Enabling ATAK, GCS, and ISR Applications on Mission Devices Without Compromising Security

Managing ATAK, GCS, and ISR Applications

Effectively managing ATAK, GCS, and ISR applications across a UAS fleet involves the following:

1. Deploy Pre-Configured Application Profiles for ATAK, GCS, and ISR Tools

When mission applications are loaded device by device, the fleet can fragment before it reaches the field. Some devices ship without a required tool. Others carry an outdated build or an incorrect configuration. These gaps can emerge during operations, when missing functionality becomes a direct mission constraint. This is a common failure pattern at the moment of deployment.

EMS removes the manual step. On-prem EMM defines ATAK, GCS, ISR, and mapping tools as part of a pre-configured profile and distributes them automatically during provisioning. Every enrolled device enters deployment carrying the same approved application set and configured to the same baseline, with no technician installing software one unit at a time.

2. Manage Application Versions from a Central Console

Application versions drift the way firmware does. Updates reach some devices and not others, leaving a fleet that started aligned running mixed builds across ATAK or ISR tools. The operational cost is uneven capability. The security cost is unpatched software in the field, which is a known exposure under DoW mandates. An outdated application is also a potential audit finding, and the kind of inconsistency that can trigger a re-certification cycle in the middle of a program.

EMS governs versions from a single on-prem EMM console. Administrators push, update, or remove applications across every enrolled device from one interface, with no cloud dependency. That consistency extends fleet-wide, replacing manual updates that depend on timing and connectivity. Every device maintains a known application state: the precondition for both mission consistency and compliance.

3. Separate Classified Data with Knox Containerization

Operators often need classified and unclassified applications on the same device. Maintaining separate fleets for each is costly, operationally inefficient, and difficult to scale across distributed teams. Samsung Knox addresses this at the device level. Knox containerization enforces hardware-rooted separation between classified and unclassified data and applications on a single endpoint. A classified ISR tool and an unclassified mapping application can run on the same device without their data crossing.

The hardware root of trust holds that boundary. It’s also the foundation that makes CSfC, NIAP, and DISA STIG compliance achievable on commercial devices, which is why Knox sits underneath the rest of the EMS stack rather than beside it.

4. Enforce Application Policy in Disconnected and Air-Gapped Environments

Defense UAS operations are routinely disconnected, air-gapped, or contested. Cloud-based management assumes a live connection and fails in exactly these conditions. For these programs, that is the standard operating environment. Application policy has to hold without one. EMS enforces it locally.

On-prem EMM applies pre-configured policies, and Secure Settings maintains offline policy control in classified environments. The rules governing what an application can do stay in force after a device leaves the network. eFOTA stages firmware and update packages before disconnection and applies them under controlled sequencing, with rollback available if an update causes problems in the field. Compliance does not depend on a live connection. A device on an extended mission remains compliant and functional without one.

5. Enable Troop-Level ATAK Integration for Counter-Drone Awareness

Counter-drone awareness increasingly depends on the operator's device. Detection systems push warnings to the individual at the edge, and ATAK is the layer that displays them: A sensor identifies a threat, and the alert reaches the operator across the TAK network. The capability only works if the device is configured to receive it.

In fielded programs, that configuration is often inconsistent. The integration that should deliver a counter-drone warning is absent at the endpoint. The alert does not reach the operator. As counter-UAS capability extends to the squad and individual level, this has become a direct focus across DoW.

Effective ATAK integration is a device management problem before it is a sensor problem. It requires a consistent application profile on every endpoint, a compliant configuration, and policy enforcement that holds in disconnected environments. EMS provides that foundation. It applies the same ATAK build and configuration across the fleet and keeps it current. Policy enforcement holds in contested environments, ensuring counter-drone awareness remains functional wherever operators are.

Partner with Samsung SDS America

Samsung SDS America helps defense and public sector teams move beyond device deployment to full mission mobility management. By combining Samsung rugged devices, Knox security, on-prem EMM, eFOTA, and secure policy controls, EMS provides a unified foundation for managing mission applications across UAS operations.

EMS governs the application layer across your unmanned program without displacing existing architecture. Deployment, version control, and compliance remain consistent from provisioning through secure mission close-out, regardless of connectivity.

Frequently Asked Questions