Cursor announced Thursday the launch of Cursor 3, a new product interface that allows users to spin up AI coding agents to complete tasks on their behalf. The product, which was developed under the code name Glass, is Cursor’s response to agentic coding tools like Anthropic’s Claude Code and OpenAI’s Codex, which have taken off with millions of developers in recent months.

“In the last few months, our profession has completely changed,” said Jonas Nelle, one of Cursor’s heads of engineering, in an interview with WIRED. “A lot of the product that got Cursor here is not as important going forward anymore.”

Cursor increasingly finds itself in competition with leading AI labs for developers and enterprise customers. The company pioneered one of the first and most popular ways for developers to code with AI models from OpenAI, Anthropic, and Google—making Cursor one of these companies’ biggest AI customers. But in the last 18 months, OpenAI and Anthropic have launched agentic coding products of their own, and started offering them through highly subsidized subscriptions that have put pressure on Cursor’s business.

While Cursor’s core product lets developers code in an integrated development environment (IDE) and tap an AI model for help, new products like Claude Code and Codex center around allowing developers to off-load entire tasks to an AI agent—sometimes spinning up multiple agents at the same time. Cursor 3 is the startup’s version of an “agent-first” coding product. According to Nelle, the product is optimized for a world where developers spend their days “conversing with different agents, checking in on them, and seeing the work that they did,” rather than writing code themselves.

Cursor is launching its new agentic coding interface inside its existing desktop app, where it will live alongside the IDE. At the center of a new window in Cursor, there’s a text box where users can type, in natural language, a task they’d like an AI agent to complete—it looks more like a chatbot than a coding environment. Press enter, the AI agent sets to work without requiring the developer to write a single line of code. In a sidebar on the left, developers can view and manage all of the AI agents they have running in Cursor.

What’s unique about Cursor 3, compared to desktop apps for Claude Code and Codex, is that it integrates an agent-first product with Cursor’s AI-powered development environment. In a demo, Cursor’s other cohead of engineering for Cursor 3, Alexi Robbins, showed WIRED how users can prompt an agent in the cloud to spin up a feature, and then review the code it generated locally on their computer.

Nelle and Robbins argue it doesn’t matter which interface developers are spending their time in—they just want people using Cursor.

Competing With the AI Labs

I visited Cursor’s office in San Francisco’s North Beach neighborhood last week. The startup is reportedly raising fresh capital at a $50 billion valuation—nearly double what it was valued in a funding round last fall—and has expanded into an old movie theater. Cursor employees used to toss their shoes in a pile by the door upon entry, but now there’s a row of large shoe racks, signaling one way in which the company is growing up.

Yet Cursor still feels like a startup. Employees tell me that’s part of the appeal of working there; the company can ship quickly and doesn’t feel too corporate. But as it finds itself racing to catch up to Anthropic and OpenAI in the agentic coding race, that scrappiness may not be enough. This battle—the one to create the best AI coding agent—may be Cursor’s most capital-intensive chapter yet.

Wireless communication technology provider Wilson Connectivity has announced a joint development partnership with Autonomous Systems to bring automated, digitally transformed capabilities to phases of in-building wireless infrastructure spanning initial deployment through ongoing optimisation.

The full network lifecycle management offering combines Wilson’s 30-year track record in distributed antenna systems (DAS), private 5G and Citizens Broadband Radio Service (CBRS) with Autonomous Systems’ cloud-based, artificial intelligence (AI)-ready monitoring platform to give enterprises real-time, automated visibility into their networks from day one of deployment through to ongoing optimisation.

The combined service is said to have the “genuinely interesting” quality of flipping the traditional models currently used by enterprises running DAS or private networks.

Most organisations that operate in-building wireless systems rely on reactive, manual processes to resolve connectivity issues. Technicians are dispatched only after problems are reported, leading to prolonged disruptions and higher operational costs.

Wilson’s product replaces that model with continuous, automated monitoring and active testing that measures actual quality of experience for voice, messaging, over-the-top and streaming. The system is designed to scale across healthcare, manufacturing, logistics, higher education and hospitality. It’s also multi-operator and works across active, hybrid and passive DAS, as well as private 5G and CBRS.

It is also optimised for multi-operator environments and scales across healthcare facilities, manufacturing floors, logistics centres, datacentres, K-12 schools, higher education campuses and hospitality venues where reliable connectivity is essential for operations and public safety communications.

Wilson’s Hybrid DAS is said to be built to be installed quickly to improve in-building wireless signal through multi-channel amplification for the most simultaneous bandwidth. This is said to result in users gaining more control and a lower total cost of ownership through remote network scanning and monitoring, and energy-efficient space-saving design.

Cell signals for all devices on all carriers can be enhanced up to 5G speeds with the Hybrid DAS service, which also delivers the precision of Bi-Directional Antenna amplification using enterprise-grade quality with fibre-optic transport. This is said to offer “the greatest” versatility, coverage and capacity.

“This is a major step forward for Wilson and for the customers who depend on us,” said Payam Maveddat, general manager for enterprise at Wilson Connectivity. “We’re no longer just providing coverage. We’re giving enterprises and their partners a complete, integrated solution that manages the entire network lifecycle with real-time intelligence. That means fewer truck rolls, faster problem resolution and a better experience for the people who rely on these networks every day.”

Said to be built to unify automated monitoring and management, the Autonomous Systems platform combines zero-touch visibility sensors with fully cloud-integrated workflow automation to streamline operations and accelerate decision-making. By transforming network and service data into actionable intelligence, Autonomous Systems says it can empower organisations to enhance efficiency, strengthen network resilience and optimise performance at scale.

“Wilson saw where the market was heading and made a strategic decision to lead their industry enabling full network life-cycle automation,” said Autonomous Systems CEO Steve Urvik. “Working together on this joint development, we’ve built something that gives Wilson’s customers and partners a level of integrated network visibility and control that simply wasn’t available in the market before.”

The service will be available globally in the second quarter of 2026. Pricing will be based on a combination of intelligent probe hardware and subscription-based remote monitoring.