AI Research
Can AI Fix Meeting Overload? What The Research Shows
As meeting overload frustrates employees, organizations are increasingly exploring AI-powered tools … More
Meeting overload has reached epidemic proportions. Microsoft’s Work Trend Index reports that the average Microsoft Teams user now spends 252% more time in weekly meetings compared to February 2020. Research from Atlassian reveals that employees attend an average of 62 meetings per month, resulting in 31 hours of lost productivity due to unproductive discussions. Meeting overload continues to rise, and a meta-analysis of workplace research shows that 90% of employees view meetings as costly and inefficient. As organizations search for answers to a problem many believe cannot be solved, artificial intelligence is emerging as a potential solution to too many meetings. Can AI truly deliver the relief employees need? Here’s what the experts have to say.
Why Meeting Overload Is A Growing Problem
Meeting overload occurs when employees spend excessive time in meetings that interrupt their ability to complete focused work. What started as a collaboration tool has morphed into a productivity killer that affects millions of workers worldwide. Meeting overload has accelerated dramatically as organizations search for ways to connect in a hybrid world, with calendars quickly filling up with one meeting after another.
The negative consequences of too many meetings extend beyond individual productivity:
- Decision fatigue: Back-to-back meetings make it difficult for participants to make well-thought-out decisions.
- Employee disengagement: Calendars overflowing with unproductive discussions lead to decreased morale and higher turnover rates.
- Reduced creativity: Every minute spent in wasteful meetings consumes cognitive resources that could be used for deep thinking.
- Work-life balance disruption: Scheduling conflicts force people to arrive early, stay late or sacrifice weekends for focused tasks.
These compounding effects have created a workplace crisis that demands immediate attention and innovative solutions.
Expert Tip: Track the time you spend in meetings each week. If you notice your schedule getting crowded, review each recurring meeting and ask whether your attendance is essential or if an agenda could be shared instead. Communicate your boundaries with your team or manager to prioritize focused work time.
How AI Is Transforming Meetings
Artificial intelligence is revolutionizing meeting management by automating administrative tasks that often contribute to meeting overload.
Smart Scheduling
AI-powered platforms can analyze multiple calendars simultaneously, identify conflicts and suggest optimal meeting times for all participants. This eliminates the endless email chains that typically accompany scheduling and reduces the need to coordinate busy schedules.
Automated Transcription
Major platforms, like Microsoft Teams, Zoom and Google Meet, now offer real-time transcription services that capture every word spoken during meetings. These tools free meeting participants from the distraction of manual note-taking, allowing them to engage more fully in discussions.
AI-Generated Meeting Summaries
AI tools can distill hours of conversation into key points, decisions and action items. These summaries address a common workplace challenge by helping employees retain and act on information discussed in meetings. By providing structured documentation that participants can reference later, AI-generated summaries improve follow-through and ensure important decisions don’t get lost.
Document-Style Meetings
Microsoft’s research suggests that AI could transform meetings from time-consuming events into structured documents. Aaron Halfaker, a principal applied research scientist at Microsoft, envisions a future where meetings become interactive documents with table of contents, headers and subsections that make information easier to digest. “If the meeting becomes a document, it becomes something that is easy to interact with after the fact. That might change the way people think about what meetings they need to attend,” he explains.
Reduced Meeting Attendance
Real-world applications are already showing promise. Microsoft Copilot users report spending less time in meetings after using the AI assistant for 10 weeks or more, with 37% attending fewer meetings overall. The tool helps users determine which meetings require their physical presence and which can be handled through asynchronous participation.
Expert Tip: Experiment with the AI features already available in your meeting platforms, such as automated note-taking, meeting summaries or smart scheduling assistants. Even simple tools, like automatic transcription, can help you focus on the conversation instead of multitasking or taking notes.
The Benefits Of Using AI To Reduce Meeting Overload
AI delivers measurable improvements in meeting efficiency by addressing the core issues that make discussions feel wasteful.
Key benefits include:
- Asynchronous participation: AI-powered tools enable employees to catch up on missed meetings through structured summaries rather than sitting through entire recordings, thereby reducing meeting FOMO while ensuring that critical information reaches all relevant team members.
- Improved follow-through and accountability: AI can automatically generate action items with specific deadlines and assignees, eliminating manual work typically required after meetings and ensuring tasks flow seamlessly into existing workflows.
- Meeting analytics: Organizations gain data-driven insights about their meeting culture, with AI identifying patterns in meeting frequency, duration and effectiveness to help managers make informed decisions about which gatherings add value.
- Elimination of redundant recaps: AI-generated summaries provide context before meetings begin, eliminating the need for teams to spend the first 10 to 15 minutes summarizing what happened previously.
- Democratization of information: When AI tools effectively capture and structure meeting content, team members who miss synchronous discussions can still participate in ongoing conversations and contribute to projects.
Expert Tip: If your company hasn’t implemented advanced AI meeting tools, consider asking your IT team or manager about piloting AI-powered platforms. Share examples of how these tools can help save time by summarizing key points and assigning action items automatically.
The Challenges Of Relying On AI For Meetings
Despite promising benefits, AI adoption for meeting management faces several obstacles that organizations must address before meeting overload can be effectively tackled.
Privacy Concerns
Many workers feel uncomfortable with AI systems recording, transcribing and analyzing their conversations. Questions about data storage, access permissions and potential surveillance create resistance to adoption. Organizations need clear policies about how AI tools handle sensitive information and who can access meeting data.
Technical Friction
Poorly implemented AI tools can create more complexity rather than reducing it, leading to employee frustration and decreased workplace productivity. Without intentional design and enablement, organizations risk implementing AI workflows that fail to achieve meaningful value.
Integration Challenges
When AI tools fail to integrate seamlessly with existing platforms, they introduce additional steps and potential points of failure. Employees may resist using tools that disrupt familiar work habits or require them to learn new interfaces.
Over-Reliance on Automation
While AI excels at capturing and summarizing information, it may miss nuanced communication, cultural context or emotional undertones that human participants would naturally understand. AI meeting summaries can misinterpret discussions or overlook important subtleties.
Increased Meeting Frequency
AI tools can sometimes worsen meeting overload rather than reducing it. The ease of recording and summarizing discussions may encourage unnecessary calls when asynchronous communication would be more appropriate. Organizations must maintain discipline about when meetings add genuine value.
Trust Erosion
Excessive monitoring through AI tools can damage team dynamics and create an atmosphere of surveillance rather than collaboration. Employees may become less candid in discussions if they feel constantly observed and analyzed.
Expert Tip: Stay informed about how your company handles data and privacy with AI tools. If you have concerns, bring them to the attention of your HR or IT department. Advocate for clear guidelines around AI adoption and make sure everyone on your team understands how their information is being used.
Will AI End Meeting Overload?
Early evidence shows that well-implemented AI tools can significantly reduce the burden of meeting overload. But success hinges on organizations striking the right balance between AI capabilities and human judgment, ensuring technology amplifies collaboration rather than replacing it entirely. You can stay ahead of this AI-driven shift by developing strong digital literacy skills and establishing clear boundaries around meeting participation. As these technologies evolve, knowing how to harness AI tools while staying focused on high-impact work will become essential. If you’re already experiencing too many meetings, carve out time each month to explore new AI features and digital productivity tools. As companies become increasingly reliant on AI, investing in upskilling and practicing digital boundaries will help you remain both productive and adaptable in this constantly evolving landscape.
AI Research
Accelerating discovery: The NVIDIA H200 and the transformation of university research
The global research landscape is undergoing a seismic shift. Universities worldwide are deploying NVIDIA’s H200 Tensor Core GPUs to power next-generation AI Factories, SuperPODs, and sovereign cloud platforms. This isn’t a theoretical pivot; it’s a real-time transformation redefining what’s possible in scientific discovery, medicine, climate analysis, and advanced education delivery.
The H200 is the most powerful GPU currently available to academia, delivering the performance required to train foundational models, run real-time inference at scale, and enable collaborative AI research across institutions. And with NVIDIA’s Blackwell-based B200 on the horizon, universities investing in H200 infrastructure today are setting themselves up to seamlessly adopt future architectures tomorrow.
Universities powering the AI revolution
This pivotal shift isn’t a future promise but a present reality. Forward-thinking institutions worldwide are already integrating the H200 into their research ecosystems.
Institutions leading the charge include:
- Oregon State University and Georgia Tech in the US, deploying DGX H200 and HGX clusters.
- Taiwan’s NYCU and University of Tokyo, pushing high-performance computing boundaries with DGX and GH200-powered systems.
- Seoul National University, gaining access to a GPU network of over 4,000 H200 units.
- Eindhoven University of Technology in the Netherlands, preparing to adopt DGX B200 infrastructure.
In Taiwan, national programs like NCHC are also investing in HGX H200 supercomputing capacity, making cutting-edge AI infrastructure accessible to researchers at scale.
Closer to home, La Trobe University is the first in Australia to deploy NVIDIA DGX H200 systems. This investment underpins the creation of ACAMI — the Australian Centre for Artificial Intelligence in Medical Innovation — a world-first initiative focused on AI-powered immunotherapies, med-tech, and cancer vaccine development.
It’s a leap that’s not only bolstering research output and commercial partnerships but also positioning La Trobe as a national leader in AI education and responsible deployment.
Universities like La Trobe are establishing themselves as part of a growing global network of AI research precincts, from Princeton’s open generative AI initiative to Denmark’s national AI supercomputer, Gefion. The question for others is no longer “if”, but “how fast?”
Redefining the campus: How H200 AI infrastructure transforms every discipline
The H200 isn’t just for computer science. Its power is unlocking breakthroughs across:
- Climate science: hyper-accurate modelling for mitigation and prediction
- Medical research: from genomics to diagnostics to drug discovery
- Engineering and material sciences: AI-optimised simulations at massive scale
- Law and digital ethics: advancing policy frameworks for responsible AI use
- Indigenous language preservation: advanced linguistic analysis and voice synthesis
- Adaptive education: AI-driven, personalised learning pathways
- Economic modelling: dynamic forecasts and decision support
- Civic AI: real-time, data-informed public service improvements
AI infrastructure is now central to the entire university mission — from discovery and education to innovation and societal impact.
Positioning Australia in the global AI race
La Trobe’s deployment is more than a research milestone — it supports the national imperative to build sovereign AI capability. Australian companies like Sharon AI and ResetData are also deploying sovereign H200 superclusters, now accessible to universities via cloud or direct partnerships.
Universities that move early unlock more than infrastructure. They strengthen research impact, gain eligibility for key AI grants, and help shape Australia’s leadership on the global AI stage.
NEXTDC indispensable role: The foundation for AI innovation
Behind many of these deployments is NEXTDC, Australia’s data centre leader and enabler of sovereign, scalable, and sustainable AI infrastructure.
NEXTDC is already:
- Hosting Sharon AI’s H200 supercluster in Melbourne in a high-density, DGX-certified, liquid-cooled facility
- Delivering ultra-low latency connectivity via the AXON fabric — essential for orchestrating federated learning, distributed training, and multi-institutional research
- Offering rack-ready infrastructure for up to 600kW+, with liquid and immersion cooling on the roadmap
- Enabling cross-border collaboration with facilities across every Australian capital and proximity to international subsea cable landings
The Cost of inaction: why delay is not an option in the AI race
The global AI race is accelerating fast, and for university leaders, the risk of falling behind is real and immediate. Hesitation in deploying advanced AI infrastructure could lead to lasting disadvantages across five critical areas:
- Grant competitiveness: Top-tier research funding increasingly requires access to state-of-the-art AI compute platforms.
- Research rankings: Leading publication output and global standing rely on infrastructure that enables high-throughput, data-intensive AI research.
- Talent attraction: Students want practical experience with cutting-edge tools. Institutions that can’t provide this will struggle to attract top talent.
- Faculty recruitment: The best AI researchers will favour universities with robust infrastructure that supports their work.
- Innovation and commercialisation: Without high-performance GPUs, universities risk slowing their ability to generate start-ups, patents, and economic returns.
Global counterparts are already deploying H100/H200 infrastructure and launching sovereign AI programs. The infrastructure gap is widening fast.
Now is the time to act—lead, don’t lag.
The universities that invest today won’t just stay competitive. They’ll define the future of AI research and discovery.
NEXTDC
What this means for your institution
For Chancellors, Deans, CTOs and CDOs, the message is clear: the global AI race is accelerating. Delay means risking:
- Lower grant competitiveness
- Declining global research rankings
- Talent loss among students and faculty
- Missed innovation and commercialisation opportunities
The infrastructure gap is widening — and it won’t wait.
Ready to lead?
The universities that act now will shape the future. Whether it’s training trillion-parameter LLMs, powering breakthrough medical research, or leading sovereign AI initiatives, H200-grade infrastructure is the foundation.
NEXTDC is here to help you build it.
Want to explore the full article?
Read the complete breakdown of the H200-powered university revolution and how NEXTDC is enabling it: Click here.
AI Research
Avalara unveils AI assistant Avi to simplify complex tax research
Avalara has announced the launch of Avi for Tax Research, a generative AI assistant embedded within Avalara Tax Research (ATR), aimed at supporting tax and trade professionals with immediate, reliable responses to complex tax law queries.
Avi for Tax Research draws on Avalara’s extensive library of tax content to provide users with rapid, comprehensive answers regarding the tax status of products, audit risk, and precise sales tax rates for specific addresses.
Capabilities outlined
The AI assistant offers several features to advance the workflow of tax and trade professionals.
Among its core capabilities, Avi for Tax Research allows users to instantly verify the taxability of products and services through straightforward queries. The tool delivers responses referencing Avalara’s comprehensive tax database, aiming to ensure both speed and reliability in answering enquiries.
Additional support includes access to up-to-date official guidance to help mitigate audit risks and reinforce defensible tax positions. By providing real-time insights, professionals can proactively adapt to changes in tax regulations without needing to perform extensive manual research.
For businesses operating across multiple locations, Avi for Tax Research enables the generation of precise, rooftop-level sales tax rates tailored to individual street addresses, which can improve compliance accuracy to the level of local jurisdiction requirements.
Designed for ease of use
The assistant is built with an intuitive conversational interface intended to be accessible to professionals across departments, including those lacking a formal tax background.
According to Avalara, this functionality should help improve operational efficiency and collaboration by reducing the skills barrier usually associated with tax research.
Avalara’s EVP and Chief Technology Officer, Danny Fields, described the new capabilities in the context of broader industry trends.
“The tax compliance industry is at the dawn of unprecedented innovation driven by rapid advancements in AI,” said Danny Fields, EVP and Chief Technology Officer of Avalara. “Avalara’s technology mission is to equip customers with reliable, intuitive tools that simplify their work and accelerate business outcomes.”
The company attributes Avi’s capabilities to its two decades of tax and compliance experience, which inform the AI’s underlying content and context-specific decision making. By making use of Avalara’s metadata, the solution is intended to shorten the time spent on manual analysis, offering instant and trusted answers to user questions and potentially allowing compliance teams to allocate more time to business priorities.
Deployment and access
The tool is available immediately to existing ATR customers without additional setup.
New customers have the opportunity to explore Avi for Tax Research through a free trial, which Avalara states is designed to reduce manual effort and deliver actionable information for tax research. Customers can use the AI assistant to submit tax compliance research questions and receive instant responses tailored to their requirements.
Avalara delivers technology aimed at supporting over 43,000 business and government customers across more than 75 countries, providing tax compliance solutions that integrate with leading eCommerce, ERP, and billing systems.
The release of Avi for Tax Research follows continued developments in AI applications for business compliance functions, reflecting the increasing demand for automation and accuracy in global tax and trade environments.
AI Research
Tenable Research Warns of Critical AI Tool Vulnerability That Requires Immediate Attention [CVE-2025-49596]
GUEST RESEARCH: Tenable Research has identified a critical remote code execution vulnerability (CVE-2025-49596) in Anthropic’s widely adopted MCP Inspector, an open-source tool crucial for AI development. With a CVSS score of 9.4, this flaw leverages default, insecure configurations, leaving organisations exposed by design. MCP Inspector is a popular tool with over 38,000 weekly downloads on npmjs and more than 4,000 stars on GitHub.
Exploitation is alarmingly simple. A visit to a malicious website can fully compromise a workstation, requiring no further user interaction. Attackers can gain persistent access, steal sensitive data, including credentials and intellectual property, and enable lateral movement or deploy malware.
“Immediate action is non-negotiable”, says Rémy Marot, Staff Research Engineer at Tenable. “Security teams and developers should upgrade MCP Inspector to version 0.14.1 or later. This update enforces authentication, binds services to localhost, and restricts trusted origins, closing critical attack vectors. Prioritise robust security policies before deploying AI tools to mitigate these inherent risks.”
For in-depth information about this research, please refer to the detailed blog post published by Tenable’s Research Team.
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