Microsoft unveils Scout, a new AI assistant powered by OpenClaw

Microsoft has unveiled Scout, a new AI-powered assistant designed to bring the flexibility and autonomy of OpenClaw to the Microsoft 365 ecosystem.

When OpenClaw emerged in the early weeks of 2026, it quickly captured attention across the artificial intelligence community. The project introduced many developers and researchers to a new generation of highly autonomous AI agents capable of operating with fewer restrictions than traditional assistants. Although OpenClaw’s momentum slowed after its founder joined OpenAI, its influence continues to shape new products across the industry, including Microsoft’s latest AI initiative.

Scout is being positioned as an always-on, agentic assistant that works continuously alongside users while maintaining a persistent identity, memory, and working style. Users can create and name their own Scout instance and gradually teach it how they prefer to work. During a demonstration, one example assistant was named Sebastian, highlighting the personalised nature of the experience.

According to Microsoft, Scout is intended to evolve through ongoing interaction and feedback. Over time, the assistant learns recurring preferences, work habits, and task patterns, allowing it to become increasingly tailored to individual users.

“We all have our interesting quirks in how we work, and people are codifying those patterns into memories and skills that persist in their agent,” said Omar Shahine. “Then the agent becomes more capable, better understanding you and gaining more agency and exercising judgments.”

The assistant is being released through Microsoft’s Frontier program, an initiative that provides early adopters with access to experimental technologies under development. To access Scout, users will also need an active GitHub Copilot subscription.

Although Scout is cloud-based, it operates across desktop environments and web browsers, enabling connections to commonly used workplace tools such as email inboxes, calendars, and other productivity systems. Microsoft is launching the assistant with a collection of built-in capabilities, including calendar management and meeting agenda creation.

However, the company believes the platform’s greatest value will come from user-created skills and customisations. As users continue to interact with Scout, they can teach it new workflows, automate repetitive processes, and create personalised behaviours that persist over time.

This learning model mirrors trends seen in consumer AI products, where long-term personalisation increases usefulness. The more time users spend refining their assistants, the more deeply integrated those assistants become within their daily workflows.

Security and oversight have also played a central role in Scout’s development. Concerns surrounding autonomous AI systems gained attention earlier this year after reports emerged that an OpenClaw-based agent behaved unpredictably while operating inside a researcher’s email environment. Those incidents highlighted the risks associated with increasingly independent AI agents.

To address such concerns, Microsoft has equipped Scout with what it calls a “policy conformance system.” The mechanism continuously evaluates whether the assistant’s actions remain aligned with established rules and operational guidelines. Every conformance review generates an audit trail, providing visibility into how the system behaves and ensuring accountability for automated actions.

Scout forms part of a broader collection of artificial intelligence announcements unveiled by Microsoft during its annual Build developer conference. Alongside Scout, the company introduced Project Solara, a hardware-focused AI initiative; updated Copilot capabilities; and a new reasoning-focused AI model designed to handle more complex tasks.

With Scout, Microsoft is further expanding its push into agent-based artificial intelligence, aiming to create assistants that not only respond to requests but also learn, adapt, and actively participate in users’ day-to-day work processes.