Beyond BVLOS: How Parts 108 and 146 Could Reshape U.S. Drone Operations
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Explore how proposed FAA Parts 108 and 146 could reshape BVLOS drone operations, automation, airspace data, and scalable commercial drone programs.
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How Utilities Are Improving Worker Safety With Smart Technology
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From connected wearables and drones to artificial intelligence (AI), robotics and Internet of Things (IoT) sensors, these innovations help crews identify hazards earlier, avoid unnecessary risks and make more informed decisions in the field.
Read MoreWashington Targets Foreign Robots and Drones With New Restrictions and Tariffs
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New U.S. restrictions on foreign robots and tariffs on imported drones could reshape costs, supply chains, procurement, and industrial automation.
Read MoreIndustrial Digital Twins Grow Up: Building Enterprise Data Workflows from Reality Capture to AI
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How industrial leaders are scaling digital twins with reality capture, AI, and connected data workflows to improve asset management, safety, and operations.
Read MoreTransforming Grid Inspections: How Utilities Are Using AI to Improve Reliability and Asset Management
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Utility leaders from Duke Energy, Southern Company, and Duquesne Light share how AI, drones, and automation are transforming grid inspections and asset management.
Read MoreCintoo Unveils Real-time Multi-user Collaboration Workspaces
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Cintoo is introducing real-time multi-user collaboration workspaces - the first solution to let distributed teams meet inside high-fidelity, full-scale digital environments streamed directly from 3D scan data.
Read MoreBeyond the Buzzwords: A Blueprint for the Digital Enterprise
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Siemens’ latest Digital Enterprise briefing cuts through the hype around industrial transformation, revealing why clean, connected data—not flashy new tools—is the true foundation of digital twins, scalable AI, and plant-wide optimization. Learn how to overcome data silos, escape pilot purgatory, connect the shop floor to the top floor, and build a Digital Enterprise that actually delivers results across energy, utilities, and industrial operations.
Read MoreThe Post-Print Revolution: How Impac Systems is Redefining UAV Airframes and Industrial Digital Twins
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A post-printing fiber technique is producing plastic parts that behave like metal, why the energy sector is pushing toward hybrid manufacturing, and how scanning technology is making real-time digital twins practical in the field.
Read MoreReality Capture, AI, and Digital Twins: The Next Era of Industrial Intelligence
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Reality capture is transforming industrial enterprises and utilities through its integration with digital twins, AI, engineering, and traditional surveying.
Read MoreThe Proximity Gap: Why Robotics Pilots Stall in Heavy Industry, and the Hub- Based Answer
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Scaleport opens its flagship in Houston in Q4 2026, with a model built to compress the operational distance between robotics innovators and the operators they want to serve.
Read MoreEnergy Companies Are Improving Asset Management with Drones and Visual AI
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How energy companies like Dominion Energy and Ameren are using visual AI, drones, and analytics to improve asset management, grid reliability, and proactive maintenance.
Read MoreHow Drones Are Transforming Power and Utility Operations
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Drones are transforming how utilities inspect infrastructure, manage risk, and protect critical assets. Learn the key trends shaping drone use in the power and utility industry.
Read MoreThe Real Barrier to Scaling AI Is Data
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New research from McKinsey and Anthropic reveals how AI adoption is evolving and how industrial technology leaders can strategically scale AI.
Read MoreGale Project Technologies Issued a U.S. Patent Protecting Core Technology
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From gale
Gale Project Technologies is pleased to announce that the United States Patent and Trademark Office (USPTO) has officially awarded a U.S. patent protecting the company’s core technology behind the GALE System, an autonomous monitoring and UAS deployment platform designed to transform static infrastructure into intelligent public safety and data collection nodes. This major milestone sets a new bar not just for drone operations, but for the future of autonomy.
The newly issued patent secures Gale’s foundational architecture for a modular platform that integrates advanced cameras, sensors, edge computing, real-time data analytics, and autonomous drone deployment within a single infrastructure system. The GALE System is designed to support public safety agencies, infrastructure operators, municipalities, and defense organizations by providing continuous monitoring, situational awareness, and rapid-response capabilities.
Mounted on infrastructure such as utility poles or fixed installations, the GALE System functions as an intelligent monitoring station capable of collecting and analyzing environmental, security, and operational data in real time. The system can deploy unmanned aerial systems (UAS) when needed to gather additional situational intelligence, enabling faster response during emergencies, disasters, or security incidents.
“This patent represents an important milestone for our company and validates the innovative architecture behind the GALE platform,” said Jay Kriner, CEO of Gale Project. “Our goal has been to create an intelligent monitoring infrastructure that can support public safety, critical infrastructure protection, and data-driven decision making. With this patent now awarded, Gale is well positioned to advance development and deployment of the GALE System. We're creating the standard for public safety and beyond through a single system solution.”
The GALE platform is designed to support a wide range of applications including:
• Public safety and traffic monitoring and rapid-response support
• Critical infrastructure and utility monitoring
• Environmental, weather and agricultural data collection
• Disaster response and emergency management
• Security monitoring for municipalities, campuses, and private facilities
Gale Project is currently advancing the GALE System toward commercial deployment and expanding strategic partnerships across the public safety, aerospace, and technology sectors.
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Utility Drone and Robotics Programs Are Expanding to Become Core Infrastructure
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Utility drone and robotics programs are expanding rapidly. Explore industry trends and real-world case studies showing how utilities are scaling.
Read MoreThe Data Bridge: How Modern Utilities are Breaking Down Silos
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Modern utilities are transforming drone programs into enterprise-wide data pipelines, breaking down silos to deliver real-time insights, automated work orders, and smarter grid operations. Learn how leaders from Southern California Edison, BGE/Exelon, and Nova Scotia Power are turning aerial data into actionable intelligence across teams.
Read MoreThe Sky is the New Front Line: Securing Critical Infrastructure in 2026
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The drone industry is entering a new era where critical infrastructure is no longer just inspected from the air, it’s exposed by it. As NERC warns of rising drone threats from state actors and extremists, utilities must adopt a new C-UAS playbook focused on layered defense and “RF cyber” mitigation to safely detect, identify, and control unauthorized drones without disrupting operations.
Read MoreSeeing the Invisible: How the City of Troy Stops Outages Before They Start
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Learn how the City of Troy uses UV solar blind cameras to detect invisible corona discharge on power lines, helping utilities prevent outages, fires, and costly repairs.
Read MoreBeyond the Demo: What it Really Takes to Scale Industrial Robots
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Industrial robots are moving beyond flashy demos and into full-scale deployment across oil, gas, and chemical sites. From Ex-proof certification and fleet scalability to data integration and autonomous decision-making, here’s what companies must prioritize to turn robotic inspections into reliable, operational intelligence.
Read MoreShould Utilities Go Big? The Reality of Scaling UAS Operations
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Are larger utility drones the next logical step? End State Solutions and Tactien Group explain why scaling from small UAS to large aircraft requires aviation-level operations, multi-mission ROI, FAA planning, and a mission-first strategy—plus what utilities must consider before investing in six-figure platforms.
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