BSN NAL SHOUT Sp W- ATAK (SHOUT sp-A)

BSN NAL SHOUT Sp W- ATAK (SHOUT sp-A)

The underlying SHOUT sp platform is positioned as an “all-in-one” device for remote environments with little or no cellular coverage, supporting Iridium SBD, SMS, and voice calls, provisioned on either commercial Iridium services or government-oriented gateways depending on program requirements.

ATAK itself is a geospatial collaboration and mapping framework originally developed by the U.S. Air Force Research Laboratory and now maintained by the TAK Product Center, widely used to share real-time positional awareness and mission data among users. In TAK ecosystems, information is commonly exchanged using Cursor on Target (CoT) event messages—historically plain XML and, in newer implementations, TAK Protocol encodings.

Design and Features

Rugged smartphone-style SATCOM device

The SHOUT sp hardware is built around a compact, rugged handset design with:

• High-resolution touchscreen

• Status LED (configurable; can be turned off for low signature)

• Guarded 911 / alert switch

• USB-C for charging, firmware updates, and device configuration

• 3.5 mm headset jack

• IP67-rated enclosure design intent

A typical SHOUT sp device package is shown as including the handset, an Iridium antenna, wall adapter with USB-C cable, and earbuds.

Iridium voice + SBD tracking/messaging + optional PTT

The SHOUT sp is described as supporting:

• Iridium telephone voice calling through the Android interface

• Iridium SBD tracking and messaging aligned with the broader SHOUT tracker product line

• SMS

• Global PTT availability when on Iridium’s commercial gateway (service-dependent)

Operationally, the user guide emphasizes that airtime service must be purchased and the device must be provisioned; it can place Iridium satellite phone calls when an appropriate SIM is inserted (commercial Iridium Global SIM or DISA EMSS SIM for DoD service).

ATAK-focused configuration (SHOUT sp-A)

The “sp-A” designation is used by resellers to identify the SHOUT sp w/ ATAK configuration.
In practical deployment terms, this typically means the device is prepared for TAK/ATAK use—most commonly by bundling or enabling an ATAK-compatible application workflow that can push position and message events into a TAK environment (often via CoT event formats). The TAK ecosystem itself supports collaboration and geospatial awareness, and CoT is a well-established mechanism for exchanging track and event information.

Technology and Specifications

Core device specifications (SHOUT sp platform)

Public SHOUT sp product documentation lists key specifications including:

• Android OS: Android 6.0

• Dimensions: 122 × 74 × 31 mm (4.8 × 3.0 × 1.0 in)

• Weight: 0.45 kg (16 oz) with antenna

• Battery: 2.15 A-Hr rechargeable Li-ion

• Connectivity: Wi-Fi 802.11 a/b/g/n, Bluetooth (Class II)

• Iridium operating frequency: 1616–1626.5 MHz

• Positioning: GPS L1 (C/A), 50-channel receiver, stated 2.5 m CEP (as published in the product sheet)

• Environmental: IP67 compliant (as published) and –20°C to +60°C operating temperature

The user guide also notes that for Iridium transmissions the antenna generally needs a clear view of the sky; the device cannot typically send messages or reports from inside a building.

TAK/ATAK data exchange context

ATAK is described as a government-off-the-shelf (GOTS) mapping framework for Android devices.
TAK systems commonly use Cursor on Target (CoT) events; documentation and protocol references describe CoT as XML-based historically, with newer TAK Protocol encodings added later.
In SHOUT sp-A deployments, the typical objective is to bridge SATCOM-based reporting and messaging into this TAK/CoT event-sharing model, enabling team-level awareness when users operate outside terrestrial coverage.

Applications and Use Cases

Dismounted and remote team tracking

A primary use case is remote personnel tracking and check-ins where cellular coverage is absent, using Iridium SBD to deliver location reports and messages to a network operations center or server endpoint.
With an ATAK-oriented setup, those same location updates can be incorporated into a TAK operational picture (subject to configuration and network architecture).

Mission coordination and situational awareness

ATAK/TAK is used to share geospatial information and collaborate over geography, which aligns with integrating a satellite-connected device as a track source when teams operate beyond the reach of radios, LTE, or local TAK servers.

Emergency alerting and rapid escalation

The guarded 911/alert switch provides a quick action pathway for emergency signaling on the device, which can be routed as alerts/messages through configured workflows.

Hybrid voice, messaging, and PTT workflows

Because the SHOUT sp combines voice calling and data messaging on Iridium (and may support PTT depending on provisioning), it can support a mix of direct calling, short tactical text exchanges, and structured reporting.

Advantages / Benefits

One device for voice + tracking + messaging

The SHOUT sp platform is explicitly positioned as “all-in-one” for voice calling, tracking/messaging, and optional PTT on the Iridium network, reducing the need to carry separate devices for SATCOM voice and tracking.

ATAK ecosystem alignment (sp-A)

For organizations already standardized on ATAK/TAK, the sp-A configuration targets smoother integration of satellite-connected users into existing operational mapping and collaboration processes. ATAK’s purpose as a geospatial collaboration tool and CoT’s role as an event-sharing mechanism support this integration model.

Ruggedization and field ergonomics

An IP67-rated design intent, a guarded alert switch, and the ability to disable status LEDs for lower signature make the device suited to harsh and tactically sensitive environments.

Familiar Android interface

Android-based operation enables a smartphone-like user experience (contacts, dialer, app workflows) while still using satellite connectivity for beyond-coverage operation.

FAQ Section 

What is the BSN NAL SHOUT sp-A?

The SHOUT sp-A is a SHOUT sp Iridium satellite communicator sold as a configuration “with ATAK,” combining Iridium voice, SBD tracking/messaging, and an ATAK-oriented integration approach for team awareness workflows.

How does SHOUT sp-A work?

It uses the Iridium satellite network for voice calls and SBD/SMS messaging and uses onboard GPS for location reporting. In ATAK/TAK environments, location/messages can be represented using TAK’s common event-sharing mechanisms (typically CoT), depending on the included ATAK integration method.

Why is SHOUT sp-A important?

It allows teams operating beyond cellular coverage to stay connected via Iridium while integrating into ATAK/TAK geospatial collaboration workflows that support shared situational awareness.

What are the benefits of SHOUT sp-A?

Benefits commonly include one-device voice + tracking + messaging, rugged IP67-rated design intent, Android touchscreen usability, and an ATAK-focused configuration for TAK situational awareness deployments.

Summary

The BSN NAL SHOUT sp-A is an ATAK-oriented configuration of the SHOUT sp rugged Android Iridium communicator that combines satellite voice calling, SBD/SMS tracking and messaging, and field-ready hardware features such as a guarded alert switch and IP67-rated design intent. By aligning the SHOUT sp platform with ATAK/TAK situational awareness workflows—where CoT-style event sharing is commonly used—the SHOUT sp-A targets teams that need dependable beyond-coverage connectivity while maintaining a unified operational picture across remote environments.