Facing Challenges

• The wide range of impact and destructive power often results in casualties, destruction of houses and roads,
  and even geological disasters that pose a strong and sudden threat, potentially leading to dam breaches and
  levee failures, severely affecting regional economic development and endangering people‘s lives and
  property.

• Dynamic monitoring of geological disasters has become an essential means of prevention. Traditional early
  warning methods mainly rely on on-site investigations and visual inspections by experts. However, these
  outdated techniques lack the ability to integrate and analyze information, leading to insufficient evidence and
  inconsistent standards, thus rendering early warning information ineffective and untimely.

• Moreover, due to the large number of locations to be investigated, extensive time requirements for each
  location, limited number of experts, challenging journeys, and time constraints, many geological disasters
  cannot be actively and effectively prevented. On-site investigations are prone to the occurrence of geological
  disasters at any moment, posing high risks.

Solution

The hardened shield of the Hogons Reinforcement‘s HG815G advanced rugged tablet, boasting an impressive IP67 protection rating, when paired with geological variability monitoring devices and cutting-edge data technology, enables the establishment of a precise measurement, real-time transmission, information management, data analysis, and early warning system for geological disasters. This system exhibits refined capabilities, simple deployment, and convenient maintenance, enabling unmanned operation and addressing the challenges posed by numerous monitoring points and limited experts. It can be extensively utilized for real-time automatic monitoring of potential geological hazard sites.

Application Performance

• By utilizing tablet terminals for geological disaster detection and transmitting geological data information to
  the data processing center through high-speed mobile networks, the timeliness of data transmission is
  ensured.

• The data processing center analyzes the received data information in conjunction with historical data to
  predict and report geological changes trends, generating data files.

• Based on the results of data analysis, warning information is sent to designated individuals or dedicated
  alarm devices through SMS or voice notifications, effectively providing disaster warning and safeguarding
  lives and property.