The Nest Learning Thermostat (4th Gen) is your home’s skin-smart interface: a sleek metal-finished dial paired with a smart core that learns you, adapts to your routines, and keeps your space effortlessly comfortable. No fuss, no constant tweaking.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Dial & Display

• Description: Tactile side dial for smooth, precise navigation.

• Usage: Scroll through menus, adjust temperature, or browse content effortlessly.

App Control

• Description: Dedicated app control to control thermostat from a distance.

• Usage: Get quick notifications and control the thermostat from mobile app .

Image & Video Credits: Google, landpet YouTube

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

DJI Osmo Mobile 7 is a foldable smartphone gimbal designed for smooth, cinematic shots on the go. With a redesigned grip, intuitive controls, and smart features like ActiveTrack, it turns everyday filming into steady, professional-looking video.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Joystick

• Description: Multi-directional control stick placed on the handle.

• Usage: Pan, tilt, and reframe shots manually with precise movement.

Built-in Display

• Description: Compact OLED display integrated into the handle.

• Usage: Check gimbal mode, recording status, and battery life without looking at your phone.

Mode Button

• Description: Central mode switch button.

• Usage: Power the gimbal, toggle between shooting modes, or recenter with a quick press.

Record Button

• Description: Dedicated shutter/record control.

• Usage: Start/stop video recording or take photos without touching the phone.

Zoom/Focus Knob

• Description: Side-mounted knob control.

• Usage: Smoothly zoom in/out or adjust focus while filming for cinematic effects.

Trigger

• Description: Rear-facing button on the grip.

• Usage: Lock orientation, activate ActiveTrack, or quickly switch between front and rear cameras.

Foldable Arm & Clamp

• Description: Compact, adjustable mount for smartphones.

• Usage: Securely hold phones of various sizes and fold down for portability.

Image & Video Credits: DJI Osmo Mobile 7

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

ScanWatch Nova is a luxury hybrid smartwatch that blends timeless design with advanced health tracking. With ECG, SpO₂, and heart rate monitoring built discreetly into an elegant diver-style case, it tracks wellness 24/7 while looking like a classic timepiece.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Rotating Crown

• Description: Precision-machined crown on the watch’s side.

• Usage: Scroll through menus, launch health scans, and navigate smartwatch features with tactile control.

PMOLED Screen

• Description: Small digital display seamlessly embedded in the dial.

• Usage: View notifications, heart rate, workout data, and health scan results discreetly.

Sapphire Glass + Rotating Bezel

• Description: Premium diver-inspired casing with durable sapphire crystal.

• Usage: Provides classic durability and allows bezel alignment for timed sessions.

Charging Dock

• Description: Magnetic charging puck included with the watch.

• Usage: Snap the watch on for a quick top-up, lasting up to a month on a single charge.

Image & Video Credits: Scanwatch, Unbox Therapy YouTube

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

Surface Dial is a tactile tool for creators, designed to streamline interaction on-screen and off. Rotate, press, or click to adjust settings, navigate workflows, or unlock context-sensitive tools—turning digital creation into something you can actually feel.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Rotating Dial

• Description: Smooth, weighted rotary input with haptic precision.

• Usage: Adjust volume, zoom, brush size, timeline scrubbing, or scroll through menus fluidly.

Press-to-Click

• Description: Physical press function integrated into the dial.

• Usage: Confirm selections, switch modes, or trigger context menus instantly.

On-Screen Placement

• Description: Can be placed directly on Surface screens for radial menu access.

• Usage: Call up palettes, color wheels, or creative tools exactly where you’re working.

Haptic Feedback

• Description: Subtle vibrations simulate detents while rotating.

• Usage: Feel clicks while adjusting precision controls like volume, layers, or playback speed.

Image & Video Credits: Microsoft Surface Dial, DetroitBORG YouTube

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

DJI Osmo Pocket 3 is a compact 3-axis gimbal camera that slips into your pocket. With a large touchscreen, 1-inch sensor, and smart tracking, it captures cinematic video and photos anywhere, ready to shoot at a moment’s notice.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

2-Inch Rotating Touchscreen

• Description: Large OLED touchscreen with full rotation.

• Usage: Frame shots, swipe through menus, adjust exposure, or switch between portrait and landscape modes.

Record Button

• Description: Tactile button placed below the screen.

• Usage: Start and stop video recording instantly with a single press.

Function Button + Joystick

• Description: Multi-use button + joystick for quick access.

• Usage: Power the device, toggle shooting modes, or move the gimbal.

3-Axis Gimbal

• Description: Stabilized camera head with smooth motorized movement.

• Usage: Keep footage steady while walking, panning, or shooting dynamic action.

Camera

• Description: High resolution camera mounted on motorized gimbal.

• Usage: Capture high quality videos and photos with the camera.

Microphones

• Description: Built-in 3-mic array with directional audio.

• Usage: Record clear sound, reduce wind noise, or capture immersive stereo audio.

LED Indicator

• Description: LED light to indicate various system status.

• Usage: Single minimal LED above the joystick to communicate various system status.

Image & Video Credits: DJI Osmo Pocket 3

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

Rabbit R1 is a pocket-size AI companion with a touchscreen, scroll wheel, and push-to-talk button. Ask it anything, run apps, or play music—its built-in mic, speaker, and camera keep you connected, hands-free, and on the go.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Scroll Wheel

• Description: Tactile side dial for smooth, precise navigation.

• Usage: Scroll through menus, adjust volume, or browse content effortlessly.

Push-to-Talk Button

• Description: Dedicated button for instant AI activation.

• Usage: Hold to ask questions, launch tasks, or issue quick voice commands.

Touchscreen

• Description: Bright, compact display with a playful UI.

• Usage: View AI responses, control media, or explore apps visually.

Microphone & Speaker

• Description: Integrated mic array and front speaker for clear audio.

• Usage: Capture your voice accurately and hear replies, music, or calls directly.

Camera

• Description: Rear-facing camera for visual input.

• Usage: Enable computer vision features, scan items, or capture photos when needed.

Image & Video Credits: Rabbit, MKBHD YouTube

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

DJI Mic 3 is a compact wireless microphone system designed for creators who need clear, reliable audio anywhere. Clip on the transmitters, connect the receiver, and enjoy all-day recording with backup safety tracks, so your sound stays professional, even in tough environments.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Buttons (Receiver + Transmitter)

• Description: Physical controls on both units for quick actions.

• Usage: Power on, mute, start/stop recording, and manage key functions without menus.

1.1” OLED Touchscreen (Receiver)

• Description: High-contrast display with intuitive touch navigation.

• Usage: Monitor audio levels, adjust gain, and configure settings instantly on set.

Dial (Receiver)

• Description: Precision scroll wheel integrated alongside the screen.

• Usage: Fine-tune volume, navigate menus, or adjust settings with tactile control.

LED Indicators (Receiver)

• Description: Multi-color LEDs provide real-time link and status feedback.

• Usage: Quickly check pairing, battery, and recording status at a glance.

Built-in Haptic Motor (Transmitter)

• Description: Subtle vibration feedback embedded in each mic unit.

• Usage: Confirms recording start/stop or status changes silently, even in noisy environments.

Charging Case

• Description: All-in-one storage and charging dock with auto-linking.

• Usage: Drop transmitters and receiver in the case—devices power up, pair, and recharge automatically.

Image & Video Credits: DJI Mic 3

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

Ray-Ban Meta Smart Glasses blend iconic style with subtle smarts. Capture photos and videos hands-free, take calls, stream music, and tap into Meta AI for quick answers or directions; all through everyday eyewear that keeps you connected without breaking your flow.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Touchpad

• Description: Subtle touch-sensitive area on the temple for seamless input.

• Usage: Swipe to adjust volume, tap to answer calls, or control music playback.

Capture Button

• Description: Discreet button built into the frame for quick, hands-free capture.

• Usage: Press to take photos, hold to record videos from your perspective.

Power Switch

• Description: Simple on/off toggle integrated into the frame for easy control.

• Usage: Power up the glasses, pair with your phone, or put them into standby mode.

Open-ear Speakers

• Description: Built-in directional speakers positioned near the ears for private listening.

• Usage: Stream music, hear notifications, or take calls without earbuds.

HD Camera

• Description: Dual front-facing cameras discreetly embedded in the frame.

• Usage: Capture high-quality photos and videos hands-free, perfect for sharing or storing memories.

Microphone Array

• Description: Multi-mic system designed for clear voice input and noise reduction.

• Usage: Use voice commands with Meta AI, dictate messages, or enjoy clearer call quality.

Charging Case

• Description: A stylish protective case with built-in charging dock.

• Usage: Store and recharge the glasses on the go, ensuring they’re ready when you are.

Image & Video Credits: Meta

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

Playdate is a bright-yellow, pocket-size game console with a monochrome screen and a playful hand crank. Spin the crank, press the buttons, and enjoy a steady stream of fresh indie games that download wirelessly each week - turning quick breaks into bite-sized adventures.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Analog Crank

• Description: Side crank offering smooth 360° rotation for playful, precise input.

• Usage: Rotate to control movement, timing, or unique game mechanics.

D-Pad

• Description: Four-way pad for quick, reliable navigation and control.

• Usage: Move characters, browse menus, or trigger directional actions.

A+B Buttons

• Description: Two tactile action buttons for core gameplay inputs.

• Usage: Tap to jump, confirm, or perform in-game actions.

Speaker

• Description: Built-in mono speaker for retro-inspired audio.

• Usage: Play game sounds and music; use headphone jack for private listening.

Display

• Description: 1-bit black-and-white screen with crisp contrast, no backlight.

• Usage: Shows games and menus; best in ambient/natural light.

LED Indicator

• Description: Small LED for charging and system status signals.

• Usage: Pulses when charging, lights up for alerts.

Image & Video Credits: Playdate

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

Beeline Velo 2 is a small handlebar navigator that guides you with bold, turn-by-turn arrows and basic ride stats on a glare-free screen. Plan a route in the companion app, snap the device into its mount, and enjoy up to 11 hours of clear, phone-linked guidance, so you can keep your eyes on the road and your mind on the ride.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

Physical Buttons

• Description: Tactile buttons located on the device for quick and intuitive control, allowing users to navigate menus, start/stop rides, and interact without needing to look away from the road.

• Usage: Press to toggle through different modes and options. Hold to activate specific features such as start/pause ride or back to home screen.

32mm LED Display

• Description: Compact and bright 32mm LED screen that shows essential ride data including speed, distance, and notifications in a clear, glanceable format.

• Usage: View real-time ride metrics with high visibility in all lighting conditions. Customise the display using the app to prioritise the stats you care about most during your ride.

Image & Video Credits: Beeline, The Sweet Cyclist YouTube

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

FORM Smart Swim 2 is a sleek pair of swim goggles with a tiny in-lens display that puts pace, distance and heart-rate data right in front of your eyes. Slip them on and push off, the built-in sensor tracks your pulse while live metrics guide every lap, so you can focus on smooth strokes instead of checking the pool clock.

Parts & Pieces

The key parts of the product that power the interaction experience:

Interaction Touchpoints

AR Display

• Description: Heads-up module inside the lens that projects lap time, pace, and heart rate slightly below your primary line of sight.

• Usage: Glance mid-stroke without breaking form; configure which metrics show and let the readout guide pace and sets.

Physical Buttons

• Description: Two water-sealed, clicky buttons on the control pod for power, start/stop, and cycling screens - built to work with wet hands and caps.

• Usage: Press and hold to power on, single press to start/stop, quick taps to switch views.

LED Indicator

• Description: Small status light that communicates charging, pairing, and ready-to-swim states at a glance.

• Usage: Check it on deck for battery and link status.

Design Notes

• Glanceable, not dominant: The HUD is intentionally peripheral to reduce cognitive load during a set.

• Tactility over touch: Mechanical buttons are deliberate here - water and capacitive sensors don’t mix.

• Reliable cues: The LED covers out-of-water states; the HUD covers in-water states.

Image & Video Credits: Form Smart Swim Goggles, DC Rainmaker YouTube

P.S.: This isn’t a product review or a sponsored post. It’s a brief look at how physical hardware and digital systems meet to redefine human computer interaction.

First off, a heartfelt thank you to every single one of you who stayed subscribed, even though it’s been over a year since the last post. Your quiet presence in the inbox means more than you know. 💌

When I first started Mystic Designs, the idea was simple: to spotlight unique and novel interactions found in real-world digital products. But as more newsletters and social feeds started echoing similar content, I began to question the value I was creating, and receiving. 🤔

So, I hit pause (quite a long one in-fact).

To reflect. To course-correct. To rediscover the reason why this started in the first place. 🧭

And now, it’s time to evolve.

Going forward, Mystic Designs will explore the wider, richer world of interaction design - not on apps and websites, but where digital meets physical in delightful, unexpected ways. Think wearables, spatial interfaces, smart objects, kinetic gestures—designs that expand how we perceive and interact with technology. 🚀

This pivot is rooted in the same original intent: to curate moments of wonder, and share them with curious folks like you. 🌐

I'm excited to share what’s coming next. 📨

The first post in this new direction will hit your inbox in August 2025. Stay tuned, and thanks again for sticking around 💛.

Onward,
RK

Here’s the weekly roundup of cool findings!
And today’s theme product is - Amie.

The snippets don’t do justice to how cool these interactions are, do install and try them out.

Cheers,
Rama Krushna (@rkdotdesign)

1. Marking a Task as Complete

2. Calendar & To-Do Split View

3. Switching between Themes scrolls the Preview Calendar from Morning Time to Night Time

4. 3D Calendar View when Dragged with 2 Fingers

5. Draggable Cards on Login Screen

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Here’s the weekly roundup of cool findings!
And today’s theme is - Arc Search.

Cheers,
Rama Krushna (@rkdotdesign)

1. Call to Search

2. Page Refresh Animation

3. Arc ‘Browse for Me’

4. Voice Search

5. Holographic Effect on Logo

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Here’s the weekly roundup of cool findings!
And today’s theme is - Easter Eggs in Google Search.

Cheers,
Rama Krushna (@rkdotdesign)

1. Searching for Askew - tilts the entire search results page!

2. Searching for Blink HTML - starts blinking any text that says HTML or Blink!

3. Searching for Graph for [1.2+(sqrt(1-(sqrt(x^2+y^2))^2) + 1 – x^2-y^2) * (sin (10000 * (x*3+y/5+7))+1/4) from -1.6 to 1.6 ] - generates a graph that looks like an easter egg.

4. Searching for Conway’s Game of Life - starts the game of life simulation on search results page.

5. Searching for Text Adventure and going to console under Inspect panel opens up a text based game.

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Here’s the weekly roundup of cool findings!
And today’s theme is - Pull to Refresh.

Cheers,
Rama Krushna (@rkdotdesign)

1. Swiggy

2. Slack

3. Threads

4. Snapchat

5. Arc Browser

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Here’s the weekly roundup of cool findings!
And today’s theme brand is - Not Boring Apps.

The snippets don’t do justice to how cool these apps are, do install and try them out.

P.S.: This post is not sponsored by Not Boring Apps.

Cheers,
Rama Krushna (@rkdotdesign)

1. Vibes

2. Weather

3. Calculator

4. Habits

5. Timer

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Hello 👋

Here’s the weekly roundup of cool findings!
And today’s theme is - Stuff that are just really cool!

Cheers,
Rama Krushna (@rkdotdesign)

1. Slack - Left Swipe Right Swipe

2. Riveo - Onboarding Page Scroll

3. Riveo - Swipe to Delete

4. Spotify - Eat the Playlist Game

5. Google Maps - Pegman becomes Mermaid in Hawaii

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Hello 👋

Here’s the weekly roundup of cool findings!
And today’s theme is - Voice Search.

Cheers,
Rama Krushna (@rkdotdesign)

1. Siri - Conversation

2. Siri - Music Search

3. Google Assistant - Conversation

4. Google Assistant - Music Search

5. Shazam - Music Search

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Here’s the weekly roundup of cool findings!
And today’s theme is - Cool interactions in Arc Browser Mobile App.

Cheers,
Rama Krushna (@rkdotdesign)

1. Onboarding Flow

2. Arc Logo Fidget

3. Incognito Mode On

4. Summarise Article

5. Switching Tabs

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