We build native iOS apps in Swift, designed for the conditions they actually run in rather than the demo. ISR ScudRunner — our aviation weather app, in TestFlight now — is the current proof: live weather, radar and NOTAMs for more than 19,400 airports, on iPhone and iPad.
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Production AI systems rather than demos: agents that call real tools, retrieval grounded in your own data, and the access controls, logging and fallback paths that separate a pilot project from something your team can actually run.
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Our embedded development involves creating software for specialized computing systems, such as microcontrollers or dedicated hardware, to perform specific tasks, often in real-time or resource-constrained environments.
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.NET/C# Data Acquisition involves using the .NET framework and the C# programming language to acquire, process, and manage data from sensors, devices, or external sources, providing a versatile and efficient platform for applications in areas such as industrial automation, IoT, and scientific research. It leverages the capabilities of .NET libraries and C# to facilitate seamless integration with data acquisition hardware and systems.
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Data Communications Optimization involves enhancing the efficiency and speed of data transfer between devices or systems, typically through techniques such as compression, protocol optimization, and bandwidth management, to improve overall communication performance and reduce latency. It aims to maximize data throughput while minimizing resource utilization.
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Qualcomm RaptorQ Integration refers to the incorporation of Qualcomm's RaptorQ error correction technology into communication systems, enhancing reliability by enabling efficient data recovery in the presence of packet losses or errors during transmission. It is commonly utilized in wireless communication and network protocols to ensure robust and error-resilient data transfer.
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