With the rise of e-sports, gamers are looking for advantages anywhere, and the OmniWear Arc is a product with the potential to gain a competitive edge. The gaming peripheral is a vibrating neckband that can alert wearers to the location of enemies through their sense of touch.
In first-person shooter games, remembering the location of enemies is absolutely essential. However, in order to track enemies in many games, players need to continually take their eyes off the game to check for dots on the mini-map. The OmniWear Arc contains eight vibration motors located around the band, and these are synced to the game, letting wearers know where their opponents are without having to divert their optical attention.
The OmniWear Arc currently syncs with 'Counter-Strike' and 'League of Legends,' with more games on the horizon.
Haptic Gaming Neckbands
The OmniWear Arc Alerts Hardcore Gamers to the Location of Enemies
Trend Themes
1. Haptic Gaming Accessories - The rise of e-sports drives the demand for innovative gaming peripherals that offer a competitive advantage through haptic feedback.
2. Location-based Haptic Feedback - The OmniWear Arc demonstrates the potential for location-based haptic feedback devices to enhance gameplay and provide real-time directional awareness.
3. Intuitive Gaming Interfaces - The integration of haptic neckbands like OmniWear Arc showcases the need for intuitive gaming interfaces that improve player experience and performance.
Industry Implications
1. Gaming Accessories - The OmniWear Arc presents disruptive innovation opportunities for gaming accessory manufacturers to create haptic feedback devices that redefine the gaming experience.
2. E-sports - The adoption of haptic gaming neckbands like OmniWear Arc in the e-sports industry can revolutionize player performance and elevate competitive gameplay to new heights.
3. Haptic Technology - The development and advancement of haptic technology in gaming have opened up possibilities for companies to explore novel applications and tap into new markets.