LS Electronics’ Mimer SoftRadio platform offers a practical, future-oriented method for moving legacy communication systems into adaptable, IP-based networks without requiring replacement of existing hardware.
This modernization path aligns with the growing need for maritime and border organizations to update aging communication frameworks as mission demands expand. Fixed or limited-protocol radio systems are increasingly unable to support the mobility, scalability, and mixed-platform operations now common across coastal and border environments.
Integrating Mixed Radio Technologies
SoftRadio is designed to unite analog, digital, and IP-based radios within one operator interface, enabling varied platforms to connect through a centralized control point. Agencies operating both traditional patrol vessels and newer surveillance aircraft can remove communication gaps and maintain unified oversight.
For maritime and border missions, the platform supports:
- Bridge alert and distress integration
- Remote radio control over IP
- Support for new-generation radios such as the Sailor 7222
- MapView location tracking for units and assets
These functions allow command centers to maintain situational awareness and make quick decisions across all connected platforms.
Consistent Communication Across Operational Areas
SoftRadio provides reliable voice communication for teams on coastal surveillance vessels, unmanned maritime systems, and forward-operating border units.
The platform operates in low-bandwidth environments and scales from small patrol elements to nationwide networks.When used with Mimer VoiceLog, agencies also gain complete visibility of all communication activity, supporting audit trails, incident review, and regulatory documentation.
Progress Toward Digital Systems
The platform gives agencies a gradual path to modernizing their communications. By extending the service life of existing radios and connecting them with newer technologies, SoftRadio enables step-by-step digital advancement aligned with current and future operational requirements.
