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The Current State of AI in Complex DiscreteManufacturing AI clearly has staying power and will continue to gain momentum as new use cases and applications are discovered. The complex discretemanufacturing industry is already making strides in AI adoption. appeared first on iBase-t.
Yet, an equally pivotal facet for success lies in the realms of effective financial and business management, a reality that can significantly amplify operational efficiency and resource optimisation. Taylor elaborates, “We work with ambitious manufacturers who are being held back by various common issues.
Proactive Quality Control in Complex Manufacturing In complex discretemanufacturing, even slight defects can lead to significant issues, including rework, delays, and increased costs. They inform daily production and contribute to long-term product development, ensuring compliance with specifications and reducing defects.
EnterpriseResourcePlanning (ERP) and Manufacturing Execution Systems (MES) are pivotal technologies for today’s leading manufacturers who are pursuing digital first operations. The MES has a much closer impact on the manufacturing process than what ERP offers.
M1 ITAR is a cloud-based platform from ECI Software Solutions (Fort Worth, TX) for manufacturers who serve the U.S. government’s aerospace and defense needs to assist in maintaining compliance with the International Traffic in Arms Regulations (ITAR). Cloud-based ERP Software Protects Against Cyberattacks. www.ecisolutions.com.
Question : How do you address the security risk of enterpriseresourceplanning (ERP) data going through MES to Level 2 to run batches, start production runs, changes grades? ERP would never be designed to perform those functions. Harrison: When Level 4 can drive motors and valves, this is an important concern.
ECI’s JobBOSS² is an award-winning, cloud-native enterpriseresourceplanning (ERP) solution for the job shop and make-to-order segment of the manufacturing market. The JobBOSS² ITAR solution is designed for users that assist manufacturers serving the U.S. M1 ITAR’s solution will also be featured.
While this approach may have worked well for some, recent developments in open standards, AI, and the need to share data across systems are leading A&D manufacturers to choose open-architecture systems from various providers. Were your systems purpose-built for A&D or complex discretemanufacturing?
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