Spider Vision Sensors
Search documents
ZenaTech Provides an Update on its Taiwan-Based Spider Vision Sensors Manufacturing Facility Supporting Manufacturing of NDAA-Compliant Drone Components to Meet US Defense Regulations
Globenewswire· 2026-01-29 13:30
Core Insights - ZenaTech is enhancing its Taiwan-based Spider Vision Sensors (SVS) facility to comply with the National Defense Authorization Act (NDAA), aiming to build a vertically integrated supply chain for secure drone technologies [1][2] - The facility is set to begin production of printed circuit boards (PCBs) and is expected to be fully operational within the quarter [1][2] - The strategic investment in the SVS facility aims to strengthen supply chain resilience, enable customization, and support growth aligned with long-term operational goals [2] Facility and Production - The SVS facility spans 16,000 square feet and has completed critical infrastructure and assembly line buildout, securing all necessary permits for regulatory compliance [2] - Essential manufacturing equipment, including PCB and Surface Mount Technology (SMT) assembly machines, is being installed and calibrated, with initial production capacity focused on PCBs [2] - Pilot production is underway to validate processes and ensure NDAA compliance by sourcing drone parts free from restricted Chinese-made components [3] Product Development and Market Position - The SVS facility will support the scaled production of drone components for ZenaDrone platforms, including the ZenaDrone 1000 and its IQ Series, with final assembly occurring in Mesa, Arizona [3] - ZenaTech specializes in AI drone, Drone as a Service (DaaS), enterprise SaaS, and Quantum Computing solutions, targeting commercial, government, and defense sectors [4] - ZenaDrone, a subsidiary of ZenaTech, develops autonomous drone solutions for various applications, including agriculture and defense, with products like the ZenaDrone 1000 and IQ Nano [5]
ZenaTech’s Spider Vision Sensors Expands Drone Component Manufacturing Capabilities Enabling Compliant Global Supply Chain for US Defense Customers
Globenewswire· 2025-08-28 13:40
Core Insights - ZenaTech, Inc. has announced the establishment of a new component parts manufacturing facility in Taiwan to enhance its supply chain for drones intended for US Defense and NATO [1][2] - The facility will be operated by ZenaTech's subsidiary, Spider Vision Sensors (SVS), and aims to reduce reliance on third-party suppliers while ensuring compliance with NDAA standards [1][2] - The new facility will manufacture critical components such as PCB boards, motors, cameras, and sensors, supporting the production of ZenaDrone models [2][3] Company Overview - ZenaTech specializes in AI drones, Drone as a Service (DaaS), enterprise SaaS, and Quantum Computing solutions, focusing on mission-critical applications across various sectors [4] - The company has been expanding its drone design and manufacturing capabilities since 2017, with applications in law enforcement, health, government, agriculture, defense, and logistics [4][5] - ZenaDrone, a subsidiary of ZenaTech, develops autonomous drone solutions that incorporate advanced technologies for various applications, including agriculture and defense [5] Facility Details - The Taiwan facility will occupy 16,000 square feet and is expected to be operational by the end of 2025, with a team of approximately 30-40 personnel [1][3] - The facility will support compliance with US and NATO standards, including Green and Blue UAS certifications, ensuring high-quality production [2] - Components manufactured in Taiwan will be assembled into drones at ZenaDrone's facilities in Arizona and Sharjah, UAE, maintaining operational control [2] Strategic Importance - The establishment of the Taiwan facility is seen as a pivotal milestone for ZenaTech, enhancing its ability to meet rising demand from the US Defense Department and NATO allies [2] - This investment is expected to strengthen supply chain resilience and operational efficiency, positioning ZenaTech as a leader in drone innovation [2]