.png)
There are two categories of Cellular Broadcast driven One-to-Many (Push) vertical application markets
MASS MESSAGING Markets are defined as network registered peripheral terminal Machine-to-Man messaging applications, as devices connected to a single barer network can only display them. This requires the central content clients to have gateway interface access to all of the available networks to be commercially viable. These markets are essentially an expansion of the WEA messaging service, as it would allow for authorized private entities like utilities and security firms for-fee passive access to mobile terminals in specific geographic locations with urgent public safety related instruction. A capability not permitted under FCC and CMAS WEA Open Gateway rules.
-
POWER GRID/PUBLIC UTILITIES would be able to purchase access to all mobile devices in a designated location to inform an entire population, resident and transient, of any disruption I service status without any preprogramming or opt-it requirements. This capability is not currently possible and the use of CB messaging would likely represent a significant cost savings improving public relations.
-
LOCAL JURISDICTIONS would be able to purchase access to citizens and visitors with non-emergency, general public safety advisories like road conditions and school closures. Informational Messaging is allowed by industry standards, but not permitted under current FCC Rules.
-
PRIVATE SECURITY FIRMS desperately need real-time access to event attendees to assist in crowd control and management of crisis events like active shooter situations. The WEA System can only be accessed through government agencies which would have a too slow response time to be an effective real-time crisis management tool.
-
STELT-CONNECT utilizes CB command data to activate SteltCom app equipped handsets in a cell or cells to post their location and ID on their onboard workstations which can then be accessed by a central command server to establish undetectable push connectivity.
M2M IoT MARKETS are defined as non-network registered Machine-to-Machine 'Smart' terminal application
a central data collection centers by Point-to-Point (SMS) communications, However, there are also 'One-to-Many' M2M applications requiring a central operational center to push a data information and command packets markets requiring connectivity with only one bearer mobile network in a geographical location. The peripheral client devices can receive data processed by the Diana Cell Broadcast data management system, Passive Simple Syndication (PSS). Targeted devices would receive Diana encapsulated data files through the Diana RF Universal Integrated Circuit Card (UICC) RF chips requiring no user preprogramming or registered connections to a bearer network.
The vast majority of M2M data syndication applications are 'Many-to-One', having multiple peripheral devices relaying information to to multiple peripheral devices. While 'Many-to-One' syndication must employ Point-to-Point (one-to-one) connectivity, 'One-to-Many' M2M applications are far more cost effectively delivered by Point-to-Multipoint (CB) syndication which eliminates the need for network connectivity reducing spectrum and power consumption.
-
POWER GRID DEMAND MANAGEMENT - application will enable passive consumer demand management by equipping retail products with 'Diana' IUCC Cell Broadcast RF chips. CB Push connectivity would grant power utilities the ability to zone-control electric usage of high-demand devices. As Diana Demand Control devices need no consumer setup or preprogramming, the feature is ideally suited for incorporation in 'Smart' consumer products..
-
CB DRIVEN BLUETOOTH DRIVER HUBS - can transfer Artificial Intelligence burdens from centralized control process servers to the peripheral 'Smart' Device. The coupling of CB Wide Range Data Syndication with Low Range Bluetooth 5 peripheral hubs greatly broadens Smart Device A.I. information database parameters.
-
VISUAL DISPLAY DEVICES - equipped with Diana Data Syndication RF chip sets could passively respond to event data triggers based on the devices' location; i.e. home team scoring, weather alerts.
-
SMART BUILDING MANAGEMENT- can now collect data from smart devices sensors and data clouds to feed AI manage a property's energy, security, landscaping, HVAC, lighting and more. Actions can be automated according to events optimizing efficiencies saving time, resources and cost.
-
CONNECTED VEHICLE-Only broadcast data syndication has the delivery speed required to activate speed control in unknown vehicles approaching a crash alert location in sufficient time to avoid a ‘chain reaction’ event.
-
Agriculture – Passive IoT information feeds can enable A.I. based faming equipment to perform environmental friendly, cost effective and production efficient operations.
-
CYBER SIDE DOOR IP controlled systems backup, and counter attack tactics are possible by mass delivery of recovery ,and operational command data by a CB interface, Diana IUCC Chip Sets imbedded in controller device servers could receive operational and counter-attack data feeds unaffected by compromised internet service.
.