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Researchers tackle a crucial question: What happens when humans clash with AI– and each other?

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A search-and-rescue team aided by artificial intelligence scans a disaster area for a missing person. A human spotter in the air suggests shifting to a new area, and the AI assistant concurs, while a team member on the ground disagrees.

What happens next?

That is the kind of question that Christopher Flathmann of Clemson University is working to answer with a new research project. Flathmann, an assistant professor in the School of Computing, is focusing on how human beings and AI can best work together, including how to resolve conflict.

“The broad goal is to say, if we’re going to integrate an AI system into the workforce–into any team– we don’t want it to be at the cost of humans working together,” Flathmann said. “In fact, we wanted to bolster humans working together.”

The three-year project is funded with $400,000 from the Air Force Office of Scientific Research’s Young Investigator Program.

The program reserves funding for early-career investigators who show exceptional ability and promise for conducting basic research, marking Flathmann as a rising star in higher education.

Christopher Flathmann (left) and Kwame André work with a robotic dog in McAdams Hall at Clemson University.

His research is particularly timely, as the military and growing number of companies integrate AI into the workforce, he said.

“AI technology at this point is not something that is not nice to have– it’s going to become a requirement to handle these complex environments,” Flathmann said. “We can’t just have singular teams do singular missions anymore. Teams of teams have to work together, and large groups have to work together.”

Part of the project focuses on building and designing AI technology that helps preserve how human beings interact with each other, while part focuses on creating a training program to prepare humans to work with AI.

As part of the project, Flathmann and his team plan to have a general population of adults go through military-style search-and-rescue simulations and see how they interact with AI teammates.

They expect the findings to apply not only to the military but to broader questions about how to integrate AI into the workforce.

The research will give Flathmann’s students a chance to work in one of the world’s fastest-growing areas of study. Among them is Kwame André, a recent Clemson computer science graduate who is now a Ph.D. student in Flathmann’s lab.

“The speed that AI is developing– it is going to be integrated immediately,” André said. “So when it’s integrated is it just going to harm relationships with people, or do we get in there and help mediate those relationships and help keep them together?”

It’s a crucial question Flathmann and André are working to resolve in favor of humans working together– as they have for millennia– but now with a new kind of help.

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Get in touch and we will connect you with the author or another expert.

Or email us at news@clemson.edu



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New Akamai-Commissioned Research Reveals GenAI is Driving “The Edge Evolution”: 80% of APAC CIOs to Rely on Edge Services by 2027 to Support AI Workloads

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  • Akamai-commissioned research reports future-proofing digital business infrastructure as the top technology initiative for CEOs in Asia-Pacific organizations
  • Leading analyst firm predicts that by 2027, 80% of CIOs will turn to edge services from cloud providers to meet the performance and compliance demands of AI inferencing
  • 31% of enterprises have moved GenAI applications into production, with 64% in testing phase, forcing an infrastructure rethink

SINGAPORE – Media OutReach Newswire – 2 September 2025– As generative AI becomes essential to business operations, organizations are being forced to rethink outdated infrastructure models, finds a new IDC research paper commissioned by Akamai Technologies (NASDAQ: AKAM), the cybersecurity and cloud computing company that powers and protects business online. According to the research paper titled “The Edge Evolution: Powering Success from Core to Edge,” Asia-Pacific (APAC) enterprises are realizing that centralized cloud architecture alone is unable to meet the increased demands of scale, speed, and compliance. It is crucial that businesses rethink and enhance infrastructure strategies to include edge services to stay competitive and compliant, and be ready for real-world AI deployment.

According to the IDC Worldwide Edge Spending Guide – Forecast, 2025, public cloud services at the edge will grow at a compound annual growth rate (CAGR) of 17% through 2028, with the total spending projected to reach US$29 billion by 2028. In addition, in the latest research paper, IDC predicts that by 2027, 80% of CIOs will turn to edge services from cloud providers to meet the performance and compliance demands of AI inferencing. This shift marks what is emerging in the paper as “The Edge Evolution.”

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The research paper further outlines how public cloud-connected systems combine the agility and scale of public cloud with the proximity and performance of edge computing, delivering the flexibility businesses need to thrive in an AI-powered future.

The AI infrastructure reality check

As generative AI moves from experimentation to execution, enterprises across APAC are confronting the limits of legacy infrastructure. Today, 31% of organizations surveyed in the region have already deployed GenAI applications into production. Meanwhile, 64% of organizations are in the testing or pilot phase, trialing GenAI across both customer-facing and internal use cases. However, this rapid momentum is exposing serious gaps in existing cloud architectures:


  • Complexity of multicloud: 49% of enterprises struggle to manage multicloud environments due to inconsistent tools, fragmented data management, and challenges in maintaining up-to-date systems across platforms.
  • Compliance trap: 50% of the top 1,000 organizations in Asia-Pacific will struggle with divergent regulatory changes and rapidly evolving compliance standards, and this will challenge their ability to adapt to market conditions and drive AI innovation.
  • Bill shock: 24% of organizations identify unpredictable rising cloud costs as a key challenge in their GenAI strategies.
  • Performance bottlenecks: Traditional hub-and-spoke cloud models introduce latency that undercuts the performance of real-time AI applications, making them unsuitable for production-scale GenAI workloads.

“AI is only as powerful as the infrastructure it runs on,” said Parimal Pandya, Senior Vice President, Sales, and Managing Director, Asia-Pacific at Akamai Technologies. “This IDC research paper reveals how Asia-Pacific businesses are adopting more distributed, edge-first infrastructure to meet the performance, security, and cost needs of modern AI workloads. Akamai’s global edge platform is built for this transformation – bringing the power of computing closer to users, where it matters most.”

Daphne Chung, Research Director at IDC Asia-Pacific, added, “GenAI is shifting from experimentation to enterprise-wide deployment. As a result, organizations are rethinking how and where their infrastructure operates. Edge strategies are no longer theoretical – they’re being actively implemented to meet real-world demands for intelligence, compliance, and scale.”

Key findings for APAC:

  • China scales GenAI with edge and public cloud dominance: 37% of enterprises have GenAI in production and 61% are testing, while 96% rely on public cloud IaaS. Edge IT investment is accelerating to support remote operations, disconnected environments, and industry-specific use cases.
  • Japan accelerates AI infrastructure despite digital maturity gap: While only 38% of Japanese enterprises have GenAI in production, 84% believe GenAI has already disrupted or will disrupt their businesses in the next 18 months, and 98% plan to run AI workloads on public cloud IaaS for training and inferencing workloads. Edge use cases like AI, IoT, and operational support for cloud disconnection are driving infrastructure upgrades.
  • India expands edge infrastructure to meet GenAI demand and manage costs: With 82% of enterprises conducting initial testing of GenAI and 16% leveraging GenAI in production, India is building out edge capabilities in tier 2 and 3 cities. 91% of GenAI adopters rely on public cloud IaaS, but cost concerns and skills gaps are pushing demand for affordable, AI-ready infrastructure.
  • ASEAN embraces GenAI with edge-first strategies beyond capital hubs: 91% of ASEAN enterprises expect GenAI disruption within 18 months, with 16% having introduced GenAI applications into the production environment and 84% in the initial testing phase. 96% are adopting public cloud IaaS for AI workloads, while edge investment is rising to support remote operations and data control.

Building a cloud-connected future

To stay ahead, enterprises must modernize infrastructure across cloud and edge, aligning deployments with specific workload needs. Securing data through Zero Trust frameworks and continuous compliance is essential, as is ensuring interoperability to avoid vendor lock-in. By tapping into ecosystem partners, businesses can accelerate AI deployment and scale faster, smarter, and with greater flexibility.

Download the full IDC InfoBrief, commissioned by Akamai, “The Edge Evolution: Powering Success from Core to Edge“, August 2025, IDC Doc #AP242522IB, to explore strategic insights and recommendations for building cloud-connected, AI-ready infrastructure across APAC.

Hashtag: #Akamai

The issuer is solely responsible for the content of this announcement.

About Akamai

Akamai is the cybersecurity and cloud computing company that powers and protects business online. Our market-leading security solutions, superior threat intelligence, and global operations team provide defense in depth to safeguard enterprise data and applications everywhere. Akamai’s full-stack cloud computing solutions deliver performance and affordability on the world’s most distributed platform. Global enterprises trust Akamai to provide the industry-leading reliability, scale, and expertise they need to grow their business with confidence. Learn more at and, or follow Akamai Technologies on and.





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Vemana Institute of Technology (VIT) successfully hosts ITEICS 2025, honors best research papers in AI & intelligent systems | Pune News

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PUNE: The second international conference on Information Technology, Electronics and Intelligent Communication Systems (ITEICS 2025) was successfully organised by Vemana Institute of Technology (VIT), Bangalore, recently. The conference provided an international open forum for educators, engineers, and researchers to disseminate their latest research work and exchange views on future research directions with a focus on emerging technologies, said a statement issued by the organisers.The conference adopted a hybrid format, accommodating both online and offline presentation modes to ensure maximum participation from the global research community. All accepted and presented papers were submitted for inclusion into IEEE Xplore.This year, the conference witnessed an overwhelming response with significant participation from researchers worldwide. Following rigorous peer review and evaluation, four exceptional papers were recognized with the prestigious Best Paper Awards during the conference’s closing ceremony, highlighting exemplary contributions in advancing AI and intelligent systems technology, added the statement.

ITEICS 2025 Focus Areas

The conference targeted research on emerging technologies across multiple domains including Information Technology, Electronics, and Intelligent Communication Systems, fostering innovation and collaboration in these rapidly evolving fields.The Best Paper Awards were selected through a comprehensive double-blind peer-review process, with each submission evaluated by minimum of three expert reviewers with expertise in relevant subject areas. The selection emphasized technical innovation, research impact, implementation quality, and contribution to advancing the field. ITEICS 2025 Best Paper Award Winners:“AutoPilot AI: Architecting Self-Healing ML Systems with Reinforcement Feedback Loops” Nagarjuna Nellutla, Rohan Shahane, Naveen Prakash Kandula, Ramesh Bellamkonda, Nethaji Kapavarapu“NeuroTwin Intelligence: Bridging Digital Twins and Self-Evolving AI Agents” Gokul Narain Natarajan, Sathish Krishna Anumula, Ramesh Chandra Aditya Komperla, Ranganath Nagesh Taware, Prasad Nagella“From Tokens to Tactics: Operationalizing Generative AI in Enterprise Workflows” Sana Zia Hassan, Mallesh Deshapaga, Mahima Bansod, Hemant Soni, Rethish Nair Rajendran“LLMOps Unchained: Managing Multi-Agent Coordination in Prompt-Driven Pipelines” Arshiya Shirdi, Venugopal Katkam, Sarvesh Peddi, NagaSatyanarayana Raju Uppalapati, Ohm Hareesh KundurthyVemana Institute of Technology and the ITEICS 2025 organizing committee extend their heartiest congratulations to all the Best Paper Award winners for their outstanding contributions to the field of intelligent communication systems and emerging technologies. All Best Paper Award recipients received the certificates recognizing their exemplary research achievements and significant contributions to advancing the state-of-the-art in AI and intelligent systems.





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South Korea approves creation of reorganized, strengthened AI committee | MLex

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( September 2, 2025, 05:24 GMT | Official Statement) — MLex Summary: South Korea’s cabinet council today approved the regulation on the establishment of a new presidential committee as the highest apparatus to review, coordinate and decide policy on artificial intelligence. The National AI Strategy Committee will be chaired by President Lee Jae Myung and will include at least one full-time vice-chairperson, while 13 ministers and ministerial officials will serve as members along with many others. In theory, the committee is being newly established, but in effect it will replace the Presidential Committee on AI created by the previous government.The statement, in Korean, is attached….

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