Mobile Ports

Atlasz Secure App Server

Atlasz Secure Application Server, developed by Atlasz Informatics Research Ltd, provides secure hosting and deployment for enterprise-level distributed applications. Designed to facilitate robust and scalable software solutions, it is widely used in Hungarian business environments where reliable and secure server operations are essential.

Infowave Mobility

Infowave Mobility Server is a communication middleware designed to enable secure, efficient data synchronization and connectivity for mobile applications accessing enterprise resources. Often used to facilitate messaging between mobile clients and backend servers, it optimizes data delivery in environments with intermittent connectivity. Its role is vital in maintaining robust communication channels essential for enterprise mobile workflows.

GTP (GPRS Tunneling Protocol)

**GPRS Tunneling Protocol (GTP)** is an IP-based protocol primarily used within 2G, 3G, and 4G mobile networks to manage subscriber data sessions and carry user data. Operated mostly over UDP, it facilitates data tunneling between network nodes such as SGSNs, GGSNs, MMEs, and PGWs, enabling mobile subscribers to access internet services while roaming or at home.

RTPS DDS Traffic

RTPS (Real Time Publish Subscribe) DDS User-Traffic is primarily used for real-time data distribution in distributed systems using the Data Distribution Service (DDS) protocol. This port facilitates efficient, scalable publish-subscribe communication patterns, supporting both TCP and UDP, commonly found in mission-critical, time-sensitive environments such as robotics, autonomous vehicles, industrial automation, and IoT deployments.

WAP Push MMS

Port 2948 handles WAP Push Multimedia Messaging Service (MMS) communications over both TCP and UDP. It is primarily associated with delivering multimedia content to mobile devices in cellular networks. This port facilitates the transmission of rich MMS messages — including images, videos, and audio — by leveraging Wireless Application Protocol (WAP) push mechanisms.

XMPP Client Connection

XMPP, or Extensible Messaging and Presence Protocol, is a widely-used open protocol supporting real-time messaging, presence information, and communication between clients and servers. Port 5222 is the default TCP port for client-to-server communications as defined in RFC 3920, facilitating instant messaging, presence updates, and basic signaling for chat services. This protocol underpins many well-known chat platforms and federated messaging systems.

Miralix SMS Connector

Miralix SMS Client Connector facilitates integration with SMS messaging services to enhance unified communication solutions. Typically embedded within telephony environments, it allows systems to send and receive SMS messages, enabling streamlined communication between call center infrastructure, operators, and clients.

WAP Pushsecure MMS

Port 2949 is utilized primarily for the secure delivery of multimedia messaging services over the Wireless Application Protocol (WAP). Designed to facilitate WAP Push messages, it enables mobile carriers and MMS centers to transmit rich media content securely to end-user mobile devices, involving images, audio, video, and text components bundled in MMS.

Simple Network Paging Protocol

The Simple Network Paging Protocol (SNPP) is an Internet protocol specified in RFC 1568 used to send alphanumeric messages to pagers through TCP/IP networks. It allows clients and applications to communicate efficiently with paging service providers' systems over the Internet by implementing a simple command set similar to other messaging protocols.

MXit Messenger

MXit is a mobile-focused instant messaging application that originated in South Africa. It enables users to send and receive text messages, multimedia, and participate in chat rooms. Port 9119 is primarily used by the MXit client to establish and maintain communication with the MXit messaging servers over both TCP and UDP protocols.

Diameter Protocol

Diameter is an Authentication, Authorization, and Accounting (AAA) protocol defined in RFC 3588, and a successor to RADIUS. It is used primarily in modern IP-based networks for carrying authentication, service authorization, and configuration information, especially within mobile networks and LTE infrastructure.

GPSD Daemon

Port 2947 is primarily used by gpsd, an open-source GPS service daemon that provides a unified interface for various GPS receivers. It facilitates communication between GPS hardware and applications by parsing receiver data and serving it in a standardized format over TCP, enabling features like location tracking and timing synchronization across networked systems.

Gadu-Gadu Messenger

Gadu-Gadu is a popular Polish instant messaging platform that enables users to communicate in real-time, send multimedia files, and participate in group chats. It leverages a proprietary protocol, primarily over TCP, serving millions of users primarily within Poland and Polish-speaking communities abroad. The service offers a combination of text, voice, and media sharing functionalities similar to other instant messaging platforms.

BlackBerry BES Cloud Comm

This port is primarily used by BlackBerry Enterprise Server (BES) to facilitate communication between on-premise infrastructure and BlackBerry cloud services. It enables synchronization, management, and secure messaging functionalities for enterprise BlackBerry devices by acting as a point for data exchange and command relay.

STUN

Session Traversal Utilities for NAT (STUN) is a protocol that enables applications to discover their public IP address and the presence and type of network address translator (NAT) they are behind. This facilitates communication between devices located behind different NAT devices, which is crucial for peer-to-peer applications like voice and video chat.

OLSR

Optimized Link State Routing (OLSR) is a proactive routing protocol designed specifically for mobile ad hoc networks (MANETs). It enables dynamic routing within wireless mesh networks by maintaining updated routing tables with the most efficient paths between nodes. OLSR optimizes communication by minimizing overhead and quickly adapting to changes in network topology.

Palmer Performance OBDNet

Palmer Performance OBDNet is a network protocol developed by Palmer Performance Engineering to facilitate diagnostic and telemetry communications with vehicle onboard diagnostic (OBD) systems. It provides a method for specialized automotive diagnostic devices and software to interact with a vehicle's embedded computers over TCP/IP networks such as local Wi-Fi or Ethernet. This port enables data exchange crucial for performance monitoring, fault code reading, and advanced tuning operations.