TandemLaunch

Omniply Technologies Inc., established in 2018 and headquartered in Montreal, Canada, specializes in manufacturing thin film electronic devices. The company's core products include sensors, displays, and memory, catering to diverse sectors such as lighting, wearables, packaging, solar cells, automotive, and screen displays. Omniply's innovative platform leverages substrate delamination methods, enabling the fabrication of large-area transparent displays, integrated sensors, and display systems. This technology allows for the creation of flexible, comfortable electronic devices that can be easily integrated into various environments, reducing the need for bulky, rigid electronics.

Edgehog develops anti-reflection technology for electronic displays. It has identified a scalable approach to fabricate bio-inspired nanostructures directly on native glass or plastic substrates to achieve uniform anti-reflectivity across the visible spectrum, eliminating glare in diverse environments. By patterning the substrate, Edgehog delivers low reflectance across the spectrum and improves outdoor readability. The technology targets smartphones and wearables such as smartwatches, reducing the need for high brightness while preserving contrast, which can extend battery life. The company frames its solution as applicable to all electronic displays, aiming to enhance viewing experiences in bright conditions.

Edgehog develops anti-reflection technology for electronic displays. It has identified a scalable approach to fabricate bio-inspired nanostructures directly on native glass or plastic substrates to achieve uniform anti-reflectivity across the visible spectrum, eliminating glare in diverse environments. By patterning the substrate, Edgehog delivers low reflectance across the spectrum and improves outdoor readability. The technology targets smartphones and wearables such as smartwatches, reducing the need for high brightness while preserving contrast, which can extend battery life. The company frames its solution as applicable to all electronic displays, aiming to enhance viewing experiences in bright conditions.

ORA is a Montreal-based startup working with advanced nano-materials to produce unparalleled audio experiences. Their team of sound engineers, chemists and material scientists work with the exciting properties of *Graphene* (the strongest and lightest material known to man) to deliver smaller/lighter, more energy efficient speakers, all while remarkably improving sound quality. With a simple drop-in replacement of the speaker’s membrane, GrapheneQ can 1) extend the battery life of a portable audio device by up to 70% b) generate up to 4x the volume and c) significantly reduce the overall size of the speaker, allowing for bigger batteries/thinner devices. ORA's technology is disrupting a technology that has seen little innovation since its invention in 1921: the loudspeaker!

Omniply Technologies Inc., established in 2018 and headquartered in Montreal, Canada, specializes in manufacturing thin film electronic devices. The company's core products include sensors, displays, and memory, catering to diverse sectors such as lighting, wearables, packaging, solar cells, automotive, and screen displays. Omniply's innovative platform leverages substrate delamination methods, enabling the fabrication of large-area transparent displays, integrated sensors, and display systems. This technology allows for the creation of flexible, comfortable electronic devices that can be easily integrated into various environments, reducing the need for bulky, rigid electronics.

Soundskrit is a Montreal-based company that specializes in the development of innovative velocity-based directional microphones designed to enhance audio capture in smart devices. Founded in 2017, the company aims to address the limitations of traditional pressure-based microphones, which pick up sound from all directions and often require multiple units to isolate specific audio sources. Soundskrit's bio-inspired technology measures the velocity of incoming sound, allowing a single microphone to effectively separate and identify sounds from various directions without compromising size or audio quality. This advancement significantly improves speech recognition and sound localization capabilities, enabling a new range of features in consumer electronics, particularly in noisy environments and multi-speaker scenarios.

ORA is a Montreal-based startup working with advanced nano-materials to produce unparalleled audio experiences. Their team of sound engineers, chemists and material scientists work with the exciting properties of *Graphene* (the strongest and lightest material known to man) to deliver smaller/lighter, more energy efficient speakers, all while remarkably improving sound quality. With a simple drop-in replacement of the speaker’s membrane, GrapheneQ can 1) extend the battery life of a portable audio device by up to 70% b) generate up to 4x the volume and c) significantly reduce the overall size of the speaker, allowing for bigger batteries/thinner devices. ORA's technology is disrupting a technology that has seen little innovation since its invention in 1921: the loudspeaker!

Omniply Technologies Inc., established in 2018 and headquartered in Montreal, Canada, specializes in manufacturing thin film electronic devices. The company's core products include sensors, displays, and memory, catering to diverse sectors such as lighting, wearables, packaging, solar cells, automotive, and screen displays. Omniply's innovative platform leverages substrate delamination methods, enabling the fabrication of large-area transparent displays, integrated sensors, and display systems. This technology allows for the creation of flexible, comfortable electronic devices that can be easily integrated into various environments, reducing the need for bulky, rigid electronics.

Edgehog develops anti-reflection technology for electronic displays. It has identified a scalable approach to fabricate bio-inspired nanostructures directly on native glass or plastic substrates to achieve uniform anti-reflectivity across the visible spectrum, eliminating glare in diverse environments. By patterning the substrate, Edgehog delivers low reflectance across the spectrum and improves outdoor readability. The technology targets smartphones and wearables such as smartwatches, reducing the need for high brightness while preserving contrast, which can extend battery life. The company frames its solution as applicable to all electronic displays, aiming to enhance viewing experiences in bright conditions.

Edgehog develops anti-reflection technology for electronic displays. It has identified a scalable approach to fabricate bio-inspired nanostructures directly on native glass or plastic substrates to achieve uniform anti-reflectivity across the visible spectrum, eliminating glare in diverse environments. By patterning the substrate, Edgehog delivers low reflectance across the spectrum and improves outdoor readability. The technology targets smartphones and wearables such as smartwatches, reducing the need for high brightness while preserving contrast, which can extend battery life. The company frames its solution as applicable to all electronic displays, aiming to enhance viewing experiences in bright conditions.

Soundskrit is a Montreal-based company that specializes in the development of innovative velocity-based directional microphones designed to enhance audio capture in smart devices. Founded in 2017, the company aims to address the limitations of traditional pressure-based microphones, which pick up sound from all directions and often require multiple units to isolate specific audio sources. Soundskrit's bio-inspired technology measures the velocity of incoming sound, allowing a single microphone to effectively separate and identify sounds from various directions without compromising size or audio quality. This advancement significantly improves speech recognition and sound localization capabilities, enabling a new range of features in consumer electronics, particularly in noisy environments and multi-speaker scenarios.

Faurecia IRYStec Inc., based in Montreal, Canada, specializes in perceptual display technology solutions for the automotive industry. Founded in 2015, the company develops a customizable software platform known as PDP Vision, which integrates seamlessly into various automotive display systems, including instrument clusters and head-up displays. Their product offerings include IRYStec DRIVEvue, which enhances display visibility under bright lighting conditions, and IRYStec MYvue, a viewer intelligence solution that optimizes content presentation for individual users. By leveraging advanced algorithms, Faurecia IRYStec's technology adapts display characteristics in real-time, ensuring a safe and efficient viewing experience. In May 2020, the company rebranded from IRYSTEC to Faurecia IRYStec Inc. and now operates as a subsidiary of Faurecia S.E.

Faurecia IRYStec Inc., based in Montreal, Canada, specializes in perceptual display technology solutions for the automotive industry. Founded in 2015, the company develops a customizable software platform known as PDP Vision, which integrates seamlessly into various automotive display systems, including instrument clusters and head-up displays. Their product offerings include IRYStec DRIVEvue, which enhances display visibility under bright lighting conditions, and IRYStec MYvue, a viewer intelligence solution that optimizes content presentation for individual users. By leveraging advanced algorithms, Faurecia IRYStec's technology adapts display characteristics in real-time, ensuring a safe and efficient viewing experience. In May 2020, the company rebranded from IRYSTEC to Faurecia IRYStec Inc. and now operates as a subsidiary of Faurecia S.E.

ORA is a Montreal-based startup working with advanced nano-materials to produce unparalleled audio experiences. Their team of sound engineers, chemists and material scientists work with the exciting properties of *Graphene* (the strongest and lightest material known to man) to deliver smaller/lighter, more energy efficient speakers, all while remarkably improving sound quality. With a simple drop-in replacement of the speaker’s membrane, GrapheneQ can 1) extend the battery life of a portable audio device by up to 70% b) generate up to 4x the volume and c) significantly reduce the overall size of the speaker, allowing for bigger batteries/thinner devices. ORA's technology is disrupting a technology that has seen little innovation since its invention in 1921: the loudspeaker!

Faurecia IRYStec Inc., based in Montreal, Canada, specializes in perceptual display technology solutions for the automotive industry. Founded in 2015, the company develops a customizable software platform known as PDP Vision, which integrates seamlessly into various automotive display systems, including instrument clusters and head-up displays. Their product offerings include IRYStec DRIVEvue, which enhances display visibility under bright lighting conditions, and IRYStec MYvue, a viewer intelligence solution that optimizes content presentation for individual users. By leveraging advanced algorithms, Faurecia IRYStec's technology adapts display characteristics in real-time, ensuring a safe and efficient viewing experience. In May 2020, the company rebranded from IRYSTEC to Faurecia IRYStec Inc. and now operates as a subsidiary of Faurecia S.E.

Fabule makes unique domestic devices with a lot of personality. They are committed to creating smart products that make you feel smart. You can easily open, upgrade, tinker with or repair anything they design, and make it truly yours.

Fabule makes unique domestic devices with a lot of personality. They are committed to creating smart products that make you feel smart. You can easily open, upgrade, tinker with or repair anything they design, and make it truly yours.