, is drifting toward a buyer profile that everyday creators can’t comfortably afford. That middle ground, premium imaging credentials at a price that doesn’t require a business justification, is exactly where Oppo and Vivo are parking. Whether BBK planned this pincer movement or stumbled into it, the instinct is sound. The execution is all that’s left to prove.
The Kodak Charmera sold out repeatedly on the back of pure aesthetic energy, and Insta360 was clearly paying attention. The Go 3S Retro Bundle arrives squarely in that same cultural moment, where younger creators are increasingly drawn to cameras that feel tactile and intentional rather than optimized and frictionless. The difference is that behind the retro stripe and optical viewfinder sits a legitimately capable action camera: 4K video, FlowState stabilization, 10-meter waterproofing, and a magnetic mounting system that lets you stick it to your jacket in under a second.
The bundle swaps the standard Action Pod for a new Retro Viewfinder, a simple optical accessory with a waist-level finder and a built-in selfie mirror. It adds no processing power and carries no battery, which is precisely the point. Insta360 is betting that some creators want to feel their way through a shot rather than preview it on a flip screen, and they’ve built an entire product around that instinct.
The visual language is an emphatic nod to retro. That Polaroid-stripe graphic running across the front face of the Canvas White body is not a subtle nod; it’s a full commitment to a specific cultural reference, one that lands immediately in the hand. The waist-level viewfinder on top directly recalls the twin-lens reflex cameras that street photographers used in the mid-20th century, the Rolleiflex era of composing from the hip with your eyes down instead of raised. It’s a deliberate posture shift, and it changes how people interact with you when you’re shooting. Nobody flags you down for pointing a GoPro at them; a waist-level retro camera with a Polaroid stripe is a conversation starter.
What’s worth understanding is what Insta360 gave up to get here, and why that trade makes design sense. The standard Action Pod is genuinely useful: it charges the camera module, provides a touchscreen for playback and settings, and functions as a remote monitor. The Retro Viewfinder does none of that. Settings changes require the Insta360 app on your phone, accessed quickly via the included NFC skin, and the optical finder offers only approximate framing rather than precise composition. For a camera this small, shooting 4K with FlowState absorbing the shake, approximate framing is usually enough. The 12-megapixel 1/2.3-inch sensor captures enough resolution that modest crops in post are painless, and the magnetic pendant means you can switch to pure POV mode the moment precise framing stops mattering.
A separate 393mAh battery pack clips on alongside the camera module’s built-in 310mAh, bringing total recording time to 76 minutes, because the Retro Viewfinder carries no internal power of its own. For a day of casual street shooting, 76 minutes covers more than enough ground. For a long travel day, you’ll want to know where your pack is. The two-piece power solution is a fair exchange for the form factor, though it’s a consideration worth making consciously before you head out the door.
We’ve covered Insta360’s ecosystem experiments before, from the X5’s replaceable lens architecture to the Ace Pro 2’s snap-on Polaroid printer, and the consistent thread is a company willing to bet that the camera module is a platform rather than a finished product. The Retro Bundle is that philosophy applied to a mood rather than a spec sheet. Three exclusive film filters, five new color profiles including Vintage Vacation and Mono, and the analog shooting posture the viewfinder enforces all push toward a coherent experience. The Canvas White and Classic Red colorways are available now at $279.99 for 64GB and $299.99 for 128GB, and if you already own a Go 3S, the Retro Viewfinder sells separately for $48.
Somewhere in your home, there’s likely a camera that used to mean something. A Nikon FM2 inherited from a parent, a Canon AE-1 found at a flea market, a Pentax K1000 that still smells faintly of old leather. These bodies were built with a precision and intention that most modern cameras rarely replicate. The feel of a metal shutter, the resistance of a manual aperture ring, the satisfying click of the film advance lever. None of that ever became obsolete. What became obsolete was the film inside.
Samuel Mello Medeiros decided to use that space where the film cartridge would go, and create a retrofittable module that turns any analog camera into a digital one. Medeiros’ module slides into the film chamber of any compatible 35mm film camera, and packs a Sony IMX571, a 26.1-megapixel back-illuminated APS-C sensor along with up to 256FB of internal storage, Wi-Fi, Bluetooth, and a rechargeable battery. Dubbed the “I’m Back Roll APS-C”, it’s designed to be compatible with cameras from Canon, Nikon, Leica, Pentax, Olympus, Minolta, and dozens of others. Just put the module into the film canister and you’re ready to shoot. The camera goes untouched. The shutter fires the same way it always did. Images accumulate on internal storage and transfer wirelessly once the shoot wraps. Nothing hangs off the body. Nothing changes on the outside. Future-proofing at its finest.
At the heart of I’m Back Roll is the Sony IMX571, a professional APS-C sensor used in astronomy cameras, where image quality is pushed to its absolute limits. Astrophotography demands sensors that extract clean signal from vanishingly faint sources, which requires exactly the qualities that make a sensor excellent for general photography: low noise, wide dynamic range, and clean performance at elevated ISO. The IMX571 is a back-illuminated design, meaning the photodiodes are exposed to light before the wiring layer rather than behind it, collecting more photons per pixel and delivering measurably better high-ISO output than front-illuminated sensors of equivalent resolution. At 26.1 megapixels, it is designed to preserve the optical character of classic cameras. The APS-C plane measures 23.4 x 15.6mm, producing a 1.5x crop factor, so a 50mm Nikkor on an F3 behaves as a 75mm equivalent, worth accounting for if your collection runs heavy on wide primes.
There is no rear display, making for pure, distraction-free photography. You use the camera as you normally would, setting focus, aperture, and shutter speed just like with film. When ready to shoot, you press the remote control button to activate the digital sensor, then immediately press the camera shutter release. You have roughly one to two seconds after activating the sensor to trigger the shutter. After a few shots, this movement becomes natural and intuitive. For those who prefer a cleaner approach, the new sync button lets you take photos with a single click, just like a normal analog camera, screwing onto the shutter if available, or fixing on top of the button. One press activates the system and triggers the camera instantly. No remote. No extra step. Think of it as just you retrofitting an electric motor on your existing analog bicycle – everything stays the same, but you get a remarkable performance bump.
The structure is CNC-machined aluminum, built for durability, heat dissipation, and full internal integration. Running a 26-megapixel sensor inside a sealed metal body with no active airflow is a genuine thermal engineering problem, and aluminum’s conductivity is doing real work here. The battery is compact, stable in power delivery, safe, and easy to replace, enclosed in a protective housing and connecting to the PCBA through a sliding rail system that allows easy and secure replacement. The battery itself takes the exact form factor of a 35mm film canister, sitting in the chamber exactly where your Kodak Ultramax would load, swapping out the same way. The module works like a film roll, approximately 4mm thick. I find the replaceable battery design to be the most quietly clever decision in the entire product. It asks nothing new of the photographer.
The I’m Back Roll is compatible with most 35mm film cameras, including Nikon (F, F2, F3, F4, F5, FM, FM2, FE, FE2), Canon (AE-1, A-1, AT-1, F-1, EOS series), Minolta (X-700, X-500, XG series), Pentax (K1000, LX, ME Super, Spotmatic), Olympus (OM-1, OM-2, OM-3, OM-4), Contax (139, RTS, G1, G2), Yashica, Leica M and R series, Fujica, Konica, Ricoh, Chinon, and Praktica. A dedicated solution was designed for Leica M cameras specifically, featuring a custom back with integrated sensor, no change to camera feel, and the full mechanical experience preserved. Your Leica stays analog, but becomes digital. A semi-transparent frame overlay shows the exact sensor area, using a very light adhesive that is non-permanent and easily removable, placed directly on the viewfinder window so you always know what is inside the final image. Cameras with vertically opening backs, including the Nikon F, Contax II, and Alpa, may require a dedicated back cover produced via 3D printing, though based on previous experience, only three models out of hundreds tested required this.
The I’m Back Roll captures RAW and JPEG, 4K video, and film-inspired color profiles. The fact that it captures 4K video is impressive, since shooting video on a Contax RTS through a Zeiss Planar T* 50mm f/1.4 is a creative proposition nobody had access to when that camera was in production. The unlocked stretch goal brings extra color profiles and film-inspired looks, plus a clean digital mode. The profile lineup covers Kodacolor, Kodak Portra, Tri-X 400, Fujifilm, Ilford HP5, Agfa Vista 200, Cinestill 800T, and Kodak Ektachrome E100, each tuned to the color science and tonal character of its namesake stock. Cinestill 800T carries its signature tungsten-halation glow, Tri-X delivers the high-contrast grain that defined a generation of photojournalism, and Portra’s skin-tone-saturated warmth translates faithfully. The optional external touchscreen display runs 2.5 inches at 400 x 712 pixels on an OLED panel, with up to 1000 nits of peak brightness, connected to the I’m Back Roll via a flexible flat cable.
Storage tiers run 64GB for everyday use, 128GB for creators who shoot more, and 256GB for maximum freedom, with Leica M versions for dedicated rangefinder users. Every reward includes the I’m Back Roll APS-C, remote control, USB-C cable, and a 2-year warranty. The $499 Discovery Kit saves 29% off the MSRP of $699 (with 64GB storage). Concretely, that puts the the Creator Kit with 128GB between $499 and $549 (for the Leica M edition), and the Master Kit with 256GB at $599. All backers also receive a 3-year warranty, with global shipping starting August 2027.
You currently have two options if you want to apply effects and filters to your photos: use an app that will inevitably harvest your data for training their AI model (we’re watching you, Instagram), or actually edit your photos manually, which requires time, software subscriptions, and the patience of a saint. Reddit user sharkbiscuit101 unlocked a third option, and it involves a Raspberry Pi 4, a rotary encoder, a gamepad, and a frankly unreasonable amount of ingenuity. The build produces glitch photography on the pixel level, in real time, through a custom script running entirely offline on hardware you can source yourself. No cloud upload, no terms of service, and crucially, no algorithm deciding what your creative output should look like. This is your camera, running your parameters, answering to nobody.
The camera itself works exactly how you’d want a dedicated glitch tool to work. Hit the shutter button, but before you do, twist the rotary dial to control how aggressively the Pi’s script mangles the RGB channels of whatever you’re pointing at. The result lands somewhere between a corrupted memory card and a fever dream, and the specific character of the glitch is entirely yours to tune through on-screen sliders before you commit to a shot. A small preview screen shows you the live feed so you can watch the image fall apart in real time, which is exactly as satisfying as it sounds. The rotary encoder also handles preset saves, so when you find a combination of settings that produces something genuinely beautiful and broken, you can lock it in and recall it later.
Designer: sharkbiscuit101
The physical design is wonderfully unashamed about what it is. A transparent acrylic chassis sandwich holds the Pi 4 and an Arducam module at the center, with a small HDMI screen on the front face showing the preview, and a Adafruit gamepad breakout board mounted beside it for navigation. A Sharge battery pack, the rectangular kind you’d find at Amazon, clamps to the side and handles power duties. Since the Pi 4 has no dedicated power button, the battery’s own switch becomes the on-off toggle, which is one of those practical workarounds that somehow feels more elegant than a purpose-built solution. Brass standoffs hold the whole sandwich together, giving the build a satisfying mechanical solidity that belies its component-bin origins.
Sharkbiscuit101 hasn’t released the script or component list publicly yet, though the Reddit thread is essentially one long, enthusiastic demand that they do exactly that. The sample images they’ve posted, saturated cascades of cyan and red over a person’s silhouette, a park scene dissolved into chromatic noise, a building rendered in kaleidoscopic symmetry, make a compelling case for why people want to replicate this. When the files do drop, expect a flood of variations, because this is precisely the kind of open-ended hardware that the maker community will run with in seventeen different directions simultaneously.
Your earbud can read your body temperature, heart rate variability, and sleep quality. No, I’m not joking, there are TWS earbuds on the market that can gather medical-grade data aside from playing music or your favorite podcast. Now, Apple wants to put a camera on them too. The AirPods Pro 3 already ships with a heart rate sensor. Brands like Amazfit and Soundcore have been quietly building health-monitoring earbuds for a couple of years now. The earbud has become a sensing platform in its own right, and Apple’s next move is to take that considerably further with infrared cameras baked into a premium new model, reportedly called the AirPods Ultra, that would sit above the existing AirPods Pro lineup and bring computer vision to the most personal wearable most people actually wear every day.
According to Bloomberg’s Mark Gurman, who has been tracking this story for months, the cameras won’t capture photos or video. They are infrared sensors, closer in nature to the Face ID array on iPhone, designed to scan the environment around the wearer and feed contextual data to Siri in real time. The goal is a smarter assistant that knows what you’re looking at and what’s happening around you, without you having to describe any of it. Gurman has described the product as a “major new product category,” and the branding alone tells you something: AirPods Ultra would sit above the AirPods Pro 3, which currently retails at $249, making it the most expensive AirPods Apple has ever sold. The concept has been circulating since Ming-Chi Kuo first floated it in mid-2024, but the story has crystallized considerably in recent weeks, with multiple sources converging on an expected September 2026 launch window.
Image Credits: Sarang Sheth
The Apple Watch Ultra and the M-series Ultra chips established “Ultra” as Apple’s signal for extreme capability and premium positioning within a product family, and the AirPods Ultra branding carries exactly that weight. 9to5Mac noted that what was previously reported as a high-end AirPods Pro variant has shifted in the rumor landscape toward a genuinely new product tier. The reported pricing reflects that: these will cost more than the AirPods Pro 3, which sits at $249. Apple is also reportedly developing an iPhone Ultra and MacBook Ultra for 2026, meaning the earbuds would join a broader product family refresh built around the tier. Apple is constructing a new ceiling for its entire hardware lineup, and the AirPods Ultra sits at an intersection of audio, AI, and ambient sensing that no earbud has occupied before.
The infrared camera’s job description, as currently understood from Gurman’s reporting, is to make Siri situationally aware. Visual Intelligence on iPhone 15 Pro and newer already allows the camera to identify objects, read menus, and pull up contextual information about whatever it points at. Moving that capability to an earbud means the system could, in theory, understand your environment passively, without you reaching for your phone or issuing a voice command first. Apple’s next-generation Siri, expected to arrive alongside iOS 27, is reportedly being rebuilt around exactly this kind of ambient, context-first intelligence. The AirPods Ultra cameras would feed that system continuous environmental data, turning a passive audio device into something closer to a spatial awareness layer running alongside your daily life.
Kuo’s original 2024 report framed the camera feature around in-air gesture control, the idea that waving a hand near your head could manage calls or control playback without touching the earbuds. It was a compelling angle, and it made for a more immediately legible pitch than “cameras for Siri.” Gurman has since walked it back, stating he does not expect the AirPods to support hand gestures at launch. A 2025 Apple patent did explore gesture recognition through the earbud camera system, so the underlying research exists even if the shipping product won’t lead with it. The gap between what Apple patents and what it actually ships in a first-generation product is well-established history, and gesture control reads like a capability that may surface in a second-generation AirPods Ultra rather than the first.
Visual Intelligence on iPhone has proven genuinely useful in contained scenarios, but earbuds introduce a layer of ambient, always-on sensing that is harder to control and considerably harder to explain to the person standing next to you. The privacy implications are real, and the design challenge of making an IR camera in your ear feel considered rather than intrusive is one Apple will have to solve in both hardware and communication. The AirPods Ultra, if it lands in September 2026, will be one of the more consequential product launches Apple has attempted in years, because it represents the company’s clearest statement yet about what a wearable is actually for. The earbud went from audio device to health monitor quietly enough that most people barely noticed. Adding computer vision to the mix is considerably harder to ignore.
