WEARABLE ENERGY

Mode is leveraging recent advancements in materials science and power electronics to fundamentally rethink the form factor of wearable energy. The result is a lightweight, flexible, and ergonomic power management and data processing system that can be seamlessly integrated within popular garment designs and fashion accessories.

Excitement surrounding AI and spatial computing has sparked a renaissance in wearable technology and revitalized the demand for on-device ML. While it is impossible to predict how consumer electronics will evolve over time, we anticipate them to become increasingly wearable and even more power-hungry.

Front perspective of Mode's wearable energy system in the fully extended state.
Rear perspective of Mode's wearable energy system in the fully extended state.
Mode's wearable energy system in the folded state.
Close-up view of the magnetic pogo pin connection used to interface with wearable-tech modules. Electronic pogo pads are located on the underside of Mode's flexible power supply.

Mode's wearable energy infrastructure rests discreetly in the waistline of compatible host garments. It powers our tech-enabled bomber via magnetic pogo pins embedded in the jacket's interior.

Semi-transparent view of the tech-enabled bomber jacket, highlighting where the flexible power management system rests inside of the garment.

PLUG AND PLAY

Modular functionality allows the wearer to effortlessly customize between a variety of fashion technologies, such as electronic heating, programmable illumination, AI-powered haptics, wearable sensors, and more. Wearable energy is accessible to numerous tech-enabled pockets located around the chest, upper back, and front torso. The user controls power delivery to all active wearable-tech modules installed throughout the garment.

A collection of wearable-tech modules, including Mode's flexible power bank, wireless charging panel, and resistive heating pads.
Translucent view of the tech-enabled bomber jacket, revealing the internal electronic layout and pocket architecture.

ENERGY AT YOUR FINGERTIPS

Mode's wearable charging platform delivers fast, reliable, and safe power to essential mobile electronics, including phones, tablets, headphones, headsets, and more. Charge devices wirelessly as they reside in a designated power pocket that can be configured to either side of the jacket.

Use a wired connection to charge mobile electronics that need a power source during operation. While the garment's inner pockets are dedicated to housing wearable-tech modules and concealing any surplus cable, its exterior pockets are reserved for charging portable devices and holding personal items.

Front view of the wireless charging panel.
Rear view of the wireless charging panel.
Semi-transparent view of the tech-enabled bomber jacket, highlighting where the wireless charging card is placed inside of the garment.
Semi-transparent view of the jacket's interior pocket system, designed for concealing excess charging cable.
Close-up view of the USB-C connection point located inside of the inner pocket lining.
Semi-transparent view of the jacket's exterior pocket system, designed to port charging cable from the garment's interior power supply to an external device.
Close-up view of the charging cable port situated between the inner and outer torso pockets.

WARMTH ON DEMAND

Mode offers a suite of electronic heating skins that can be readily inserted throughout our tech-enabled bomber. Small textile heaters are ideal for warming the hands, torso, and chest, while large textile heaters are designed for warming the upper back. These featherlight heating panels are also highly flexible, making them completely undetectable to the wearer.

Front view of Mode's textile heating panel. Of the two available sizes, the one pictured here is a large, ideal for warming the user's upper back.
Rear view of Mode's textile heating panel. Magnetic pogo pads are shown on the underside of this wearable-tech module.
Mode's large heating panel in a flexed state. In addition to being highly flexible, these resistive heating pads are extremely lightweight.
Semi-transparent view of the tech-enabled bomber jacket, highlighting where Mode's textile heating panels can be placed throughout the garment.