ATLANTA - Honeywell in Phoenix unveiled Honeywell Forge Performance+ for Aerospace, a cloud-based platform that utilizes artificial intelligence (AI) and machine learning (ML) to help commercial aerospace manufacturing and maintenance, repair, and overhaul (MRO) facilities modernize production and lower operational costs through digitalization. This addition to the Honeywell Forge suite further supports Honeywell’s alignment with the trend of advancing automation and the future of aviation.
"During a time of increasing workplace complexity and operating costs, operators need to be able to leverage data to inform critical decision-making and embrace automation,” said Karen Miller, general manager, Honeywell Connected Aerospace. “As the aviation industry grapples with issues such as aging fleets, higher maintenance costs, and ongoing supply chain challenges, Honeywell Forge Performance+ for Aerospace can help organizations achieve key outcomes such as quicker turnarounds, increased asset utilization, and decreased maintenance times.”
Aerospace manufacturing and MRO operations face several challenges regarding operations and workforces. Many of these organizations need to increase operational awareness and improve asset management, such as quickly locating assets across a site while also lowering operational costs. Organizations also have siloed data that cannot be effectively utilized in managing their businesses due to complex assets, facilities, and workforces.
“Today’s aerospace companies need to improve their operational efficiency and gain better visibility into their assets, but disconnected and manual processes hold them back,” said Michael Rowe, Vice President Aerospace & Defense at Frost & Sullivan, a leading industry analyst firm. “A smaller MRO team may have more than 1,200 open maintenance actions to tackle. Instead of focusing initially on work that seems easiest to complete, software solutions such as Honeywell Forge Performance+ for Aerospace can enable companies to first address those tasks with the highest impact on operations that improve productivity and decrease costly downtime."
