• Home
  • Dingtalk
  • How I Built My Books and Research Workflow with DingTalk AI Hong Kong

In the past, writing a book meant long nights, piles of notes, and endless revisions. Today, I can design, write, and analyze data for entire books and articles inside one intelligent platform: DingTalk. It’s no longer just a communication tool; it has evolved into an ecosystem for creation, automation, and collaboration — and it has transformed how I think, write, and teach about technology.


From a Blank Page to a Living Document

When I began using DingTalk AI Docs, I didn’t expect it to become my creative co-author. Traditional word processors are static — you type, you edit, you save. DingTalk AI Docs, however, is dynamic. It works more like a real-time creative assistant, capable of brainstorming, rewriting, translating, and even analyzing tone.

For instance, when drafting articles for my AI column or chapters for my books, I start with a single idea or paragraph. The AI in DingTalk Docs then expands that into a coherent structure — proposing outlines, offering examples from current technology trends, and summarizing related research from my previous works. It can even detect inconsistencies in logic or suggest better phrasing in both English and Chinese.

When I wrote about Agentic AI — the idea that AI agents can autonomously perform tasks and collaborate like digital employees — I used AI Docs to refine my language so that both business executives and students could understand the concept. The tool didn’t just improve grammar; it helped me strike the right balance between academic precision and human readability.

Over time, I began to treat DingTalk AI Docs not as software, but as a collaborative editor. It remembers my writing tone, frequently used terminology, and the format I prefer for different audiences. That consistency became crucial when producing multiple outputs — books, columns, proposals, and speeches — all aligned in tone and philosophy.


Turning Web Chaos into Organized Intelligence

Writing modern books, especially about AI and technology, demands constant access to updated information. Manually collecting and cleaning data from hundreds of websites is inefficient. That’s where DingTalk’s AI Spreadsheet became my secret weapon.

This spreadsheet isn’t a passive table. It’s an active, thinking assistant. I programmed it to conduct automated web research, pulling data from APIs and public websites — such as AI startup directories, academic databases, and software trend trackers.

Once the data arrives, the AI instantly categorizes, filters, and tags information according to my criteria — for example:

  • Emerging AI tools by region
  • Venture funding trends by month
  • Open-source model updates
  • Technological adoption rates among SMEs in Asia

Then comes the part I love most: automated visualization. With a few clicks, the spreadsheet generates graphs, bar charts, or trend lines that summarize weeks of data collection in seconds. When I was researching the energy consumption patterns of large language models for my article on Sustainable AI, I didn’t have to manually calculate or design the charts. DingTalk’s AI did it — generating interactive visualizations that updated automatically as new data flowed in.

This system turned what used to be an exhausting research phase into an enjoyable discovery process. Instead of wasting time on data cleaning, I could focus on insights and narratives. I began to see patterns earlier — how policy changes affect funding, or how adoption of Chinese AI tools was accelerating after new data security regulations. These insights directly shaped the arguments and forecasts in my columns.


Automated Reporting: My Personal Research Dashboard

After I set up the AI spreadsheets, I realized that the real treasure wasn’t just in data collection — it was in reporting. DingTalk’s AI reporting system connects the spreadsheets to a dynamic dashboard that updates daily. I can see live statistics about the topics I track: AI company valuations, keyword trends in research papers, or sentiment analysis across media outlets.

For each category, the AI generates concise summaries, highlighting the most important movements — for example:
“Funding for AI-powered healthcare startups rose 24% this quarter, with notable growth in Southeast Asia.”

That kind of insight used to take hours of manual analysis. Now, DingTalk delivers it to me automatically in report format, complete with graphs, explanations, and even predictions.

This reporting system doesn’t just save time; it sharpens judgment. It allows me to write more confidently, backed by fresh data visualizations. When preparing slides for an AI seminar or writing a column about cross-border digital transformation, I can export the charts directly into PowerPoint, already formatted and styled. The AI assistant even suggests captions that summarize the data trends accurately.

Over time, I’ve noticed how these AI-generated visuals became part of my storytelling. Numbers alone are cold; insights, when visualized elegantly, make readers feel the transformation.


Building My Book Content Assistant: When Readers Talk to the Author’s Mind

One of my most ambitious experiments with DingTalk AI was creating a Book Content Assistant — an AI-powered interactive companion for readers of my books. It started from a simple question: What if readers could ask my book questions directly?

With the help of DingTalk AI Assistant, I designed an intelligent system that reads the full manuscript of my books, understands the chapters, and can answer reader queries in natural language. It’s like turning a static book into a living, conversational textbook.

Here’s how it works:

  1. I upload the book’s content and notes into DingTalk Docs.
  2. The AI Assistant processes the material, identifying key terms, technical explanations, and thematic relationships.
  3. I define the tone and context — for instance, “Explain like a professor who is also a mentor.”
  4. The AI is then embedded as a companion link at the end of each chapter, accessible via QR code.

Readers who scan the code can chat with the AI Assistant to clarify complex ideas — for example, asking, “What’s the difference between AI Plus and AI First?” or “How do AI agents change the future of HR?” The assistant gives contextual answers, referencing examples from the book or external updates from recent AI research.

The most powerful part is that the assistant keeps learning. As readers ask questions, it refines its explanations, identifies commonly confusing topics, and even suggests updates for the next edition of the book. This transforms the publishing process from one-directional (author → reader) into an interactive dialogue. Knowledge no longer ends with publication; it evolves through the reader community.


AI as a Collaborative Network, Not a Tool

Through these experiences, I’ve realized DingTalk AI is more than a productivity suite — it’s a creative ecosystem. Each component — Docs, Spreadsheet, Assistant — interacts with the others, forming a digital nervous system for my work.

For example, when I draft an article in AI Docs, I can embed live charts directly from my AI Spreadsheet. When the spreadsheet data updates, the graphs in the article refresh automatically. If the AI Assistant detects that readers often misunderstand a term, it can highlight that section in the document, prompting me to revise it for clarity in future editions.

This interconnectedness creates a closed loop of learning:

  • I research using AI spreadsheets.
  • I write using AI Docs.
  • I publish with AI Assistant integration.
  • I receive feedback through reader interactions.
  • I revise based on that feedback — and the cycle continues.

It’s a new model for digital authorship — one where the writer and reader evolve together, mediated by intelligent systems that understand both language and data.


A New Philosophy of Creation

What I’ve learned from this journey is not just technical efficiency but philosophical transformation. DingTalk AI allows me to practice what I call “AI-First Authorship.” It’s not about using AI to replace creativity but about reorganizing the creative process around intelligence.

In traditional writing, you start with a fixed idea and push it forward linearly. In AI-First writing, ideas emerge dynamically. The system acts as a partner — questioning, researching, editing, and visualizing. You move from a one-person author to a multi-agent collaboration environment.

This shift also changes how I manage my time and mental energy. With AI automating data work and summarization, I can focus on interpretation and imagination — the parts that still demand a human touch. It’s like having an infinite research team that never sleeps, yet still listens carefully to your tone and intent.


The Broader Impact: From Individual Productivity to Organizational Intelligence

My experience isn’t unique. Many organizations adopting DingTalk AI are discovering similar transformations. When an individual learns to integrate AI tools — like I did with Docs, Spreadsheet, and Assistant — the entire organization gains what I call “AI literacy momentum.”

A single author using AI can write faster. A team using the same system can innovate faster. Data no longer lives in silos; it circulates across departments, feeding insights back into marketing, HR, or product development. For example, my own writing workflow inspired colleagues in insurance and education to build internal AI knowledge bases — turning their static documents into living systems of intelligence.

The result isn’t just better content; it’s a smarter organization where ideas move freely between people and AI systems.


Looking Ahead: Books That Think, Readers That Teach

I often say the future of writing isn’t about faster typing — it’s about thinking with machines. DingTalk AI has made that future real for me. Every document I write is connected to a network of intelligence — data sources, feedback loops, and interactive assistants.

In my next book, I plan to integrate even deeper with DingTalk’s AI capabilities: voice-driven idea logging, real-time fact verification, and co-writing sessions with multiple AI personas — one for technical review, one for reader empathy, and one for future foresight.

We’re entering an era where books will not just be read but will converse. Where spreadsheets won’t just calculate but analyze narratives. And where AI assistants will not just answer but educate.

That is the promise of DingTalk AI — not merely a collection of features, but a revolution in how knowledge is created, refined, and shared. It has allowed me to become both author and architect — designing not just texts, but intelligent ecosystems of learning.

And for the first time, I feel that writing, research, and education are no longer separate crafts. They are one continuous flow — powered by AI, guided by human curiosity, and living in the digital heart of DingTalk.

Text by: Michael C.S. So – Hong Kong | Malaysia

Share this post

Subscribe to our newsletter

Keep up with the latest blog posts by staying updated. No spamming: we promise.
By clicking Sign Up you’re confirming that you agree with our Terms and Conditions.

Related posts

Events
開源與智慧財產權:AI創新的雙引擎 —— 華為論壇觀察

在人工智慧技術飛速發展的當下,算力基建、智慧財產權保護與開源共用正成為創新領域的焦點議題。近日,筆者以香港浸會大學專利顧問委員會成員的身份,見證於北京舉行的華為2025年創新和智慧財產權論壇,親身感受這場以“開放驅動創新”為主題的思想碰撞。論壇上,華為發佈了第六屆“十大發明”評選結果,涵蓋計算、作業系統、存儲等面向未來的關鍵技術領域。其中最引人注目者,莫過於名列首位的“Scale-up超大規模超節點算力平臺”——一套超級算力系統,被譽為人工智慧時代的新型基礎設施。本文將結合論壇見聞和筆者實務經驗,觀察該超級算力在AI時代的基建角色,探討“開源共用”與“智慧財產權保護”對創新的雙重意義,並反思香港在創新基建、產學研轉化、專利文化等方面的瓶頸與出路。 超級算力集群:AI時代的基建底座 這款被華為評為年度十大發明之首的Scale-up超大規模超節點算力平臺,實質上是由眾多AI處理器組成的單一邏輯超級電腦。隨著AI模型規模指數級增長,訓練這些模型所需的算力和資料輸送量呈爆炸式上升。傳統的伺服器堆疊模式面對超大型AI任務時,往往出現“ 集群越大、有效算力利用率反而越低,訓練中斷越頻繁”的窘境。華為針對此痛點創新出“超節點”系統架構,具備資源池化、線性擴展和高可靠性等特性:通過統一高速協定和共用記憶體編址,打通計算與存儲單元的高頻寬低時延互聯,使有效算力可隨節點規模近乎線性增長,同時大幅提升集群穩定性。華為輪值董事長徐直軍強調:“算力是——而且將繼續是——AI的關鍵”。基於對這一點的共識,華為推出了新一代Atlas系列超節點產品,其中Atlas 950 SuperPoD即對應此次的Scale-up超級算力。該平臺面向超大型AI訓練任務,從基礎器件、協定演算法到光電互聯均實現了系統級創新。例如,它採用正交架構設計實現零線纜的電氣互連,搭配全液冷散熱與浮動盲插技術確保不滲漏,同時首創UB-Mesh遞迴直連拓撲,支持單板內、板間、機架間NPU全互聯,以64卡為模組靈活擴展,最大可支援8192顆昇騰AI處理器無收斂互聯。換言之,上千顆AI晶片可彙聚成“一個大腦”協同運算,真正消除超大規模訓練的瓶頸。 從實踐看,超級算力已不僅是實驗室概念,而成為產業AI生態的基礎底座。華為透露,截至目前其上一代Atlas 900系列超節點系統已累計部署超過300套,服務於互聯網、金融、電信、電力、製造等行業的20多家客戶。在人工智慧時代,類似Atlas 950這樣的本地智算樞紐,相當於數字經濟的高速公路與電力網絡:為產業生態提供共用的算力資源,降低創新應用部署門檻,有力支撐從雲服務到垂直行業落地的AI解決方案。尤其對中國而言,在先進晶片供給受限的背景下,華為選擇利用現有制程自研超大規模計算平臺,以系統工程突破彌補晶片性能不足,體現出以基建思維佈局AI長遠發展的戰略定力。 “開放共用”與“智慧財產權”:雙軌驅動創新的辯證 本屆論壇傳遞出一個明確訊息:開源合作和智慧財產權保護並非對立,而是創新發展的雙引擎,需同步推進、制度協調。華為首席法務官宋柳平在會上表示:“開放創新是推動社會發展和技術進步的重要力量,也是華為的DNA。華為一直在踐行‘開放’的理念,用開放驅動創新。同時,華為注重自有智慧財產權的保護,也尊重他人的智慧財產權,包括專利、商標、版權和商業秘密等。”簡言之,一方面積極參與開源與共用,另一方面嚴格保障智慧財產權,兩條路並行不悖。華為近年來在專利研發和佈局上不遺餘力。2024年華為專利授權收入約6.3億美元,同時其歷年累計支付的專利許可費是自身許可收入的三倍之多。根據世界智慧財產權組織統計,華為2024年通過PCT公開的國際專利申請達6600件,自2014年以來連續位居全球首位。僅2024年一年,華為新公開專利就達3.7萬件,創下歷史新高。強大的專利庫讓華為在5G、Wi-Fi、視頻編碼等領域建立了廣泛的授權生態:截至2024年底,全球已有超過27億台5G設備、12億台消費電子設備和32億台多媒體設備獲得華為專利授權,全球500強企業中有48直接或間接獲得華為的授權許可。 另一方面,華為在開源開放方面同樣投入巨大資源。其副總裁、智慧財產權部部長樊志勇指出,華為透過“軟體開源、硬體開放、專利申請、標準貢獻與學術論文等多種形式”推動技術開放。2024年華為向標準組織新提交技術提案超1萬篇,發表學術論文逾1000篇;在開源社區方面,主導或參與了多個大型專案,例如OpenHarmony開源作業系統社區已有超過8100名共建者;openEuler開源OS發行版本累計裝機量已突破1000萬套;並將昇騰AI基礎軟體棧全面開源,包括CANN計算架構和MindSpore深度學習框架,並優先適配主流開源社區如PyTorch、vLLM等。 由此可見,“智慧財產權保護”保障了創新者的投入回報和商業動力,而“開源共用”則能彙聚眾智加速技術成熟與應用擴散。兩者並非水火不容,關鍵在於尋求制度性的平衡與協同。正如香港大學鄧希煒教授所言,一個強健、開放且受國際信賴的專利體系是創新引擎運轉不可或缺的條件。 全球範圍內,“開源”與“封閉”的博弈亦在演變。NVIDIA以CUDA軟體平臺構建封閉生態,形成極高的市場壁壘與利潤迴圈,但OpenAI從開源轉向封閉的過程亦引發反思。當Meta等公司以Llama開源模型崛起,開源生態再次展現強勁生命力。這些案例共同說明:唯有平衡專利保護與開源合作,才能讓科技創新在競爭與共榮中持續演進。 香港創新生態的瓶頸與建議

Read More