TikTok's Parent ByteDance Challenges Meta with New Mixed Reality Goggles

Chinese tech company ByteDance, which is best known for creating TikTok, the global short-form video platform, is diving back into the mixed reality race with a fresh strategy.

The Beijing headquartered company is developing lightweight mixed reality goggles that overlay digital visuals onto the real world. These goggles are reportedly tethered to a pocketable puck, which likely handles processing and power — similar to Meta’s upcoming “Puffin” headset.

Tech Ambitions

• The goggles aim to minimize latency between physical movement and digital response using specialized chips.
• ByteDance’s hardware division, Pico, is leading the charge. After shelving the Pico 5 VR headset due to weak sales, they’ve pivoted to a long-term project codenamed Swan, focused on more ambitious, lightweight devices.

Why It Matters

This marks a shift from bulky headsets like Meta Quest or Apple Vision Pro toward sleeker, glasses-like wearables. It’s a response to consumer demand for comfort and portability — even if it means sacrificing some functionality.

ByteDance’s upcoming mixed reality goggles — developed under its Pico division — are still in the prototype phase, but here’s what we know so far based on the latest reports:

Design and Form Factor

• Lightweight goggles tethered to a pocket-sized puck for processing and power. 
• Similar in size to the Bigscreen Beyond headset, one of the smallest VR devices available. 
• Designed for comfort and portability, moving away from bulky headsets like Meta Quest or Apple Vision Pro. 

Core Hardware

• Custom chips in development to reduce latency between physical movement and digital response. 
• Likely to include high-resolution passthrough cameras for mixed reality overlays
• Specialized sensors for spatial tracking and environmental mapping

Processing Unit (Puck)

• Expected to house the main processor, battery, and connectivity modules. 
• May support wireless streaming and low-latency interaction with the goggles

Development Status

• Project codenamed Swan, a long-term initiative focused on high-end, lightweight MR devices. 
• Final specs and design are not yet locked, but ByteDance is working with Chinese suppliers to refine the product

Comparison to Meta’s Puffin

• Meta’s Puffin headset (due 2027) also uses a puck-based design and emphasizes eye and hand tracking. 
• ByteDance’s goggles aim for similar compactness but may prioritize cost-efficiency and content integration with platforms like TikTok.

Meta’s Puffin Project

Meta’s Puffin headset, expected in 2027, also emphasizes compact design and controller-free interaction via eye and hand tracking. ByteDance’s goggles are said to resemble the Bigscreen Beyond headset in size — one of the smallest VR devices on the market.

If ByteDance nails the balance between performance and wearability, it could reshape how we think about immersive tech — not just for gaming, but for productivity, entertainment, and even social interaction.

Tech Explained: How Do Night Vision Goggles Work

In a dark, you can see people, animals, and objects up to 1,000 yards away using high-quality motion detection telescopes and scopes. Night vision monocular cameras allow you to picture and video objects that you couldn't see your eyes closed in the black.

Two technologies are equivalent to video surveillance equipment. Photonics data augmentation is used in typical night vision equipment, and it works by measuring small quantities of infrared light reflected off objects and electronically amplifying that radiation into a distinct vivid green image. Digital image enhancement is a novel technique that captures available light using a digital image scanner but then digitally enhances photographs in color.

Have you ever heard of seen a spy program or film? If that's the case, you're probably already aware that spies use fake sunglasses. Infrared goggles are the name for these devices. Yesterday's Wonder of the Day delves even further into how they function! Have you had any reservations regarding the effectiveness of infrared sensors? They assuredly do! They are quite effective. The greatest binoculars can allow consumers to just see over 200 yards out on a cloudy, moonless night.

You'd start by learning the principles of light. It may surprise you to realize that not all light can be seen. Yes, you are completely correct. The adjective "illumination" consists of different types of lights that people have seen. The emission spectrum is only slightly affected. Other forms of light are invisible to that same human sight. Infrared and visible light can be used to see such.

What do night vision goggles look like also how do they work?

The ones you use will determine this. In binoculars, there are two sorts of technology. The resulting image and infrared vision are the two.

The light that already exists is intensified via image augmentation. The process of examining photos is substantially simplified as a result of this. There are glimmers of optimism even on the darkest nights. It's possible that some of this light is thermal, which itself is invisible to mammals. Night vision goggles employ image-enhancing technologies to absorb all different lighting.

Thermal imaging is another type of night eye tracking. Have you ever heard the term "thermal" before? If that's the issue, you're probably aware that this technique involves the use of heat.

Radiative cooling is a sort of heat that humans, like many other hot objects, release. Glasses with electronic ballasts collect thermal radiation. You can get a glimpse of what's going over here in the dark the said way. This is defined by the quantity of heat generated by the items.

Infrared cameras may be quite important when attempting to recognize persons in the gloom. In minimal circumstances, it is so much more effective. A lot of night vision goggles employ an image-enhancement technique.

In the military and the police, night vision equipment has a range of applications. It may be used to locate persons in the dark. It can also be used for surveillance and orientation. Upon dark, night vision can be used for hunting and spotting animals.

Have you ever seen a photograph that was taken in low light? You've undoubtedly shown that it's lighting green if that's the case. Green images are seen on the displays of infrared sensors. Because human vision is better suited to staring at green images for extended periods, this is the case.

Have you ever been in a position when you needed to see well in the dark? That's something night vision goggles can help with! They're used by more than just spies and fighters. Ordinary folks wear night-vision goggles for several purposes. Maybe you'll be able to try on a pair for yourself one day!

Many types of digital night vision equipment may be connected to other devices, such as still or video cameras, to allow for remote viewing in addition to direct viewing through the LCD screen. SD cards, USB drives, and other storage devices can be used to save digital night vision signals. Some digital night vision systems include Wi-Fi capability, enabling easy sharing and live-streaming of videos and photographs to cellphones, computers, and other devices.

Digital technology has revolutionized the night vision industry. Each CMOS sensor generation has produced better photographs at a lower cost. Rather than the conventional glowing green visuals, much high-end digital night vision equipment now shows color images.

Applications of Night Vision Technology

Target acquisition innovation is found in a variety of devices, many of which are intended to improve eyesight in low-light or nighttime situations. Scopes are the most common consumer application of evening vision technology. A scope is a telescopic sighting device that enables you to see far away objects. Scopes can be standalone (handheld) or mounted on weapons such as rifles. Village (one eyepiece) or stereoscopic (two eyepieces) motion detection scopes are available (two eyepieces for a stereoscopic image).

Night vision binoculars are quite famous. Consider these sunglasses to be a pair of binoculars installed on a headband or helmet. Because goggles are worn rather than passed, you can use your forearms for other things. They're ideal for wandering about it at night or in dim light.