Microsoft Tests OpenClaw‑Style AI Bots for 365 Copilot as Notepad Drops Copilot Icon.
Photo by Markus Spiske on Unsplash
Microsoft is testing OpenClaw‑style AI bots for its 365 Copilot, the Verge reports, citing a leak from The Information that the experiment aims to add agent‑like features to the office suite.
Key Facts
- •Key company: Microsoft
- •Also mentioned: OpenAI, Mozilla, Anthropic
Microsoft’s internal test of OpenClaw‑style agents for 365 Copilot represents a shift from the current “prompt‑and‑respond” model toward a continuously running, locally hosted AI assistant. According to The Information, the experiment is being overseen by Omar Shahine, corporate vice president for Microsoft’s AI division, who confirmed that the company is “exploring the potential of technologies like OpenClaw in an enterprise context.” OpenClaw, an open‑source framework that lets developers stitch together modular AI components into autonomous agents, runs code on the user’s device rather than in the cloud. By embedding a stripped‑down version of this stack into the Office suite, Microsoft hopes to keep the heavy lifting—model inference, state management, and task scheduling—inside the Windows security perimeter, thereby reducing reliance on external API calls and the latency associated with them.
The proposed architecture would give 365 Copilot a persistent background process that monitors Outlook mail, calendar events, and Teams chats, then surfaces daily task suggestions without explicit user prompting. The Information reports that the “always‑on” variant could generate a “list of suggested tasks each day” based on inferred priorities, effectively acting as a proactive personal assistant. To mitigate the broad‑scope permissions that have drawn criticism of earlier Copilot rollouts, Microsoft is designing role‑specific agents—marketing, sales, accounting, and similar silos—each with a limited credential set. This compartmentalization is intended to prevent a single agent from gaining unrestricted access to the entire Office ecosystem, a concern highlighted after the platform’s rapid expansion across Windows apps.
The move dovetails with a subtle branding retreat observed in the latest Windows Insider build of Notepad, where the Copilot icon has been removed from the toolbar. The Register notes that while the AI capabilities remain under a “Writing Tools” menu, the visual cue that linked the feature to the broader Copilot brand is gone. Windows chief Pavan Davuluri has publicly pledged to “reduce unnecessary Copilot entry points” in apps such as Snipping Tool, Photos, Widgets, and Notepad. This UI change signals a broader corporate effort to decouple the Copilot moniker from every product surface, likely to address the “toxic” perception of the brand among power users while preserving the underlying AI services.
Security considerations are central to the OpenClaw trial. The open‑source platform gained notoriety earlier in 2026 for exposing users to potential remote code execution attacks when agents were granted excessive privileges. Sources cited by The Information assure that Microsoft is confident it can deliver a “safer” implementation, presumably by sandboxing the agent processes and enforcing strict permission boundaries at the OS level. By keeping the inference engine on‑device, the attack surface shifts from cloud endpoints to the local machine, where Windows Defender and the Hyper‑V isolation stack can intervene. However, the trade‑off is increased resource consumption on client hardware, as continuous model execution demands CPU/GPU cycles and memory that were previously offloaded to Azure.
If the pilot proves successful, Microsoft could roll out a suite of specialized agents across the Office 365 tenant, each tailored to departmental workflows. The Information suggests that these agents would be “siloed” to limit cross‑functional data exposure, a design choice that aligns with emerging data‑privacy regulations such as the EU’s AI Act. By embedding autonomous agents directly into the productivity stack, Microsoft aims to differentiate its enterprise offering from competitors that rely on purely cloud‑based assistants. The technical challenge will be balancing the latency‑free, on‑device responsiveness that users expect with the need for robust security controls and manageable hardware footprints—a balance that will likely define the next generation of AI‑enhanced office software.
Reporting based on verified sources and public filings. Sector HQ editorial standards require multi-source attribution.