Community Directory

Tactile sensing technology entails the mapping and measuring of contact between two objects. It focuses on replicating the capabilities of human skin and allowing for artificial touch sensing in products and devices. This technology is increasingly used in automotive, robotics, healthcare applications, in addition to several consumer products.

Developer of intelligent haptic chip technology designed for different industries. The company researches semiconductor technology in developing haptic sensors to improve applications in automotive electronics and consumer electronics, enabling touch-enabled electronics producers to incorporate advanced sensor technology in their products.

Tactile sensing technology entails the mapping and measuring of contact between two objects. It focuses on replicating the capabilities of human skin and allowing for artificial touch sensing in products and devices. This technology is increasingly used in automotive, robotics, healthcare applications, in addition to several consumer products.

Main Technologies of Tashan:

• AI Capacitive Tactile Sensor Chip and Technical Solution: Tashan has developed AI capacitive tactile sensor chips based on independent intellectual property. This technology enables the creation of tactile sensors that can detect multidimensional variables such as slide, touch, temperature, humidity, pressure, and torque.
• The World’s First Dedicated AI Tactile Chip – “Ruby”: Tashan has taped-out Ruby, described as the world’s first dedicated AI tactile chip. Ruby is a digital-analog hybrid AI tactile chip and the first Spiking Neural Network (SNN)-based distributed brain-like industrial application chip. It aims to address complex tactile sensing by breaking through the bottleneck of AI tactile technology with high computing power and low latency/power consumption.
• Core Algorithm Architecture for AI Tactile Industrialization: This foundational technology involves a colorization process that aids in the perception of multi-dimensional tactile information, which is crucial for AI to accurately interpret and react to physical touch.

Names of Management Mentioned:

• Tengchen Sun: Chairman, Founder.
• Wuqiang Yang: CTO, Co-founder.
• Yang Ma: CEO, Co-founder.
• Dr. Steve Furber: Chief Scientist.
• Dr. Zha: IC Director.

Benefit to Qatar Science and Technology Park and Qatar Ecosystem:

• Innovation and Research Collaboration: The collaboration between Tashan and the University of Manchester to create the world’s first AI tactile sensor chip showcases Tashan’s commitment to international cooperation and innovation. This approach aligns with Qatar Science and Technology Park’s (QSTP) mission to foster an environment of technological innovation and research excellence. Tashan could engage in similar collaborative projects with QSTP, promoting cross-border research and innovation.
• Economic Diversification and Industry Application: Tashan’s AI tactile sensing technologies have wide-ranging applications across various industries, from automotive to consumer electronics. Introducing these technologies to Qatar could support the country’s economic diversification efforts, particularly in developing high-tech industries outside the traditional fossil fuel sector.
• Education and Training Opportunities: The joint AI tactile laboratory with the University of Manchester indicates Tashan’s support for educational initiatives. Similar collaborative ventures could be established within Qatar, offering local students and researchers opportunities to engage in cutting-edge AI technology and research, thereby enhancing the educational ecosystem.
• Boost to the Digital Economy: As a leader in AI tactile sensing technology, Tashan could contribute significantly to the growth of Qatar’s digital economy. By integrating Tashan’s technologies into local industries, Qatar can stimulate technological innovation, enhance the competitiveness of its industries, and position itself as a regional leader in the digital economy.Overall, Tashan’s technologies and expertise could bring substantial benefits to Qatar’s science, technology, and innovation landscape, contributing towards the nation’s vision of becoming a hub for technological excellence and innovation in the region.

As a leading autonomous driving company in China, UISEE is committed to providing AI driving service for all industries and all scenarios and building AI drivers that empower a new ecology of mobility and logistics. Since its foundation in February 2016, UISEE has taken root in the global market and insisted on local R&D.

Main Technologies of UISEE:

• Autonomous Driving Algorithms: Advanced programming that enables vehicles to drive autonomously.
• Cloud-based Operation Management Platform: A centralized system for managing vehicle operations, including route planning and obstacle avoidance.
• Automotive-grade Intelligent Driving Controller (U-Drive®): A high-performance controller designed for AI driving applications across various industries and scenarios.
• Vehicle-road-cloud Collaboration: Integration between the vehicle, infrastructure, and cloud computing for optimized operation.
• Intelligent Driving Simulation: Simulated environments for testing and refining autonomous driving systems.
• Data Management and High-precision Maps: Essential for accurate navigation and situational awareness.
• Perceptual Recognition, Decision & Planning: AI capabilities for identifying objects and making driving decisions.
• Fusion Localization and Executive Control: Combining data from different sources for precise vehicle positioning and movement control.
• V2X/Remote Controller: Vehicle-to-everything communications and remote control capabilities.

Benefits to Qatar Science and Technology Park and Qatar Ecosystem:

• Innovation Hub: Integrating UISEE’s technologies could position QSTP as a leading hub for autonomous vehicle research and innovation.
• Efficiency in Logistics and Transportation: By adopting UISEE’s solutions, Qatar can enhance operational efficiency in airport logistics, crucial for a hub like Hamad International Airport.
• Technology Transfer: Partnership with UISEE could facilitate technology transfer, fostering local expertise in autonomous vehicle technologies.
• Sustainability: Autonomous electric vehicles can contribute to Qatar’s sustainability goals by reducing carbon emissions in logistics and transportation.
• Economic Development: Leveraging these technologies could attract investment and talent, supporting Qatar’s vision for a diversified economy focused on knowledge and innovation.
• Safety and Reliability: With a record of significant operational mileage without accidents, UISEE’s technologies promise enhanced safety and reliability, aligning with Qatar’s high standards for public and cargo transport.
• Research and Development Opportunities: Collaborations with UISEE can open pathways for joint R&D projects, contributing to the global advancement of autonomous driving technology.
• In essence, UISEE’s autonomous driving solutions present a compelling opportunity for Qatar Science and Technology Park and the broader Qatari ecosystem to advance in technology-driven transportation, bolstering efficiency, safety, and sustainability.

ZD Energy focuses on developing intelligent charging and home energy solutions, specifically targeting the seamless integration between vehicles, homes, grids, and chargers.

In their pursuit of further innovations, they are keen to develop two main technology streams in Qatar, particularly through R&D projects at the Qatar Science & Technology Park (QSTP):

• Autonomous Robotic Charging: This technology represents a significant leap toward improving the efficiency and convenience of electric vehicle charging, potentially transforming the EV landscape by making charging more accessible and less labor-intensive.
• Integrated Solar, Energy Storage & Charging Systems: Combining solar energy generation with storage and EV charging solutions can create a robust ecosystem that leverages Qatar’s abundant solar energy. This integration can significantly enhance energy independence, reduce greenhouse gas emissions, and contribute to a greener grid.

Benefits to Qatar Science and Technology Park (QSTP):

• Innovation and R&D Growth: By introducing cutting-edge projects like autonomous robotic charging and integrated renewable solutions, ZD Energy can stimulate the innovation ecosystem, aligning with Qatar’s vision for a knowledge-based economy.
• Energy Sustainability: The development of integrated solar and energy storage solutions can significantly contribute to Qatar’s sustainable development goals, reducing reliance on fossil fuels and minimizing environmental impact.
• Economic Diversification: Embracing these technologies can propel Qatar towards its goals of economic diversification, moving away from oil and gas dependency by nurturing growth in the green tech sector.
• Climate Goals: By advancing green energy technologies, Qatar can further its commitments to global climate initiatives, showcasing leadership in the transition to a low-carbon future.
• Local Talent Development: Implementing these projects in Qatar, particularly through the involvement of QSTP, offers valuable opportunities for local engineers and researchers to work on groundbreaking technologies, enhancing Qatar’s intellectual capital and technical expertise.
• Overall, ZD Energy’s proposed technologies and their development within the QSTP ecosystem not only align with Qatar’s strategic goals of fostering innovation and sustainability but also offer tangible benefits in terms of energy efficiency, environmental protection, and economic diversification, marking a significant step forward in Qatar’s journey towards a green and tech-driven future.