Explore "Still Here," an immersive VR documentary by MYND Workshop, Squid Opera, and Al Jazeera, capturing Harlem's essence through 3D scanning and digital twin technology. A Sundance 2020 official selection, this project redefines storytelling in the Media & Entertainment industry.

Explore MYND Workshop's laser scanning mastery in documenting a Montauk beachfront residence, providing architects with precise 2D CAD drawings for innovative redesigns. Preserving architectural elegance with cutting-edge technology.

MYND Workshop's expert 3D scanning transforms Balenciaga's Madison Avenue location into a digital masterpiece, marrying architectural detail with cutting-edge animation for an unforgettable visual experience.

Discover MYND Workshop's groundbreaking collaboration with Opera Blue, utilizing LiDAR scanning to transform Harlem's streets into captivating backdrops for the English National Opera, merging technology with artistic storytelling.

Discover how MYND Workshop transformed Stephen King's Lisey’s Story film sets into digital models using 3D scanning at Steiner Studios, enhancing storytelling with lifelike background plates for seamless compositing.

MYND Workshop was asked to document multiple phases throughout the renovation of this historic landmark on Manhattan's Riverside Drive.

MYND Workshop documented the primary section of stained glass windows at Trinity Church in lower Manhattan. Our scans were converted into mm accurate CAD profiles for the custom fabrication of protective glass window panes, each custom made for the historic hand-carved window openings.

MYND Workshop captured the dome of the Naval Academy Chapel in Annapolis Maryland using a combination of laser scanning and UAV / aerial photogrammetry.

MYND Workshop documented the iconic Beaux Arts court of The Brooklyn Museum in Brooklyn, NY. The scans were used to develop a 3D model for a 3D project mapping installation and general event planning purposes.

MYND Workshop conducted a respectful and detailed scanning of Liberty Plaza and the 9/11 Memorial for a special project, navigating complex permissions and creating a custom solution for the sensitive site.

Discover MYND Workshop's digital exploration of Williamsburg's historic Broadway, where advanced scanning techniques bring the neighborhood's ornate buildings and urban layout to life in stunning 3D point cloud renderings.

Delve into Philip Johnson's Glass House estate through the "Texture + Transparency" series, a collaborative project by MYND Workshop, Michael Biondo, and The National Trust for Historic Preservation, celebrating the architectural diversity and legacy of one of modernism's masters.

MYND Workshop's artistic laser scanning project in Central Park's Sheep Meadow captures fleeting moments and iconic trees, transforming them into point cloud renderings that have adorned galleries and books, showcasing the fusion of technology and art.

Climb onto MYND Workshop's project of capturing the historic Watertown trolley in Red Hook, Brooklyn, through advanced 3D laser scanning, creating a digital archive of this urban relic for posterity.

Dive into the world of 3D reality capture with MYND Workshop's module at the IAAC Global Summer School, hosted by Terreform ONE in Brooklyn, NY. Explore hands-on learning in laser scanning, photogrammetry, and data processing for architectural and urban contexts.

See how MYND Workshop's collaboration with CUNY's Spitzer School of Architecture transformed architectural education by integrating laser scanning into graduate projects. Explore the fusion of theory and technology in shaping future architects.

Learn more about MYND's educational workshop at RPI in November, 2017. Students learned about site preparation, data processing, and the creation of 2D CAD and 3D BIM models, bridging the gap between theory and practice in architectural technology.

Discover MYND Workshop's exploration into laser scanning over water in Red Hook, Brooklyn, an experiment revealing the artistic potential in capturing rock textures and landscapes, despite water's invisibility to laser technology.