Microsoft Wants Companies to Distrust Their Agents
Microsoft unveiled controls that strip AI agents of permissions as their risk scores rise, with its own GitHub Copilot among the agents it tracks.
Read the storyChairman & CEO, Microsoft
Satya Nadella joined Microsoft in 1992 and led its cloud and enterprise business before becoming CEO.
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Satya Nadella joined Microsoft in 1992 and led its cloud and enterprise business before becoming CEO. His tenure connects the company’s shift toward cloud services with its expansion in AI. He also became chairman of Microsoft’s board in 2021.
Sources checked . Selected career milestones and biographical references.
Selected milestones, newest first. Explore earlier career below.
Microsoft extends generative AI into its productivity software during his leadership.
Source: WikipediaThe board elects Nadella as chairman in addition to his CEO responsibilities.
Source: WikipediaMore than 10 years ago.
He succeeds Steve Ballmer as the company’s third chief executive.
Source: MicrosoftNadella becomes executive vice president of the group responsible for Microsoft’s cloud platforms.
Source: WikipediaHe takes charge of the division that includes core enterprise and cloud infrastructure.
Source: WikipediaHe begins a career spanning the company’s enterprise and consumer businesses.
Source: MicrosoftBriefs, articles and relevant sections, newest first. Explore older coverage below.
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In the rapidly evolving landscape of artificial intelligence, the capacity for deep, reliable research is a critical differentiator among workspace agents. Skywork emerges as a formidable contender in this domain, positioning itself as a superior solution compared to competitors like Manus.
The proliferation of AI workspace agents has revolutionized how individuals and organizations approach research, content creation, and decision-making. However, not all AI agents are created equal. The prevalence of "AI hallucinations"—instances where AI generates plausible but factually incorrect information—remains a significant challenge. Skywork Super Agents address this issue head-on, leveraging advanced deep research capabilities to minimize inaccuracies and deliver trustworthy outputs.

AI hallucinations undermine trust in automated research tools. These illusions often stem from limited data retrieval and superficial analysis, leading to incomplete or erroneous outputs. For professionals who rely on AI-generated insights, such as marketers, analysts, and educators, the consequences can be costly.
Skywork distinguishes itself by conducting research at a far greater scale than its competitors. According to product documentation, when presented with the same prompt, Skywork searches ten times more materials than Manus. This expanded search volume is not merely a quantitative boast—All information includes source links that lead directly to the relevant sections of the original material, ensuring transparent traceability to the primary source.
Table 1: Comparative Analysis – Skywork vs. Manus

The ability to access and synthesize a broader array of materials enables Skywork to:
To illustrate the practical benefits of Skywork’s deep research capabilities, the following four user cases are presented. Each case demonstrates how Skywork’s technology translates into tangible value across different domains.
Skywork is employed to generate in-depth research reports on complex topics. Users input a prompt, and Skywork leverages its extensive search capabilities to gather, analyze, and synthesize information from a wide range of reputable sources.

Key Features:
Impact:
Users benefit from reports that are not only comprehensive but also meticulously sourced, making them suitable for academic, business, or policy-related purposes.
Explore this case at: Comprehensive Research Reports
Skywork’s Slides feature enables users to create data-driven presentations. By inputting a topic or prompt, users receive a structured slide deck populated with insights, statistics, and visuals derived from a broad spectrum of sources.

Key Features:
Impact:
Professionals can deliver presentations with confidence, knowing that the underlying data is both current and credible.
Explore this case at: Data-Driven Presentations
In this user case, Skywork assists with analytical data processing tasks. Users can input datasets or queries, and the AI agent performs in-depth analysis, trend identification, and data visualization.

Key Features:
Impact:
This feature is particularly valuable for financial analysts, researchers, and business strategists who require reliable, data-driven insights.
Explore this case at: Analytical Data Processing

Skywork’s Pages feature supports interactive knowledge exploration, such as virtual tours or educational modules. For example, users can embark on a virtual tour of the Louvre, with the AI providing detailed, well-researched commentary on exhibits like the Mona Lisa.
Key Features:
Impact:
Educators, students, and cultural institutions can leverage this feature to create engaging, informative experiences that are grounded in rigorous research
Explore this case at: Interactive Knowledge Exploration
These user cases substantiates Skywork’s claim of superior deep research capabilities. By systematically searching and synthesizing a broader array of materials, Skywork delivers outputs that are not only more accurate but also richer in context and depth. This approach directly addresses the limitations of traditional AI agents, which often rely on narrower datasets and are thus more prone to hallucinations.
Skywork’s technology is particularly relevant for knowledge-intensive sectors—education, journalism, marketing, and strategic analysis—where the cost of misinformation is high. The platform’s ability to minimize AI illusions and provide well-rounded, fact-checked outputs represents a significant advancement in AI-assisted research.
Based on the comparative data and real-world applications, Skywork sets a new benchmark for AI workspace agents. Its commitment to deep research, evidenced by a tenfold increase in source material retrieval, translates into tangible benefits for end-users. The reduction in AI hallucinations is not merely a technical achievement but a foundational improvement that enhances trust, utility, and impact across multiple domains. In the context of the current AI landscape (as of May 2025), Skywork is not just a marginal improvement over competitors like Manus—it is a transformative tool that redefines what users can expect from AI-powered research agents.



Microsoft unveiled controls that strip AI agents of permissions as their risk scores rise, with its own GitHub Copilot among the agents it tracks.
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In the rapidly evolving landscape of artificial intelligence, the capacity for deep, reliable research is a critical differentiator among workspace agents. Skywork emerges as a formidable
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