Sparx Holdings Group, Inc. announced that it is currently developing and testing prototypes for the Sparx™? Smart Sprinkler System. This innovative fire sprinkler system leverages software and electronics to suppress highly challenging fires faster than ever before.

With multi-sensing technology that utilizes gas, flame, smoke, and digital temperature sensors, the Sparx™?Smart Sprinkler System can respond to fires quickly and efficiently. Traditional sprinkler systems have long relied on basic heat-sensitive elements that trigger when they sense a certain temperature; a glass bulb shatters or a fusible link breaks apart, releasing water or a chemical solution into an area. Sparx Holdings Group, Inc.'s new approach goes beyond that by incorporating electronic sensors with wireless mesh networking technology that fits around existing sprinkler heads.

While traditional fire sprinkler systems rely only on a fixed-temperature threshold to operate, the Sparx Smart Sprinkler System incorporates multiple sensors such as gas, flame, Smoke, and digital temperature sensors to detect fires faster and more accurately. With real-time feedback and communication between the sprinklers, the system can detect the most intense part of a fire, and aims to effectively suppress it and prevent fire spread with what Sparx Holdings Group, Inc. believes to be unparalleled accuracy and performance. The fire sprinkler industry is set to witness a major paradigm shift in how complex fires can be addressed, potentially saving companies from the destruction of property, injury to employees, and destruction of goods.

With quick detection and algorithmically controlled sprinkler operating patterns, Sparx Holdings Group, INC. may be able to provide effective and efficient protection in applications where traditional fire sprinklers cannot. The Sparx™? SmartSprinkler System has the potential to fill industry gaps in some applications, particularly those involving the storage of high-hazard commodities, storage in buildings with tall ceilings and high clear heights, dense storage like compact automated storage and retrieval systems (ASRS), and buildings with unique architectures.

The system may potentially be used to replace in-rack sprinklers with ceiling sprinklers in some applications, also, providing warehouses with more flexibility and reduced risk of sprinkler damage.