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AI Tools Every Roofer Should Use in 2026

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 Roofing used to be ladders, tape measures, and missed calls while you were up on a roof. In 2026, a lot of that work happens before anyone climbs anything — satellites and drones measure the roof, AI answers the phone while you're on a job, and software writes the estimate. Here are the tools working roofers actually use, job by job. Measure the Roof Without Climbing It Roofr turns satellite images into a full measurement report, and its Starter plan is free  — you only pay $13 to $19 per report. EagleView does the same job with aerial imagery and property data, with reports starting around $18. Hover takes a different route: snap photos of the house with your phone and it builds a measured 3D model, with projects from $29 to $69 and the first three free. Any of the three beats a tape measure on a 40-degree slope, and the report doubles as the number your estimate is built on. Run the Whole Job From One Screen Once the estimate is done, AccuLynx and JobNimbus take over — lead...

Meituan's LongCat-2.5 Is a 1.6-Trillion-Parameter AI Built for Long Coding Jobs — On Chinese Chips

Meituan LongCat-2.5 AI cover — a robot coding agent with a glowing computer chip

 

Meituan logo
Meituan, the Chinese company best known for delivering food across its home market, has released a new AI model built for a very different kind of long job: staying with a complex task for hours, not just answering a single prompt. Called LongCat-2.5, it was released on November 2, 2026, after a September API preview. It is described as a native multimodal model for long-horizon agentic tasks — multi-step jobs in which the AI acts on its own, such as editing a complex codebase or building a complete project. That focus is what makes this launch different from a routine model update.


The details

LongCat-2.5 uses a mixture-of-experts design with 1.6 trillion total parameters, of which about 48 billion are 
active per token. That scale is paired with a 1M-token context window and up to 128K tokens of output, according to API documentation reports — room for very long inputs and very long working sessions. In practice, that means long coding work, rather than short answers. It is designed to work with agent tools including Claude Code, Codex and Hermes, and it is live through Meituan's LongCat chat service and API, with GitHub and Hugging Face releases planned as “coming soon”. It follows LongCat-2.0, which debuted in June 2026.

Why it matters

The most important part of this story may not be the parameter count. Meituan says it optimized long-context training and W4A4 inference — 4-bit weights and activations — for domestic Chinese AI accelerators, each with under 80 GB of memory. It has not named the chip vendor. That is the company's own claim, and it sits against a backdrop of US export restrictions on advanced AI chips. If the claim holds, it suggests a Chinese company can train and run a very large model without relying on US hardware. For AI agents that must work through long, multi-step jobs, that combination of model and domestic hardware is the point: the chip race and the model race are now the same race.

A short take

Read the benchmarks with care. They are Meituan's own, not independently verified. The company's table reports 88.4 on Terminal-Bench v2.1, 51.8 on AutomationBench and 91.9 on BrowseComp, and claims competitiveness with Claude Opus variants on some tests. But on Terminal-Bench v4.0, its own table shows 38.5 versus 53.9 for Claude Opus 5. The honest reading is that LongCat-2.5 looks built for long, practical work, but the strongest claims still need independent testing. If it delivers on that promise, it will matter far beyond one company's product line.

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