How Divoom Products Are Designed: A Look Inside Our Creative Process

Where Ideas Come From: The Invisible First Step

Product ideas at Divoom do not start in a boardroom with a PowerPoint deck. They start in an unexpected place: watching how people actually use the devices they already own.

With over 20 million users across more than 100 countries, the team sees patterns that no survey could capture. A user posts a creative clock face in the Divoom app community. Another user sends a support ticket asking if the display can show crypto prices. A third user shares a desk setup photo on Instagram that gets thousands of likes. Each of these moments is a signal — a hint about what people want next.

The Times Gate, for example, was not born from a product roadmap. It started as a simple observation: people kept glancing at their phones during work to check the time, weather, calendar, and notifications. What if a desk display could show all of that at once — without unlocking anything? That one question led to five screens, a widget ecosystem, and a product category that did not exist before.

The team describes this approach simply: "We keep experimenting, improving and listening." The ideas are already out there. The job of the product team is to notice them.

Phase 1: Design — When an Idea Takes Shape

Once an idea is confirmed, it passes to the industrial design team. This is where the product starts to exist in the physical world — first as sketches, then as 3D renders, then as hand-held prototypes that the team can actually touch and critique.

Divoom's design philosophy is unusual in consumer electronics. Most hardware companies start with the components and build a case around them. Divoom starts with a feeling. What should this product feel like on a desk? Should it blend in or stand out? Should it feel playful at first glance or reveal its personality over time?

The transparent design of the Times Frame is a good example. The brief was simple: make a digital photo frame that does not look like a digital photo frame. The team explored dozens of form factors before landing on the floating glass concept — a screen that appears to hover, with no visible bezel, no plastic border, no visual clutter. The result is a product that reviewers consistently describe as "unlike anything else."

During this phase, the pixel art design team is already working in parallel. Clock faces, animations, widget layouts — every visual element is crafted to feel right at different times of day. A 7 AM clock face should not look the same as a 10 PM one. The design team thinks about mood, rhythm, and how the product will live in someone's daily routine, not just how it will look in a product photo.

When the first unboxing videos of a Divoom product appear on YouTube, the moment that gets the most reaction is the reveal — when the reviewer lifts the product out of the box and the audience sees it for the first time. That reaction is not an accident. It is the result of countless design decisions made long before anyone held the final product.

Phase 2: Engineering — Making It Real

Once the design is locked, the engineering team takes over — and this is where things get difficult. The challenge is not just making the product work. It is making the product work while keeping it thin, light, reliable, and affordable.

Divoom's hardware engineers face a constraint that most consumer electronics brands do not: every product has to deliver a pixel display experience, audio output, wireless connectivity, and app integration — all inside a case that looks minimal and playful. There is no room for ugly compromises.

The Ditoo-Pro is a case study in this kind of engineering. The team had to fit a pixel display, a Bluetooth speaker, a nightlight, an alarm clock, a white noise machine, and a gaming device into a retro computer case that costs under $100. Every millimeter of internal space had to earn its place. Components that did not serve multiple functions were removed. The result is a product that looks like a tiny retro computer but contains an entire ecosystem of features.

Firmware development happens in parallel. The firmware team writes the code that makes pixels respond instantly, animations run smoothly, and Wi-Fi connect reliably across different network environments. It is invisible work — users never see the firmware — but it determines whether a product feels responsive or laggy, polished or unfinished.

Across dozens of Divoom unboxing and review videos on YouTube, one comment appears again and again: the build quality feels solid. That is not luck. It is the result of engineering teams spending months on details that most consumers will never consciously notice — but will feel the moment they pick up the product.

Phase 3: Software & Experience — Making Hardware Feel Alive

A Divoom product without software is just a screen. The magic happens when the device connects to the Divoom app and the operating system wakes up. That is the moment the hardware transforms from an object into an experience.

The software team builds the layer that makes every product feel alive: the widget system that displays live weather, crypto prices, Spotify playback, and calendar events; the pixel art editor that lets anyone create their own designs; the community browser where users share and discover thousands of clock faces and animations; the device sync that keeps everything working across multiple products in the same home.

The Divoom OS ties it all together. It is the common language that every product speaks — whether it is a Times Frame on a desk in Tokyo, a Pixoo-64 in a gaming room in Berlin, or a Ditoo-Pro on a nightstand in São Paulo. The OS ensures that new features, content updates, and performance improvements reach every device, not just the latest models.

This is also the phase where the product starts to deliver on the Emotional Technology promise. A display is not just showing information — it is showing the right information at the right time, in the right visual language. The software team thinks about glanceability, personalization, and how the content changes the atmosphere of a room. That is not typical firmware work. It is experience design.

Many unboxing and review videos highlight the app connection moment as the turning point — the moment a product goes from "interesting gadget" to "I actually want to keep using this." That transition is by design. The hardware gets you to pick it up. The software makes you want to keep it.

Phase 4: Testing & Refinement — The Part Nobody Sees

Before any Divoom product reaches a customer, it goes through a testing process that lasts longer than the design and engineering phases combined. This is the least visible part of product development — and the most important.

Hardware testing includes drop tests, temperature range validation, Wi-Fi stability across different router brands, screen color calibration, and battery performance verification. Every component is tested individually and then tested again inside the assembled product. If a component fails at any stage, the team investigates, fixes, and retests.

Software testing covers widget compatibility across iOS and Android versions, app-to-device sync latency, content rendering accuracy, and multi-language support. The team tests edge cases that most users will never encounter — but when they do, the experience should still feel polished.

The Times Gate required one of the most intensive calibration efforts in Divoom's history. With five separate LCD screens, each displaying different types of content at different brightness levels, the team spent months ensuring color and brightness consistency across all five displays. A user glancing at the Times Gate on their desk should see a cohesive visual experience, not five individual screens fighting for attention.

Tech reviewers consistently highlight the build quality and app experience of Divoom products — real feedback that becomes part of the next development cycle.

The community also plays a role in this phase. Once a product ships, user feedback becomes the next round of test data. Support conversations, app store reviews, and community posts all feed back into the development cycle. The product does not stop evolving when it ships — it keeps getting better through software updates, new widgets, and feature improvements driven by real-world use.

Across the dozens of Divoom unboxing and review videos on YouTube — from first-time buyers to tech reviewers with hundreds of thousands of subscribers — the feedback is remarkably consistent: the products feel well-built, the app experience is intuitive, and the devices do what they promise. That consistency is not a coincidence. It is the direct result of a testing culture that treats every product as a work in progress until the user confirms otherwise.

A Product Story: The Making of Times Frame

Every Divoom product has its own origin story, but the Times Frame is a particularly good example of how the full process works — because it touched every phase in ways the team did not expect.

The Idea

The concept was deceptively simple: a digital photo frame that does not look like a digital photo frame. The team observed that most photo frames on the market — digital or traditional — compete for visual attention. They have thick borders, prominent branding, and designs that say "look at me." Divoom wanted the opposite: a frame that shows your photos without announcing itself. A frame that disappears into the background and lets the content take center stage.

The Design

Achieving that invisible look required the industrial design team to solve a problem that had no precedent in Divoom's product line: how do you make a screen look like it is floating? The team experimented with bezel-less glass, edge-to-edge displays, transparent back panels, and mounting systems that hide the hardware behind the screen. The final design — a transparent glass panel with a hidden base and invisible wiring — took months to get right.

The Engineering

Once the design was locked, the engineering team had to fit Wi-Fi, storage, display drivers, and a powerful enough processor into a chassis that was deliberately thin and transparent. There was no room for bulky components. Every internal part had to earn its place — and some had to be custom-designed because off-the-shelf components were too large or too slow.

The Software

The Times Frame also challenged the software team in new ways. Unlike a pixel art display that shows animated content, a photo frame has to handle real photos — different orientations, resolutions, lighting conditions, and personal memories. The app team built an intelligent cropping system, a slideshow algorithm that adapts to photo content, and integration with cloud albums so users can send photos from anywhere in the world.

The Result

When the first unboxing and review videos of the Times Frame appeared on YouTube, the reaction confirmed what the team had hoped: people noticed the things they had worked so hard to achieve. They commented on the floating glass design, the seamless app connection, the build quality. The product had passed the hardest test — the one that happens not in a lab, but on a real desk, in a real home, judged by a real user.

Why This Process Makes Products You Actually Want to Keep

Divoom does not design products to win spec sheet comparisons. There is no team inside Divoom whose job is to make sure the numbers are higher than the competitor's. The process exists for a different reason: to make sure every product fits into a real life.

This is what the Emotional Technology formula means in practice. Digital Art Content + Creative Hardware + Divoom OS = Emotional Technology is not just a tagline. It is a development framework. Every phase of the process — from idea gathering through design, engineering, software, and testing — asks the same question: does this make the space feel more personal, more alive, more like the person who lives there?

That question is what separates a Divoom product from a generic gadget. A generic gadget performs a function. A Divoom product plays a role in your daily rhythm. It changes the mood of your desk at different times of day. It connects you to your memories, your data, your community, and your creativity — all through a device that was designed, engineered, and tested by people who care about how it feels, not just how it works.

And the product does not stop evolving after you buy it. Software updates, new widgets, community content, and feature improvements keep arriving long after the unboxing. The process continues — because the team is still watching, still listening, and still asking the same question.

The next time you unbox a Divoom product, take a moment to think about what you are holding. It is not just hardware. It is years of ideas, decisions, iterations, and care — all packed into something designed to make your space feel a little more alive.

FAQs

How long does it take to develop a Divoom product from concept to launch?

Every product is different, but the development cycle typically spans many months, including design, engineering, software integration, and testing phases. Products with more complex hardware — like the Times Gate with its five-screen system — require even longer calibration and testing periods.

Does Divoom manufacture its own products?

Divoom works with manufacturing partners while maintaining in-house control over all design, software development, firmware engineering, and quality assurance. The core creative and technical work happens within the Divoom team in Shenzhen.

How does Divoom decide which features to include in a new product?

Feature decisions come from a combination of community feedback, user behavior data, support conversations, and the team's vision for Emotional Technology. No feature makes it into a product unless it serves a real need that the team has observed in how people use their devices.

How often does Divoom release new products?

The team ships approximately 5–6 new products each year, spanning smart displays, Bluetooth speakers, pixel art accessories, and lifestyle products. Each release goes through the full design-to-testing cycle — the team does not rush products to meet arbitrary deadlines.

Can users influence future Divoom products?

Yes — the community feedback loop is a core part of Divoom's development process. Feature requests, support conversations, app store reviews, and community posts all feed back into product planning. Many features that exist in current Divoom products started as user suggestions.