FOG - Future of Gaming develops interactive arcade games that utilize advanced laser maze technology and dynamic grid-based challenges to create immersive group experiences. Their products address the need for engaging physical entertainment that fosters social connections and memorable interactions among players of all ages.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional arcade games often lack innovative technology and immersive experiences, failing to fully engage players and foster memorable social interactions. Many current offerings do not leverage modern advancements in laser technology, dynamic environments, and interactive challenges to create truly captivating group entertainment.
Solution
Future of Gaming (FOG) develops interactive arcade games that utilize advanced laser maze technology and dynamic grid-based challenges to create immersive group experiences. Their product line includes games like LaserSpy, where players navigate a laser maze to steal a diamond, and HyperGrid, which features dynamic grid-based challenges testing speed and strategy. FOG's attractions are designed to be engaging, fun, and compatible for all age groups, fostering social connections and memorable interactions among players. The company focuses on creating next-generation gaming technologies that provide a "WOW" customer experience with minimal maintenance requirements.
Target Audience
FOG's primary customers are entertainment venues, arcades, and family entertainment centers seeking engaging and innovative attractions that appeal to a wide range of age groups.
Features
- LaserSpy: A laser maze game requiring stealth movement to steal a diamond.
- HyperGrid: A dynamic grid-based game offering various challenges testing speed and strategy.
- LaserWars: A team-based mission to secretly enter enemy territory and defuse a bomb.
- LaserTag: Tactical combat in immersive arenas with advanced weaponry.
- High-quality engineering standards and attention to user requirements.
- Fail-safe algorithms for reliable game operation and minimal downtime.