• Introduction to the technology partnership
• Supporting the Kingdom’s vision and localizing industry
• Expertise exchange and capability integration
• Statements from the executive leadership of both institutions
• Future applications in smart systems
• Research initiatives and knowledge transfer programs
• Frequently asked questions

Introduction to the technology partnership

In a decisive strategic move bolstering the Middle East region’s drive toward localizing micro-industries and high technologies, Seewire Systems—a global leader in the innovation of micro-electro-mechanical systems (MEMS) sensing technologies and advanced semiconductor technology—announced the signing of an important strategic memorandum of understanding with the Saudi Electronic Materials Company, commonly known as SEMC. SEMC is a national entity specialized in semiconductor material development and manufacturing technologies based in the Kingdom of Saudi Arabia. This prominent and ambitious agreement aims to lay the groundwork for close joint cooperation to drive the development and innovation of advanced micro-sensing technologies within the Kingdom. This strategic partnership establishes a comprehensive framework covering joint development, micro-manufacturing, and commercial marketing of the next generation of smart sensors, marking a qualitative leap in efforts to build an advanced and sustainable industrial base meeting the needs of the fast-paced digital future.

Supporting the Kingdom’s vision and localizing industry

These diligent efforts and joint cooperation come in the context of direct and effective support for the ambitious goals sought by Saudi Vision 2030, which primarily focus on building a competitive business environment and an integrated, sustainable ecosystem for the semiconductor industry—an industry that forms the backbone of modern technological advancement across various fields. Through these partnerships, the vision also aims to establish and affirm the position of the Kingdom of Saudi Arabia as an advanced regional and global center in the fields of artificial intelligence, modern technology, and deep tech. This strategic orientation effectively contributes to diversifying national income sources, reducing excessive reliance on importing vital technology and complex equipment from abroad, and firmly placing local and national institutions on the map of complex and micro-technology manufacturing and exporting nations, thereby enhancing the country’s technological national security.

Expertise exchange and capability integration

To achieve these strategic goals, Seewire Systems will draw upon its extensive and accumulated experience spanning over twenty continuous years in innovating and developing micro-electro-mechanical systems, alongside holding more than 130 international patents, to provide deep technical expertise in micro-design, complex system architecture, technological architecture engineering, and modern sensor innovation. In complementary fashion, the Saudi Electronic Materials Company will deploy its advanced capabilities and extensive expertise in handling semiconductor materials and utilizing advanced manufacturing technologies to explore horizons for comprehensive local manufacturing operations and efficiently develop industrial processes within Saudi territory. This ensures seamless technology transfer and the effective, sustainable localization of technical knowledge to serve future generations and support the regional supply chain.

Statements from the executive leadership of both institutions

Commenting on this strategic and pivotal partnership, Dr. Hisham Hadara, CEO of Seewire Systems, emphasized that the Kingdom of Saudi Arabia is taking giant, bold, and calculated steps toward building a world-class ecosystem for artificial intelligence and semiconductors. He explained that the core objective of this mutual and fruitful cooperation is to bring the latest advanced sensing technologies to the entire region while providing full and continuous support to the Kingdom’s efforts aimed at localizing high-impact technological innovations. Dr. Hadara added that this partnership creates a genuine and exceptional opportunity to accelerate the development of next-generation sensors, which play a vital role in powering smart systems across advanced robotics, drones, and industrial applications. On his part, Dr. Mohammed Al-Harbi, CEO of the Saudi Electronic Materials Company, stated that this cooperation represents a critical and highly significant step toward strengthening and supporting the local semiconductor industry ecosystem in the Kingdom. Dr. Al-Harbi noted that by combining Seewire’s global design expertise with the manufacturing and material innovation capabilities of the Saudi company, the development and launch of entirely new sensing technologies will be successfully enabled, elevating high-tech and micro-manufacturing operations within the Kingdom to globally competitive levels.

Future applications in smart systems

These modern and precise technologies to be developed will serve as the primary foundational components for emerging physical AI systems, granting machines and autonomous devices the precise capability to perceive movement, analyze their surrounding environment in real time, and understand the physical and chemical composition of surrounding objects. This ambitious technical cooperation will focus in particular on developing several vital and complex technologies, including inertial MEMS sensors such as precise accelerometers, advanced gyroscopes, and integrated inertial measurement units. In addition, the cooperation will extend to the design and production of spectral sensors operating efficiently in the near-infrared and mid-infrared spectrums. This advanced technology is considered the fundamental cornerstone for smart and autonomous systems powering interactive robotics, drones, autonomous navigation platforms, heavy industrial automation systems, and state-of-the-art material sensing and analysis applications in both civil and military sectors.

Research initiatives and knowledge transfer programs

The scope and objectives of this strategic partnership will not be limited solely to manufacturing and commercial aspects; rather, they will vitaly extend to launching and activating joint, intensive, and continuous research initiatives between engineering teams from both sides. Specialized and well-designed programs will also be implemented to transfer deep scientific and technological knowledge, train young local engineering talent, and foster close technical cooperation aimed overall at enhancing and developing regional capabilities in high technology and semiconductor technology. These integrated efforts will contribute significantly to driving the growth of advanced industries with high added value across the Middle East, providing quality and attractive job opportunities in technical research and development, creating a fertile environment for innovation and continuous development, and strengthening the region’s ability to compete strongly in global technology markets.

Frequently asked questions

Question: What are the parties involved in the advanced sensing agreement in the Kingdom?

Answer: The parties are Seewire Systems, a global company specialized in micro-sensing, and the Saudi Electronic Materials Company, which focuses on semiconductor material manufacturing.

Question: How does this strategic partnership support the goals of the Kingdom’s national vision?

Answer: The partnership aims to localize the semiconductor industry and build a precise technological industrial base, reinforcing the Kingdom’s position as a leading regional and global hub for AI development.

Question: What specific technologies will be targeted for local development?

Answer: The cooperation will focus on inertial electromechanical sensors such as gyroscopes, accelerometers, and advanced infrared spectral sensors.

Question: What are the practical and future applications of these advanced sensors?

Answer: These precise technologies are used as a foundation to operate physical AI systems such as advanced robotics, drones, autonomous navigation systems, and complex industrial automation applications.