Signalscape develops and delivers high performance mobility solutions using the most advanced System on Module based processors including Qualcomm Snapdragon and OMAP platforms. Our concept-to-production development of short- and long-range products utilize the optimal combination of hardware, firmware, and embedded software to meet the most rigorous operational demands. In addition to the high-performance platforms, resilient communications link implementations have been developed for Wi-Fi, Cellular, and Iridium including all certifications required for operation. Additional capabilities of our Mobility Engineering Team include:
• Fully integrated video and audio recording systems with custom algorithms (including sharp-end analytics) designed to meet the most stringent mission requirements •Integrated Android/Linux solutions to deliver rapid innovation to your most advanced system requirements •Custom Qualcomm Snapdragon-based software/hardware solutions •Custom high-performance data, voice, and video communication links
MINIATURE WIRELESS SENSORS
Complementing our mobility engineering and integration capabilities, Signalscape offers a mature miniature wireless sensor solution capability to greatly enhance your situational awareness and improve your tactical advantage. Integrating advanced transceiver technologies, our sensors include GPS, Audio, Video, Motion, and various other small form factor devices. Contact our Wireless Engineering Team for:
• Software Defined Sensors (SDS) • Miniature audio and video sensors • Low-power, miniature embedded system design utilizing the latest Real-Time Operating Systems • Designing and integrating IoT style sensors using Iridium, LoRa, Wi-Fi, and Cellular (2G/4G)
BROAD SPECTRUM SDR SYSTEMS
Signalscape excels at being on the forefront of continuously evolving technology for the detection, isolation, and demodulation of RF signals of interest. We have developed a wide range of Software Defined Radio platforms for detecting and demodulating Wi-Fi (multiple protocols), IoT signals such as LoRa, short-range solutions utilizing Bluetooth, and others.
• SDR based wideband multiprotocol Wi-fi 802(11) and 802(16) platforms • Software integration with SDR devices to provide demodulation and custom filters • High-performance survey and collection platforms for detecting, capturing, and isolating signals of interest