From embedded systems and robotic control through stereo vision and software architectures, we specialize in providing reliable, robust, and reusable engineering solutions for product development.
Get in TouchReliable software architectures for any level of project, with product proven architectures running on bare-metal embedded microcontrollers, Linux, QNX, Windows, and MacOS systems.
Real time and distributed application development, communication protocol implementation, electronic debugging and design.
Extensive familiarity with FDA and ISO9001 procedures to accelerate the development cycle. Experience in cadaveric and human clinical trials.
Image segmentation and pattern recognition. Stereo reconstruction and 3-D scene processing. High Frame Rate (30FPS, Stereo) vision system design and implementation.
Experience with a wide range of off the shelf and custom designed motion controllers. Realtime force and image based servoing solutions for multi-axis robots.
Digital, image and mixed signal processing. Object oriented design. Prototyping and design documentation.
Tryple Helix Solutions was incorporated in 2005 to provide our clients with reusable, robust engineering solutions. We have extensive experience throughout the product lifecycle and are committed to creating solutions that work in the real world. Whether you want to make something move, process incoming N-Dimensional signals, or create software architectures that will withstand the test of time, we can help deliver tomorrow's solutions, today.
Tryple Helix has designed and implemented distributed software architectures, application logic, firmware, and created vision and control algorithms for multiple FDA approved robotic surgery platforms for multiple different treatments, from bronchoscopy to radiosurgery, and even vision guided hair transplant surgery.
Our team designed and implemented architecture for utilizing locally hosted LLMs to assist physicians in patient hospital stay documentation. The primarily python based architecture focuses on allowing testing of competing models, prompts, and documentation structures for rapid prototyping.
We've created custom linux kernels using Yocto, Buildroot, and even straight Makefile systems. We've developed low level device drivers, and used off the shelf kernels to interact with various devices. From low level code to application development, we have extensive experience in the embedded linux world.
Device development often involves non-product tooling to monitor, test, and improve devices. Our expertise in embedded development has allowed us to create debug, test, and manufacturing tools that significantly accelerate the development and manufacturing of embedded devices for many clients.