Simsbook White Paper No. 02 ◆ The Post-Screen Device
Glass dies. Light takes the wall, the desk, the door, the world.
Shaun Michael Samaroo ◆ Ontario, Canada ◆ June 2026
Glass rules your hands. You hold a phone, and a pane of glass stands between your eyes and everything you make. Type a sentence, draw a plan, read a friend, watch a film: glass frames all of it, six inches wide, locked to your palm.
Remove the glass, and the picture spills across the room. A pocket projector throws your phone onto any surface a room offers, blooms a 100-inch image where a small rectangle sat a second before, and hands the screen back to the world. Here stands the plan to launch one, the physics that bounds it, the supplier chain that builds it, and the reason it belongs to Qualped.
Part I ◆ The Case
Screens multiplied across a century, and each one cut a smaller window onto a larger world. Television hung one screen on a wall. The laptop folded a screen onto a desk. The phone shrank the screen into a pocket and chained the eyes. Progress shrank the glass. Progress never removed it.
Count the cost of that glass. It splits attention from surroundings. It crowds many people around one tiny rectangle. It caps the canvas at the size of a device, never the size of a room. Drop the pane, and computing meets the world at full scale.
Light writes images without a panel. A pocket projector paints a phone or a tablet onto whatever the room offers: a white wall, a ceiling, a tabletop, a tent, a bedsheet, a door. Connect one cable, and a wall becomes the screen, a desk becomes the screen, the world becomes the screen, and the device shrinks into a palm-sized box of light.
Texas Instruments builds chipsets for exactly this future and names the category without flinching. The company markets one of its pico engines for "screenless TVs", a phrase that states the destination plainly. Pour the display onto the world, and the screen as an object dissolves. Picture survives. Glass departs.
Pour the display onto the world, and the screen as an object dissolves. Picture survives. Glass departs.
Honesty governs good engineering, so name the wall before you sprint at it. Light competes with light. A projector paints with photons, and the sun floods the same surface with far more of them. Researchers measured the gap. A 2020 study published on arXiv placed a typical office near 500 lux and a sunny day near 18,000 lux, then showed that a 2,000-lumen projector lays roughly 2,000 lux onto a square meter: gorgeous inside a room, dark beneath the sun. XGIMI, a major projector maker, states the mechanism in five words. "Ambient light washes out projected images quickly."
Daylight demands brutal brightness. Guides for outdoor projection converge near 3,000 to 4,000 ANSI lumens and climb past that for large images under open sky. Pocket projectors run a smaller league. The brightest pocket-class laser units today, the LG CineBeam Q, the XGIMI MoGo 4 Laser, the Nebula Capsule 3 Laser, land between 300 and 650 lumens, throw 100 to 120 inches, and reviewers at RTINGS and CNN agree they shine in the dark and fade in a bright room. Daylight, for now, beats the pocket.
Figure 1 ◆ Illuminance, measured in lux
◆ Readable zone: a pocket laser projector owns the band from the dark room through the office, where most computing already happens. ◆ The frontier: daylight and open sky still belong to brightness a pocket cannot hold. Source: arXiv (2020); scale logarithmic.
Lasers change the math the moment you swap them in. RGB laser light reads brighter to the eye than LED light at the same lumen count, paints wider color, and beats ambient light better than any lamp, a point reviewers at Tom's Guide make directly when they note that combining red, green, and blue lasers outperforms LEDs under room light. Lasers focus themselves, so a laser pocket projector throws a sharp picture across a tilted ceiling or a curved wall without a focus ring. Lasers also last. Solid-state light sources run near 30,000 hours, which retires the lamp and its replacement forever.
So the winnable war runs indoors. Most computing already happens inside a room: an office, a kitchen, a classroom, a bedroom, a cafe, a hotel, a hospital bay. Own that room with a laser pocket projector, and you pour computing across the largest surface the room can spare, in the lighting where most life unfolds. Daylight stays the frontier. Rooms surrender.
Part II ◆ The Build
Sourcing follows a clear chain, and each link prices out. Texas Instruments invented DLP pico projection and sells the heart of it, the digital micromirror device, a chip carpeted with millions of tilting mirrors. Texas Instruments sells the chip, not the finished optical engine, and points designers toward a network of optical-module suppliers and design houses that cut the build time. The company's own chipset guide recommends both a chipset and an optical-module maker once you enter your brightness and resolution targets. One named partner, Shenzhen Anhua Optoelectronics, sits inside that network and builds modules around TI silicon.
Prices reward a focused buyer. Marketplace data gathered across Alibaba, element14, and the TI store puts raw micromirror chips near 12 to 45 dollars, a TI evaluation module near 99 dollars, and finished OEM modules from makers like AAXA and MicroVision between 180 and 366 dollars at hundred-piece volume. Shenzhen carries the rest. Factories there, certified for CE and FCC, build and brand pico and laser projectors for export under private label. Buy the engine from Texas, dress the body in Shenzhen, stamp it Qualped, and a few-hundred-dollar retail device comes within reach.
Money already moves this way, and the numbers name the trend. Mordor Intelligence sizes the pico projector market in the billions and tracks the tells inside it: digital light processing led with roughly 36 percent of 2025 share, laser beam steering grows fastest among the architectures, and the under-500-lumen band still ships nearly 45 percent of units, the exact band a pocket device occupies. Brightness climbs as laser-diode prices fall, and the above-1,000-lumen segment gains ground each year. Automotive head-up displays, another screenless use of the same chips, race ahead near 11 percent annual growth.
One detail sharpens the strategy. Defense buyers demand rugged, daylight-readable modules and pay for them, which holds those module prices above 2,000 dollars apiece, per the same Mordor analysis. Daylight readability exists. Daylight readability costs. A consumer pocket device wins by skipping that fight and owning the room.
Glasses hunt the same throne, and honesty demands you name them. Spatial computing, the market that holds smart glasses and AR headsets, ran near 20 billion dollars in 2025 and aims past 85 billion by 2030 on a 33 percent yearly climb, by Mordor's count reported through Treeview. Shipments tell a louder story: roughly 14.5 million XR devices sold in 2025, a gain above 41 percent in a year, and smart glasses alone took about half of that. Ray-Ban Meta passed two million units, with sales tripling in one quarter of 2025. Grand View Research projects AR glasses to grow near 46 percent a year toward 35 billion dollars by 2033. The chief executive of Cellid, writing in Forbes, marks the turn bluntly: smartphone screen sizes plateaued, and the interface moves to the face.
Read the race clearly, and the projector's lane sharpens. Glasses paint light straight onto one wearer's eyes, which beats daylight and serves a single viewer. A projector paints light onto a shared surface, which gathers a family, a class, a team around one image. Glasses isolate the view. Projectors socialize the view. Both kill the handheld pane. Build the projector for the shared room and the social moment, and the glasses race becomes a parallel road, not a dead end.
Light onto a surface
Light onto the eye
Hardware alone commoditizes, so the win sits on top of it. Anyone can order a module from Shenzhen. Few can wrap it in a reason. Qualped helps every person author, create, and design a future, and a pocket projector hands that mission a body. Point the device at a wall, and QwaiAI meets you at room scale, not phone scale. Draft your Life Plan across a tabletop. Sketch a Smart Book on a kitchen wall. Gather your people inside one bright image and build a Core Digital Community in the same room you all sit inside. World-building, the thesis of the first Simsbook white paper, leaves the glass and lands on the wall, the door, the floor, the world.
So the moat runs through software and meaning, not micromirrors. Sell the hardware near cost as the doorway. Bundle QwaiAI, Simsbook, and the twelve-month Life Plan as the room you walk through that door into. Price the device as the on-ramp, and earn the relationship across the journey that follows. Competitors ship light. Qualped ships a way to write your future onto the world.
The Launch Blueprint ◆ Six Moves
Screens framed a century, and glass earned its reign by carrying the image everywhere a wire could reach. Light retires that reign. A pocket box throws your phone onto any surface a room offers, in a palm-sized form, for a few hundred dollars, sourced from a chip in Texas and a body in Shenzhen, branded by a company built to help you design your future. Daylight holds the last frontier, and lasers march toward it while glasses circle from the other side.
Indoors, today, the future already fits in a pocket. Pour it onto the wall. Watch the screen disappear. Watch the world become the page that carries your life.