Thompson Foundry conducts research and development focused on emerging technologies with the potential to create meaningful real-world impact.
Research at the Foundry explores the intersection of artificial intelligence, software systems, hardware innovation, and complex problem-solving.
Each initiative follows a structured process of investigation, experimentation, technical refinement, and validation designed to move concepts from early-stage ideas toward practical applications.
Exploring emerging AI technologies, intelligent workflows, and new approaches to building systems that can understand, adapt, and assist with complex challenges.
Developing software frameworks, platforms, and technical systems designed to improve how information, services, and users connect.
Researching new approaches to localized intelligence, efficient computation, and next-generation sensing technologies.
Examining complex problems through interconnected systems and identifying opportunities where technology can create measurable improvements.
Thompson Foundry is developing a patent-pending neuromorphic sensor architecture designed to improve how intelligent systems perceive and process information.
Traditional computing systems often rely on collecting large amounts of visual data before processing that information. This approach can create unnecessary data movement, increased power consumption, and limitations in environments requiring fast, efficient decision-making.
The Neuromorphic Edge Sensor System explores a different approach by combining event-based sensing with edge-based artificial intelligence processing.
Inspired by biological vision systems, the architecture focuses on detecting meaningful changes in an environment rather than continuously capturing and processing redundant data.
The core research explores the integration of:
Using advanced sensors that respond to changes in visual information rather than traditional frame-by-frame capture methods.
Moving computational processing closer to the source of data to reduce latency, improve efficiency, and enable real-time decision-making.
Applying brain-inspired computational methods, including spiking neural networks, to create more efficient intelligent systems.
The technology is being researched for applications where efficient, low-power, real-time intelligence is critical, including:
Autonomous systems
Industrial monitoring
Intelligent devices
Edge computing environments
Advanced sensing applications
Thompson Foundry approaches intellectual property and technology development through careful investigation, technical validation, and long-term refinement.
The objective is not simply to create new technology, but to develop solutions that demonstrate technical originality, practical value, and meaningful potential for future applications.