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Gyrotrons Market to Grow at a CAGR of 5.1%, Fueling Advancements in Energy, Manufacturing, and Defense | Valuates Reports

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BANGALORE, India, Dec. 19, 2024 /PRNewswire/ — Gyrotrons Market is Segmented by Type (Positive Ions Type, Negative Ions Type), by Application (Hospital, Institute).

The Global Gyrotrons Market size was USD 450 Million in 2023 and it is forecasted to reach USD 637 Million by 2030. Gyrotron industry’s Compound Annual Growth Rate will be 5.1% from 2023 to 2030.

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Major Factors Driving the Growth of Gyrotrons Market:

The gyrotrons market is expanding rapidly, driven by growing demand in fusion energy research, industrial heating, and advanced manufacturing. Key segments, including transverse-output and axial-output gyrotrons, cater to diverse applications, from scientific research to defense technologies. As industries prioritize precision, efficiency, and sustainability, the adoption of gyrotrons continues to rise globally. This market’s growth is further supported by innovations in design and emerging applications across healthcare and renewable energy sectors, ensuring its sustained expansion.

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TRENDS INFLUENCING THE GROWTH OF THE GYROTRONS MARKET:

Transverse-output gyrotrons are pivotal in driving the growth of the gyrotrons market due to their advanced capabilities in industrial and scientific applications. These devices are extensively utilized in electron cyclotron resonance heating (ECRH) for nuclear fusion research, a field witnessing significant global investments. Their ability to generate high-power millimeter waves with precise frequency control makes them indispensable in plasma heating systems. Additionally, transverse-output gyrotrons are used in material processing industries for applications like ceramic sintering and polymer curing, providing efficiency and uniformity in heat treatment. Their adoption is further propelled by advancements in gyrotron design, enhancing their performance and reliability. Governments and private organizations are funding research initiatives to explore the potential of nuclear fusion as a sustainable energy source, driving demand for high-quality gyrotrons. As industries and laboratories seek powerful and precise solutions for specialized heating needs, transverse-output gyrotrons remain a critical growth driver in the market.

Axial-output gyrotrons contribute significantly to the gyrotrons market by addressing the needs of industrial heating, medical applications, and defense technologies. Their ability to produce consistent and high-frequency electromagnetic waves has made them ideal for industrial processes like metal processing, chemical synthesis, and advanced manufacturing. Axial-output gyrotrons are also being adopted in medical research for hyperthermia treatment systems, providing non-invasive cancer therapies. The defense sector uses these gyrotrons for directed-energy weapon systems and radar applications, showcasing their versatility and high-performance characteristics. Moreover, advancements in axial-output designs have reduced system size and energy consumption, making them more accessible for broader applications. With increased focus on precision heating and non-invasive medical technologies, axial-output gyrotrons are gaining traction in various industries, driving market expansion. Their role in supporting innovative technologies and high-efficiency processes ensures their continued importance in the gyrotrons market.

The manufacturing industry plays a vital role in driving the growth of the gyrotrons market by leveraging their high-power heating capabilities for industrial processes. Gyrotrons are widely used in advanced manufacturing for applications such as material processing, drying, and sintering, where precise and efficient heat generation is critical. Industries producing ceramics, composites, and advanced polymers benefit from the uniform energy distribution offered by gyrotrons, enhancing product quality and reducing processing time. Additionally, gyrotrons support eco-friendly manufacturing practices by minimizing energy waste and emissions, aligning with global sustainability goals. The rise of smart manufacturing and Industry 4.0 initiatives has further fueled the adoption of gyrotrons, as they integrate seamlessly with automated production systems. With the increasing demand for high-performance materials and sustainable production methods, the manufacturing industry’s reliance on gyrotrons is expected to grow, driving significant market expansion.

Fusion energy research is one of the primary drivers of the gyrotrons market. Gyrotrons are integral to plasma heating systems used in nuclear fusion reactors, where they generate high-power millimeter waves to sustain the fusion process. Governments and private organizations worldwide, including ITER and other major fusion projects, are heavily investing in developing fusion technology as a sustainable energy solution. The efficiency and precision of gyrotrons in delivering controlled energy outputs make them indispensable for achieving the high temperatures required in fusion reactors. As countries seek cleaner and more renewable energy sources to combat climate change, funding and collaborations in fusion research continue to grow. These initiatives are driving demand for advanced gyrotron systems capable of supporting large-scale fusion operations. The increasing focus on energy sustainability positions gyrotrons as a critical component in the future of global energy solutions, ensuring their sustained demand in this sector.

The expanding scope of industrial heating applications is significantly driving the growth of the gyrotrons market. Industries such as ceramics, metallurgy, and polymer processing utilize gyrotrons for their ability to generate precise and high-intensity heat required for sintering, drying, and material treatments. Gyrotrons improve energy efficiency and provide uniform heat distribution, ensuring superior product quality and reduced operational costs. In the chemical industry, they are employed for specific synthesis processes, enhancing reaction efficiency and output consistency. The growing emphasis on eco-friendly manufacturing practices has also increased the adoption of gyrotrons, as their energy-efficient operation aligns with global sustainability goals. Furthermore, emerging applications in additive manufacturing and 3D printing are leveraging gyrotron technology to process advanced materials, further expanding their industrial usage. The rising need for precision and efficiency in industrial processes continues to fuel demand for gyrotrons across a wide array of manufacturing sectors.

The defense industry is a prominent driver of the gyrotrons market, leveraging these devices for cutting-edge applications such as directed-energy weapons and advanced radar systems. Gyrotrons are capable of generating high-frequency electromagnetic waves, making them critical components in modern defense technologies. Directed-energy weapons, which utilize focused energy to disable or destroy targets, rely on gyrotrons for their precision and high power output. Additionally, advanced radar systems equipped with gyrotrons offer improved range and resolution, enhancing situational awareness and threat detection capabilities. As global defense budgets continue to rise, particularly in developed regions such as North America and Europe, the adoption of gyrotron technology is expanding. Governments are investing in research and development to enhance the performance and reliability of these systems. The growing need for sophisticated defense solutions to address emerging security challenges underscores the importance of gyrotrons in this sector, driving market growth.

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GYROTRONS MARKET SHARE:

The gyrotrons market shows dynamic growth across regions. North America leads due to significant investments in fusion energy research, advanced manufacturing, and defense technologies. Europe follows, driven by its strong industrial base and focus on clean energy initiatives. Asia-Pacific is the fastest-growing region, fueled by rising industrialization, nuclear research programs, and government support for technological advancements. Countries like China, Japan, and South Korea are at the forefront of gyrotron adoption, particularly in fusion research and material processing. Emerging markets in Latin America and the Middle East are also contributing to growth, supported by increasing investments in industrial and energy sectors. These regional trends highlight the diverse applications and opportunities driving the global expansion of the gyrotrons market.

Key Companies:

IBAGESiemens HealthineersSumitomo Heavy IndustriesAdvanced Cyclotron SystemsBest Medical International

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Technology

IR announces Iris for Card Payments: AI-powered observability that sees transactions end-to-end

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43 minutes ago

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June 22, 2026

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SYDNEY, June 22, 2026 /PRNewswire/ — Leading global observability software provider Integrated Research (“IR”) today announced Iris for Card Payments, the AI‑powered assistant designed to help payments teams detect issues earlier, understand their impact faster, and act before revenue and customer trust are at risk.

As card payments environments grow in scale and complexity, issues can cascade in minutes. Transaction volumes spike, dependencies multiply, and even highly experienced teams can struggle to correlate schemes, response codes, flows, and performance metrics in real-time. AI-powered observability can unlock faster, deeper insight for payments teams at precisely the moment when clarity matters most.

Via natural language prompts, Iris for Card Payments delivers real-time card payments insights, and is built on IR’s core observability platform Prognosis which monitors over 80 billion transactions each year for some of the world’s largest banks and financial institutions.

Iris: AI that truly understands card payments

Extra pair of Expert Eyes: Iris makes deep card payments expertise instantly accessible, reducing reliance on scarce specialists and building confidence 24/7.Purpose-built with context-aware insights: Iris understands card payments end-to-end, with built-in IR correlation logic to explain why something happened, not just what.Natural-language queries: Clear answers about transaction declines, approvals, volumes and performance – no syntax or dashboard stitching required.

Iris for Card Payments is available from May 2026 in Beta to customers globally as part of the release of Prognosis 13.3. Future releases will extend Iris to High Value Payments and Real‑Time Payments domains.

For more information or to request a demo, visit the website.

About IR
At IR, we power elite business performance. Trusted by the world’s largest organizations for more than 30 years, our market-leading observability solutions are powered by Prognosis – the real-time intelligence platform built for multi-vendor infrastructure, UC&CX and payments environments. To find out more, visit www.ir.com.

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SOURCE Integrated Research (IR)

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Montana-Dakota Utilities Announces Electric Service Agreement with Applied Digital for Proposed AI Factory

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43 minutes ago

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June 22, 2026

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BISMARCK, N.D., June 22, 2026 /PRNewswire/ — MDU Resources Group, Inc.’s (NYSE: MDU) subsidiary, Montana-Dakota Utilities Co., has entered into an electric service agreement (ESA) with Applied Digital Corporation (NASDAQ: APLD) to provide power to Polaris Forge 3, an AI Factory near Center, North Dakota.

At full capacity, the campus would require 430 megawatts of electricity. Under the ESA, Applied Digital would be responsible for the costs of purchasing the energy directly from the market or through other power supply arrangements. Applied Digital anticipates initial operations to commence in August 2027.

Polaris Forge 3 will expand Applied Digital’s footprint in North Dakota, where the company is developing purpose-built campuses designed to support high-density artificial intelligence workloads. Applied Digital has previously announced a 15-year lease with a U.S. based high investment-grade hyperscaler for this site.

“Polaris Forge 3 is another example of how Applied Digital is turning power into operational AI capacity through disciplined execution and long-term partnerships,” said Wes Cummins, Chairman and CEO of Applied Digital. “This campus is expected to create approximately 200 full-time jobs, generate meaningful property tax revenue and support long-term growth across Oliver County and the surrounding region. We believe AI infrastructure should create value well beyond the campus, and we’re proud to continue building in North Dakota.”

Montana-Dakota Utilities currently serves Applied Digital at Polaris Forge 1, its AI Factory near Ellendale, North Dakota, where the companies have worked together to integrate significant power demand while maintaining reliable, cost-effective service for customers, crediting $38.4 million back to North Dakota customers over the past three years.

“This proposed project reflects the growing interest in North Dakota as a location for large energy users,” said Nicole Kivisto, president and CEO of MDU Resources. “We are committed to serving these customers in a way that benefits our communities, supports the regional grid and delivers value to our customers.”

Approval of the ESA and other regulatory filings by the North Dakota Public Service Commission is required for the company to provide power under the agreement with Applied Digital.

About MDU Resources Group, Inc.
MDU Resources Group, Inc., a member of the S&P SmallCap 600 index, strives to deliver safe, reliable, cost-effective and environmentally responsible electric utility and natural gas distribution services to more than 1.2 million customers across the Pacific Northwest and Midwest. In addition to its utility operations, the company’s pipeline business operates a more than 3,800-mile natural gas pipeline network and storage system, ensuring reliable energy delivery across the Northern Plains. With a legacy spanning over a century, MDU Resources remains focused on energizing lives for a better tomorrow. For more information about MDU Resources, visit www.mdu.com or contact the investor relations department at investor@mduresources.com.

About Applied Digital Corporation
Applied Digital (Nasdaq: APLD) named Best Data Center in the Americas 2025 by Datacloud — designs, builds, and operates high-performance, sustainably engineered data centers and colocation services for artificial intelligence, cloud, networking, and blockchain workloads. Headquartered in Dallas, TX, and founded in 2021, the company combines hyperscale expertise, proprietary waterless cooling, and rapid deployment capabilities to deliver secure, scalable compute at industry-leading speed and efficiency, while creating economic opportunities in underserved communities through its award-winning Polaris Forge AI Factory model. Learn more at applieddigital.com or follow @APLDdigital on X and LinkedIn.

Investor Contact: Brent Miller, treasurer, 701-530-1730

Media Contacts:

MDU Resources: Byron Pfordte, director of integrated communications, 208-377-6050

Montana-Dakota Utilities: Jamie Tescher, senior public relations representative, 701-204-8274

Applied Digital: JSA (Jaymie Scotto & Associates), jsa_applied@jsa.net, 856-264-7827

 

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SOURCE MDU Resources Group, Inc.

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Florida International University researchers reveal how altered images can bypass AI safeguards

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43 minutes ago

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June 22, 2026

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MIAMI, June 22, 2026 /PRNewswire/ — It may look like a picture of a panda bear to you, but to your business’s AI agent, it can act like a skeleton key, bypassing safety safeguards and potentially causing the model to generate harmful, misleading or policy-violating outputs.

That risk is the focus of new research from Hadi Amini, associate professor at Florida International University’s Knight Foundation School of Computing and Information Sciences. Together with graduate assistant Md Jueal Mia, he is studying how manipulated images can “jailbreak” certain AI systems, pushing them beyond their built-in safeguards.  

“AI models don’t see images the same way humans do,” Amini said. “They see patterns of numbers and pixels. By carefully manipulating those pixels, we can influence how the AI interprets the image and responds.” 

The team’s research demonstrated how small-language AI models – the kind frequently employed by small businesses to execute routine tasks like accounting or customer service – have become particularly susceptible to image-based hacks. As shown in research presented at the 2025 International Conference on Machine Learning and Applications (ICMLA), the team found that by introducing microscopic pixel-level changes called “perturbations” into an image, they could trick these AI systems into generating responses that they would normally block.  

“The manipulated image is like the face of a stranger,” Amini said. “The AI has to learn when a request should be treated with caution before it answers. In order to protect AI systems from attacks, we try to break them ourselves, identify potential vulnerabilities and design defense mechanisms.” 

The researchers then set out to probe the system’s defenses. The more successfully they penetrated the models’ guardrails, the more the systems could be trained to resist future threats. To do this, Amini and his team developed a method called JaiLIP (Jailbreaking with Loss-guided Image Perturbation), which uses an algorithm to determine the optimal degree of pixel-level manipulation.

In tests using BLIP-2, a multimodal AI model used by researchers and developers, Amini and his team found that images modified with JaiLIP significantly increased the likelihood that the system would generate harmful or unsafe responses. In one example, a JaiLIP-altered version of a stoplight tricked the AI model into divulging detailed instructions on how to run the light while avoiding a traffic ticket. Overall, the use of JaiLIP images nearly doubled the number of harmful responses generated by AI models. 

The risk extends beyond users simply prompting AI systems for instructions on illegal activity. As businesses increasingly adopt AI-powered customer service agents, chatbots and automated workflows, vulnerabilities in open-source or lightly protected systems could negatively impact users’ trust or create new avenues for cyberattacks.

“Small businesses and companies can benefit from AI to enhance their efficiency, but they have to be aware of the potential vulnerabilities,” Amini said. “They must make sure they’re deploying sufficient guardrails to maintain the safety and integrity of their AI tools.” 

Amini said there are some basic precautions that everyone should use before integrating AI into their business or workplace, including limiting the sensitive information they provide to AI systems (especially images), restricting who can access those systems and carefully evaluating the security measures built into AI tools before deployment.  

Because safety is paramount, Amini and his team are working to stay one step ahead of potential bad actors in the AI sphere. The more vulnerabilities he and his team can find, the quicker the AI will learn to repair them. The challenge, he said, is ensuring that AI can recognize threats hidden in plain sight — even when humans cannot. 

Photos and videos of Amini’s AI research, including interviews and b-roll, are available for media use via Dropbox. 

Media Contact:
Brian Zimmerman
305-348-8448
bzimmerm@fiu.edu 
news.fiu.edu
@FIU

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SOURCE Florida International University

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