Secure Telecommunication Systems
What are Secure Telecommunication Systems?
Installation and maintenance of telephone systems, including IP telephony and unified communication solutions, to provide consistent communication throughout your organisation.
POC Push to Talk Over Cellular
Push-to-Talk over Cellular (PTToC) is a communications system that enables users to transmit audio messages and have conversations over a cellular network with a single button, similar to classic walkie-talkies. PTToC systems employ current mobile cellular networks (3G, 4G, LTE, and now 5G) to deliver immediate audio communication, hence improving real-time communication for a variety of businesses and use cases.
Why our Secure Telecommunication Systems?
- Cost-effective: Using existing cellular networks allows for lower infrastructure expenses than installing a specialised radio system.
- Wider Coverage: Cellular networks often provide wide coverage that includes urban, suburban, and rural areas, making PTToC a viable option for organisations with a scattered workforce.
- Ease of Use: Users who are comfortable with smartphones will find PTToC apps straightforward, reducing the need for considerable training.
- Rich Feature Set: In addition to voice communication, PTToC systems frequently include features like as status displays and presence indications, which improve communication capabilities.
- Remote Capabilities: Because of the vast reach of cellular networks, PTToC may be used in remote areas where traditional radio communication may be ineffective.
Push-to-Talk over Cellular (PTToC) is a significant advancement in communication flexibility and capabilities, combining the rapid connectivity of classic two-way radios with current mobile technologies. It offers organisations a strong tool for improving communication, collaboration, and safety while utilising current cellular infrastructure. As technology advances, PTToC solutions become more important in a variety of sectors, providing a combination of voice and data capabilities that meet today’s dynamic communication demands.
