Partner details
What Tech Glues Inc. covers, where they operate, and what they have built with Di1. Use it to check the fit before you get in touch.
Tech Glues Inc.
Website
Our core businesses and strengths are as follows.
・Embedded Software Development
We develop and provide reliable software that powers real-world devices, including smartphones, AR glasses, drones, IoT devices, and automotive systems. Our development expertise spans from OS customization and optimization to device drivers, firmware, and middleware development.
・Heterogeneous Integration Service Development
Based on customer requirements, we combine optimal computing devices (CPU, GPU, NPU, DSP, AI accelerators, etc.) and develop software service layers that enable them to operate effectively and efficiently.
・Camera Turnkey Solution Development
Devices requiring cameras—acting as the “eyes” of smartphones, drones, IoT devices, automotive systems, and more—continue to expand in scope. We provide turnkey solutions that encompass operating systems, camera frameworks, image processing algorithms, audio processing algorithms, and applications. Additionally, we offer camera tuning services to maximize the performance of camera systems.
・AI Algorithm Development
Development and software licensing of AI algorithms running on Di1.
Examples: Adaptive Face Recognition, Emotion Estimation, etc.
- Address
- Miyamasuzaka Building 609, 2-19-15 Shibuya, Shibuya-ku, Tokyo 150-0002, Japan
- Phone
- +81-80-7948-9339
Development and provision of Adaptive Face Recognition software integrated into Di1, as well as emotion estimation software based on facial images. Demonstrations are available.
3 results
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System Integration Services, Contract Development Services
Software embedding and implementation services for applications running on Di1.
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Adaptive Face Recognition
Adaptive Face Recognition (face authentication software) running on Di1. Unregistered faces can be enrolled on the spot and authenticated immediately.
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Emotion Estimation Software
Emotion estimation software based on facial images, capable of running on Di1.