Emerson's Transformation and Growth - Emerson has significantly transformed its portfolio, increasing automation exposure from 64% to 88% between pre-transformation (2021) and today (2025)[58] - Emerson's organic growth has accelerated from a 2% CAGR (2010-2021) to a 7% CAGR (2021-2025)[66, 67] - Emerson's 2025 financial profile includes net sales of $18 billion, a gross profit margin of 52.8%, and an adjusted segment EBITA margin of 27.6%[73] Market Position and Strategy - Emerson has a $155 billion installed base, with a resilient business model supported by a 65% Maintenance, Repair & Operations (MRO) business in 2025[76, 77] - Emerson aims to increase cash returns to shareholders through accelerated share repurchase and increased dividends[38, 46] - Emerson is targeting organic sales growth of 4-7% through-the-cycle[84, 86] Financial Targets and Capital Allocation - Emerson is pivoting its capital allocation to prioritize a $10 billion return to shareholders[134] - Emerson is targeting $21 billion in net sales and an adjusted EPS of $8.00 by 2028[140] - Emerson plans to return $10 billion to shareholders through $6 billion in share repurchases and $4 billion in dividends between 2026 and 2028[139] Margin Expansion - Emerson is driving towards a 30% Adjusted Segment EBITA Margin[144] - Emerson is planning to return $10B to shareholders through accelerated share repurchase & increased dividends[139]

Rockwell Automation (NYSE:ROK) 2025 Investor Day November 19, 2025 11:00 AM ET Company ParticipantsChristian Rothe - SVP and CFOMatt Fordenwalt - SVP of Lifecycle ServicesBlake Moret - Chairman and CEOTessa Myers - SVP of Intelligent DevicesNone - Company RepresentativeMateus Bulho - SVP of Software and ControlRobert Buttermore - Chief Supply Chain OfficerBob Buttermore - SVP and Chief Supply Chain OfficerAijana Zellner - VP of Investor RelationsGiuseppe Del Duca - CEO of Ferrero Technical Services and Head ...

INVESTOR DAY CHICAGO, IL USA NOV 18 - 19, 2025 SAFE HARBOR STATEMENT This presentation includes statements related to the expected future results of the company and are therefore forward-looking statements. Actual results may differ materially from those projections due to a wide range of risks and uncertainties, including those that are listed in our SEC filings. This presentation also contains non-GAAP financial information and reconciliations to GAAP are included in the appendix. All information should b ...

Core Insights - Ocean Power Technologies, Inc. has been certified by AUVSI as a Trusted Uncrewed Maritime Systems Operator Training Provider, marking a significant milestone in the professionalization of uncrewed surface vehicle operations [1][2][4] Company Developments - The certification allows Ocean Power Technologies to provide comprehensive training for various professionals, including government, defense, commercial, and academic sectors, using its WAM-V® platform [3][5] - The training will be offered at both Pacific and Atlantic Ocean locations, as well as at customer sites, contributing to revenue generation for the company [3][6] Industry Impact - This certification establishes a consistent baseline for operational proficiency, ethics, and safety across the maritime autonomy ecosystem, building on AUVSI's existing frameworks for aerial systems [4][5] - Ocean Power Technologies aims to enhance workforce readiness and support the growth of the uncrewed maritime sector through this training initiative [5][6]

Core Viewpoint - Palladyne AI and Draganfly are collaborating to enhance unmanned aerial vehicle (UAV) capabilities by integrating Palladyne Pilot AI software into Draganfly's drone systems, aiming to provide advanced aerial intelligence solutions for government, defense, and commercial sectors [1][4]. Group 1: Collaboration Details - The partnership focuses on integrating Palladyne Pilot, an intelligent swarming and collaborative AI software, into Draganfly's UAV platforms, allowing for enhanced autonomous operations and improved operator efficiency [2][3]. - Palladyne Pilot enables multiple UAVs to work collaboratively under a single operator's control, enhancing detection, tracking, classification, and identification capabilities [2][3]. Group 2: Company Background - Draganfly has over 25 years of experience in providing professional-grade UAV systems and services to various sectors, including public safety, agriculture, and industrial inspections [3][6]. - Palladyne AI specializes in developing AI and machine learning software that empowers robotic platforms to operate autonomously and adapt to dynamic environments [7][8]. Group 3: Technological Advancements - The integration of Palladyne Pilot is expected to expand Draganfly's mission capabilities, including autonomous swarm operations and real-time intelligence, surveillance, and reconnaissance (ISR) [3][4]. - Palladyne AI's software is designed to reduce programming complexity and enhance the efficiency of robotic systems, making it applicable across various industries, including defense and logistics [8][9].

Core Insights - HII and Shield AI have announced a partnership to enhance modular, cross-domain mission autonomy, aiming to combine their respective technologies for advanced autonomous solutions [1][2][3] Company Overview - HII is the largest military shipbuilder in the U.S. with over 135 years of experience in advancing national security, providing capabilities from ships to unmanned systems and AI/ML technologies [8][9] - Shield AI, founded in 2015, focuses on defense technology with a mission to protect service members and civilians through intelligent systems, operating globally with multiple offices [9] Partnership Details - The collaboration integrates Shield AI's Hivemind mission autonomy software with HII's Odyssey suite, targeting the development of next-generation autonomous solutions for U.S. and allied forces [2][3] - Hivemind software is designed for unmanned systems to perform complex missions reliably in challenging environments, with initial applications focusing on unmanned surface vehicles (USVs) and expanding to unmanned undersea vehicles (UUVs) [6] - HII's Odyssey software supports operations across unmanned aerial vehicles (UAVs), USVs, and UUVs, allowing for rapid integration of various technologies and enhancing operational capabilities [7] Strategic Goals - The partnership aims to accelerate the future of autonomous operations, providing U.S. and allied forces with enhanced speed, flexibility, and resilience in various environments [3][6] - Both companies view this collaboration as a significant step towards redefining maritime operations and advancing autonomous capabilities at scale [6]

Automation & Robotics Adoption - Cargill has been utilizing Boston Dynamics' Spot robot at its oilseed facility since mid-2024 [1] - The deployment of Spot supports Cargill's move towards autonomous operations [1] - Robots are handling routine inspections and visual safety checks [1] Operational Efficiency - Humans are shifting focus to predictive maintenance and long-term planning [1]

Watch out for Spot!Boston Dynamics’ agile mobile robot has been on patrol at Cargill’s oilseed facility since mid-2024, helping out with routine inspections and visual safety checks.It’s all part of Cargill’s push toward more autonomous operations, where robots handle the rounds, and humans focus on bigger-picture tasks like predictive maintenance and long-term planning. ...