Anduril Industries recently announced plans for a large-scale production facility in Rhode Island that will enable the company to increase production to 200 Autonomous Underwater Vehicles (AUVs) per year. Anduril has seen a growing demand from defense and commercial customers for its Dive-LD family of AUVs, including an $18.6 million contract with the US Navy. By investing in a scaled production facility ahead of need, Anduril will be able to rapidly scale production, stay ahead of customer demand, and deliver on orders with unprecedented speed — not to mention, create more than 100 jobs over the next five years. Read more about the facility plans and the demand driving it here: https://lnkd.in/eXruJWqg
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Anduril announced a new manufacturing facility for large scale production of Autonomous Underwater Vehicles (AUVs) in Quonset Point, Rhode Island to stay ahead of customer demand and deliver the Dive-LD family of AUVs with unprecedented speed. The 150,000 square foot production facility will increase production capacity for its Dive-LD family of AUVs to more than 200 hulls per year. The factory announcement comes amid growing demand from defense and commercial customers for Anduril's AUVs. The US Navy recently awarded Anduril an $18.6 million contract for an initial buy of Dive AUVs through the Defense Innovation Unit (DIU)'s Large Displacement Unmanned Underwater Vehicles (LDUUV) prototyping effort. AUVs transform maritime deterrence by providing an affordable, distributed, and adaptable undersea capability that complements the U.S. and allied submarine fleet.
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To optimize both financial & materiel management and to increase asset availability, expect more buyers to start demanding access to more data about their own systems.
We had so much interest in our Autonomous Vehicle Sustainment (AVS) technology at AUSA! Moving from reactive to predictive maintenance, AVS is our Prognostic & Predictive Maintenance (PPMx) solution. It optimizes equipment performance and increases operational readiness while reducing the Army’s cost of ownership of vehicle fleets. The on-platform Health, Usage, Monitoring System (HUMS) is integrated with Next Generation Electronic Architecture to provide forward-looking, real-time Decision Actionable Logistics Information (DAI). #AUSA2023 #GDatAUSA #InnovationIsInOurDNA
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Sr. Program Manager Views, likes, comments and opinions are mine and do not reflect that of my employer or past employers.
The use of never-before-seen advanced technologies in autonomous military vehicles further highlights this importance as compliance will improve product quality, reduce development costs, and increase customer confidence, thereby reducing the need for costly rework in the future. #BendTheCurve #AUSA2023 #USArmy
NEW: The criticality of DO-254 and DO-178C standards for future Army autonomous vehicles
amplify.mrcy.com
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Sr. Program Manager Views, likes, comments and opinions are mine and do not reflect that of my employer or past employers.
The use of never-before-seen advanced technologies in autonomous military vehicles further highlights this importance as compliance will improve product quality, reduce development costs, and increase customer confidence, thereby reducing the need for costly rework in the future. #BendTheCurve #AUSA2023 #USArmy
NEW: The criticality of DO-254 and DO-178C standards for future Army autonomous vehicles
amplify.mrcy.com
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On March 13, GT Shareholders Todd Basile and Tyler Thompson will present the CLE webinar, "Roadblocks and Turbulence: Data Issues in Autonomous Vehicles, UAVs, and More." This webinar will delve into the critical legal issues surrounding that data and will explore the management of data used for and gathered by these technologies and their associated algorithms, personal information concerns, regulatory approvals, and data contracting with customers and partners. https://buff.ly/3wBldcB #DataPrivacy #DataIssues #AutonomousVehicles #UAVs
Roadblocks and Turbulence: Data Issues in Autonomous Vehicles, UAVs, and More | Events | Greenberg Traurig LLP
gtlaw.com
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Sr. Program Manager Views, likes, comments and opinions are mine and do not reflect that of my employer or past employers.
The use of never-before-seen advanced technologies in autonomous military vehicles further highlights this importance as compliance will improve product quality, reduce development costs, and increase customer confidence, thereby reducing the need for costly rework in the future. #BendTheCurve #AUSA2023 #USArmy
NEW: The criticality of DO-254 and DO-178C standards for future Army autonomous vehicles
amplify.mrcy.com
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NPI Engineer, Innovation Champion, AI Trainer, Tech Product and Services Designer, Project Manager Lead.
Have you ever asked how a course to Certify Professionals is designed and certified? Today I feel very excited to take the Course "Online Course Development" by ICEMéxico. There is a structure of requirements necessary to be an entity that can train others and provides a level of quality security. You can also join the free 9-section event (in spanish): https://lnkd.in/e46aBy_6 I think it will be very important my development of new skills and projects at IRIS COMPANY . Where we hope to create a specialty course in the design of unmanned autonomous vehicles for specific applications in high-risk industries for their operators. #ICEMÉXICO #IRISCOMPANY #designexcellence #professionalgrowth #developmentopportunity #innovationindesign #coursecreators #UAVS #UGV #productdesign #UANL #UAEM
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The ability to operate AUVs and ROVs as "resident" platforms (meaning they remain submerged for many months at a time) autonomously is challenging, due to environmental and operational challenges restricting the effectiveness of navigation sensors. Offshore survey contractor Modus Limited used Nortek DVLs to maintain navigational consistency while testing and proving resident vehicle capabilities. Successful operation of resident platforms has benefits ranging from reduced costs to reduced carbon emissions. Learn more about Modus' Hovering Autonomous Underwater Vehicles (HAUVs) in the full story here: https://bit.ly/42XYP9f
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Navigating the complexities of operating AUVs and ROVs as "resident" platforms, which stay submerged for extended periods, presents significant challenges. Environmental and operational conditions often limit the effectiveness of navigation sensors, making autonomous operation difficult. #AUV #ROV #MarineTechnology #AutonomousVehicles #UnderwaterInnovation Nortek
The ability to operate AUVs and ROVs as "resident" platforms (meaning they remain submerged for many months at a time) autonomously is challenging, due to environmental and operational challenges restricting the effectiveness of navigation sensors. Offshore survey contractor Modus Limited used Nortek DVLs to maintain navigational consistency while testing and proving resident vehicle capabilities. Successful operation of resident platforms has benefits ranging from reduced costs to reduced carbon emissions. Learn more about Modus' Hovering Autonomous Underwater Vehicles (HAUVs) in the full story here: https://bit.ly/42XYP9f
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HSL inks MoU for AUV development Hindustan Shipyard Limited (HSL) and Pentagon Rugged Systems have entered into a memorandum of understanding (MoU) to collaboratively advance the development of portable autonomous underwater vehicles (AUV. This strategic partnership aims to leverage the expertise of both entities in underwater technology for the enhancement of maritime security. The MoU signifies a collaborative effort between Pentagon Rugged Systems and Hindustan Shipyard Limited in advancing the development of Dolphin AUVs, showcasing a commitment to technological innovation in the maritime domain. The collaboration is aligned with the growing importance of AUVs in bolstering maritime security.
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