Enterprise Push-to-Talk: The PeakPTT Everest Platform Guide (2026)

What Makes Push-to-Talk "Enterprise"?

Any PTT product can connect two radios. An enterprise system is judged on what happens at scale and under failure: does the platform stay up, does a thousand-user fleet stay manageable, does a large group call still land instantly, and can the operation prove what was said and where everyone was. Everest is engineered as a business-critical PTT system, and this guide walks the capabilities that earn that label.

Capacity: From One Crew to 200,000 Users

Everest's standard configuration supports up to roughly 10,000 registered users, and its large-capacity configuration scales to 200,000 registered users per system. Group structure scales with it: dynamic talk groups, ad hoc groups created on the fly, private 1-to-1 calls, and cross-organization communication when two companies on the platform need to talk to each other.

Speed: Latency Is the Problem Child of PTT

A group call that arrives seconds late produces the classic failure of busy channels and talked-over replies. Everest transmits from its servers in under 100 milliseconds and reaches every user in under one second, whether it is a private call or a group call of 350 users. Sub-second delivery at group scale is the difference users actually feel.

Crystal-Clear Audio

GPS Tracking and the Dispatch Console

Every radio reports live GPS position, and the Everest Dispatch console turns that into workforce management: every user on a real-time map, location on demand, geofencing, embedded call recording, emergency and SOS incident management, and messaging to individuals, groups, and dispatchers. It carries the feature set of the large dispatch consoles sold by dedicated console companies, at a fraction of the price.

Staying Connected: Redundancy at Every Layer

An enterprise system plans for the bad day. Everest layers its resilience:

• Redundant infrastructure. High-availability redundant servers behind the 99.999% availability SLA.
• Proprietary network redundancy for wireless connectivity. PeakPTT devices are provisioned with proprietary carrier-redundant wireless connectivity, so the fleet's service does not depend on a single wireless network having a good day.
• Wi-Fi as a third path, including Starlink. The rugged devices carry dual-band Wi-Fi (2.4 and 5 GHz), so a site can run radios over its own internet connection, including satellite internet systems such as Starlink at locations beyond cellular coverage entirely.
• Encryption throughout. AES-256 encryption capabilities protect traffic in transit.

Mobile Device Management: Run the Fleet Like IT Runs Laptops

At enterprise scale, the radios themselves become an IT estate, and PeakPTT MDM, our own device-management platform, gives administrators one web console to run it: enroll radios in bulk, lock each one to only the apps you approve, push Wi-Fi and network settings over the air, deploy and update apps silently, see live inventory down to battery level and IMEI, locate any radio and replay where it has been, set geofences, message a device even while it is offline, and remotely reset or recover a lost unit. No truck roll, no radio in hand: a locked-down radio stays a radio, and a problem device gets fixed where it stands.

Bridging What You Already Own

Everest does not demand a forklift replacement of an existing LMR system. The optional LMR bridge gateway integrates the platform with any LMR system so both sides talk to each other, extending the range of the legacy network nationwide while the fleet transitions at its own pace.

The Hardware and Apps

The platform runs on purpose-built rugged hardware, led by the PTT-324G: IP67 rated against dust and water, all-call, group, and private 1-to-1 calling, the widest carrier certification in the PeakPTT lineup, dual-band Wi-Fi, and USB-C charging, at just 8 ounces on the belt. Android and iOS apps put phones and tablets on the same talk groups, and the full platform device list lives on the Everest platform page.

Frequently Asked Questions