Pierre Laboisse

3D Nanowire a unique technology for high end AR microdisplays

Artificial Intelligence (AI) has propelled Augmented Reality (AR) to new heights over the past year, revolutionizing real-time rendering, object recognition, and immersive user interactions.

Aledia is at the forefront of this transformation, redefining AR experiences with groundbreaking advancements in 3D nanowires, native Red, Green, and Blue (RGB) directionality and pixel size reduction. By achieving an unprecedented 2-micrometer pixel size, Aledia is setting a new standard for MicroLED microdisplays—delivering unmatched resolution and compactness. This breakthrough is a game-changer for AR devices, where space, power efficiency, and image clarity are paramount. Innovations in native RGB directionality ensure each color channel is perfectly aligned, producing ultra-sharp, vividly vibrant images that elevate AR to an entirely new level of immersion.

Aledia’s cutting-edge 3D nanowire technology on 8” silicon is the key to the ultimate MicroLED microdisplay, checking all the boxes: ultra-low power consumption, cost efficiency, and superior performance.

Trained as an engineer with an MBA, Pierre Laboisse brings nearly 30 years of high-tech industry experience, including 25 years in international roles across North America, Asia, and Europe. He has held multiple executive positions with a strong focus on bringing innovative microelectronics solutions to market.

He began his career as VP at Infineon Technologies, then joined NXP Semiconductors in 2008, where he played a key role in the company’s turnaround over seven years. He later became EVP at Asteelflash, managing global P&L, before joining ams OSRAM in 2016 as EVP, overseeing global sales, marketing, and go-to-market strategy, significantly contributing to the group’s growth.

Within ALEDIA, Pierre LABOISSE's mission will be to ensure the company's governance, represent its interests, driving focus and execution of the strategy and technology development and ensure ALEDIA's growth globally.