Arijit describes an interactive kinetic wall built by his team that pushes the boundaries of traditional art and engineering and creates a dynamic and immersive experience. Through its responsive movements and visual effects, it engages viewers and invites them to shape the artwork. Powered by the Raspberry Pi 4, the kinetic wall was designed to capture the modern spirit, when art, science, and technology converge and re-invent the perception of beauty and interactivity.
The genesis of our project is an interactive kinetic wall powered by Raspberry Pi shown in Figure 1. It stems from a unique collaboration of my company with an entertainment company seeking an innovative and captivating way to engage and attract audiences to their events.
We explored a variety of possibilities after being given this fascinating task, but we ultimately settled on the idea of an interactive kinetic wall, because of its unique qualities and tremendous interaction potential.
The kinetic art movement of the 20th century served as the inspiration for the idea of kinetic walls, which has a rich historical background. Artworks that moved, altered shape, and responded to outside stimuli were first made possible by kinetic artists like Alexander Calder and Jean Tinguely. A new wave of innovation was inspired by this movement, which signaled a radical departure from conventional static art forms and promoted a dynamic interaction between art and technology.
This project embodies the fusion of art, technology, and entertainment, representing a contemporary interpretation of the historical kinetic art movement.
BASIC PROTOTYPING
This story is from the {{IssueName}} edition of {{MagazineName}}.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber ? Sign In
This story is from the {{IssueName}} edition of {{MagazineName}}.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber? Sign In
Renesas New RA8 Entry-Line MCU Groups Brings High Performance of Arm Cortex-M85 Processor to Cost-Sensitive Applications with Market-Leading CoreMark Performance
Renesas Electronics Corp., a premier supplier of advanced semiconductor solutions, introduced the RA8E1 and RA8E2 microcontroller (MCU) groups, extending the industry's most powerful series of MCUs.
Same Sky Expands AMT Absolute Encoder Line to Support Larger Shaft Sizes
Same Sky's Motion & Control Group announced the addition of a new series to its innovative AMT absolute encoder family designed to support larger motor shaft sizes from 9mm to 15.875mm (5/8 inch).
XP Power Launches New Series of Low-Profile, Baseplate-Cooled DC-DC Brick Converters
The RDF150 and RDF200 series are the latest additions to the RDF series of low-profile, baseplate-cooled, ultra-wide input DC-DC brick converters, which is already available in power outputs of 25W and 50W.
HMI Introduces Ultra-Low Voltage 12-bit GPIO Expander with Interrupt Output
HMI, a leading provider of advanced analog and power management technologies, announced the launch of its HL5310, an innovative ultra-low voltage 12-bit GPIO expander featuring interrupt output.
The Future of Embedded Chip Design Navigating the Chip Creation Space
Custom Silicon at Lower Cost, Reduced Development Time
The Long and Winding Road
From Maxim's RS-232 to WeMos ESP32: So Much to Do, So Little Time
Start to Finish Driving LCDs
Lumex Display with Microchip Driver for a TI MCU
Easing the Path for App Releases
Managed Development of React Native with Expo
Datasheet: Tiny Embedded Boards
Deliver Power, Performance, and Versatility in Meager Square Millimeters
Harvesting Ambient Energy
Hybrid Power Sources Cut IoT Battery Dependency