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Alibaba Qwen Office Open-Sources MyContext to Give Agents Work Context

Alibaba's Qwen Office team has open-sourced MyContext, an infrastructure that processes scattered work data from DingTalk chats, documents, and meetings into context that AI agents can consume. The project, which has gained over 1k stars on GitHub within a week, addresses challenges like time-series data, conflicting facts, and computational costs, aiming to help agents understand real business workflows.

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Alibaba Qianwen Office Open-Sources MyContext: Building Enterprise Context Infrastructure for Agents

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When model capabilities are no longer the bottleneck, enterprise Agent deployment is held back by data infrastructure. Alibaba Qianwen Office's open-sourced MyContext aims to process business data scattered across chats, documents, and meetings into context that Agents can consume, tackling the three major challenges of timing, conflicts, and cost.

  • Alibaba Qianwen Office open-sources context infrastructure MyContext, gaining over 1k GitHub Stars within a week.
  • MyContext processes scattered work data into Agent-consumable context, supporting data sources like chats, documents, and meetings.
  • For temporal data, it uses stable source identifiers and conversation idle intervals as Session boundaries to avoid missing late-arriving information.
  • A three-state merge mechanism handles factual conflicts, preserving conflicts and lowering confidence, with human-confirmed conclusions taking priority.
  • Incremental computation, version caching, and batch triggering are used to control computational costs.
  • MyContext forms a closed loop of data aggregation, context processing, and Agent consumption with DingTalk and Qianwen Office, targeting enterprise scenarios.
Open section navigationThe Context Dilemma for Agents: Missing Business Context

The Context Dilemma for Agents: Missing Business Context

Although Agents are improving in task orchestration and tool invocation, they often fail to understand workflows in real business scenarios because key information is scattered across emails, IM, documents, and databases, with issues like real-time updates, version conflicts, and permission boundaries.

A Confluent 2026 survey shows that 66% of enterprises believe data infrastructure and data quality are slowing down Agentic AI adoption, and 80% have listed 'using their own data to drive AI' as a business priority. This indicates that the bottleneck for enterprise AI adoption has shifted from model capabilities to data infrastructure.

MyContext's Solution: A Data Processing Layer

Alibaba Qianwen Office's open-sourced MyContext is positioned as context infrastructure, aiming to process scattered, heterogeneous personal work data into dedicated profiles that Agents can understand. It supports IM, documents, meetings, business collaboration records, and local and other work data sources, continuously aggregating and organizing them with user authorization to form dynamically updated work profiles.

MyContext emphasizes traceability, with each conclusion retaining an evidence chain that can be traced back to original chats, documents, or meeting records; it is also constrained by user and organizational permissions. This avoids 'black-box memory' and allows Agents to understand real business context.

Three Major Technical Challenges: Timing, Conflicts, and Cost

Temporal data handling: MyContext does not process data simply in chronological order. Instead, it binds each piece of raw information to a stable source identifier, with idempotency based on the data source identifier. Even if timestamps are old, as long as they haven't been consumed, they are still processed. It also uses conversation idle intervals as Session boundaries, making context segmentation align with real interaction rhythms.

Fact conflict handling: A three-state merge mechanism is used. Consistent information boosts confidence, supplementary information is merged into existing conclusions, and genuine conflicts preserve multiple facts while lowering confidence, explicitly exposing them to users. Human-confirmed conclusions are given higher priority, and models are prohibited from automatically overriding them.

Cost control: Incremental computation is used, where rules that can be determined locally are processed first, and only ambiguous information is sent to the model. Already-computed results are reused, and multiple updates are batched for processing, combined with version caching, batch triggering, and tiered degradation strategies to reduce redundant computation.

From Individual to Organization: A Tripartite Closed Loop

MyContext is not only for individuals but also extends within organizations, forming a closed loop of 'data aggregation - context processing - Agent consumption' with DingTalk and Qianwen Office. DingTalk has over 20 million enterprise organizations and nearly 800 million users, making it a natural data entry point. The Qianwen Office team's expertise in heterogeneous data processing and context engineering can help enterprises integrate knowledge from systems like DingTalk, Feishu, Salesforce, and SAP.

This closed loop aims to let enterprise scattered data settle into trusted, traceable, and continuously evolving context, transforming Agents from tools that passively receive instructions into long-term productivity units that understand the organization, continue tasks, and participate in collaboration.

Credibility boundary

The information in this article primarily comes from a report by QbitAI, which is a secondary source. The open-sourcing of MyContext and GitHub Star data are from the report, but no official links were provided for verification. The Confluent survey data is as reported, without the original report. Technical details (such as three-state merge and incremental computation) are from the report and have not been independently verified.

Insight takeaway

MyContext is an open-source attempt by Alibaba Qianwen Office in the field of Agent context infrastructure. Its core value lies in processing enterprise scattered business data into Agent-consumable context, and it proposes engineering solutions for timing, conflicts, and cost issues. Although the report lacks independent verification, its approach reflects the industry's consensus on the bottleneck of Agent deployment.

Primary report

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