Andrew Anagnost11:51
Thank you, Janesh. Autodesk is focused on convergence powered by our platform, industry clouds, and AI. Let me give you some examples of our progress in the quarter that demonstrate how this differentiated strategy works for our customers in architecture, engineering, construction, manufacturing, and operations. Convergence increases efficiency and resilience and reduces risk and downtime. All of this is in service of deploying fewer resources to every project so they can bid on and win more projects with the resources they have. As you can see in the performance of make, formerly for construction's revenue growth accelerated again and has strong momentum with owners, designers, GCs, and subcontractors seeking to converge design and construction workflows. Once again, customers are choosing to consolidate fragmented legacy systems onto Autodesk's platform. For example, Dome Construction, an ENR top 400 general contractor, selected Forma for construction to replace disconnected legacy point solutions and standardized workflows across pre-construction, VDC, project execution, cost management, and turnover. In Europe, Essex Services Group, a leading UK building services contractor, signed a multi-year enterprise agreement for Forma Build to consolidate fragmented systems across complex data center and commercial projects. And Germany's largest municipal water utility, Berlin Water, expanded its use of Autodesk solutions, including Forma design collaboration to modernize collaboration across water infrastructure planning and delivery. These stories have a common theme: converging people, processes, and data across the project life cycle to increase efficiency and resilience, decrease risk, and prepare for an agentic AI world. Our comprehensive end-to-end industry clouds and platform drive convergence and extend our footprint further into the larger growth segment. In manufacturing, customers are demanding convergence as they invest in their digital transformation to leverage granular and unified data and embrace AI-driven automation capable of industry transformation. By consolidating on our platform, customers have the flexibility and connectivity across workflows to increase agility, innovation, and resilience. For example, Low Services, the shared services of the Friedhelm Loh Group, a German industrial technology conglomerate, renewed and expanded its enterprise agreement with Autodesk to better connect CAD, product data management, and enterprise systems, reducing fragmentation and accelerating time to market. In the US, a leading automotive manufacturer renewed its enterprise agreement with Autodesk to advance its factory of the future strategy, standardizing on Autodesk solutions across digital factory and AECO workflows to reduce vehicle lead times and scale factory design simulation across 14 factories for more proactive data-driven production planning. In addition, a visual display and fabrication company replaced a legacy design solution with Fusion after a multi-month evaluation, connecting design and manufacturing in the cloud to reduce handoffs and move projects through development faster. And in Europe, Schiedel, a leading manufacturer of chimney systems, implemented an integrated Inventor, Vault, and Fusion workflow to automate product configuration, generating thousands of modular component variants automatically to fast-track assembly and drawing creation. All of this was reflected in Fusion's accelerating growth. Let me finish by talking about AI. As I said last quarter, building agentic AI requires data, context, and expertise. What differentiates Autodesk is that we have all three at scale, and each one is scarce. We have scarce geometric-rich data from real design and make workflows that lets us build frontier 3D foundation models grounded in how the built world is actually designed and made. We have real-world workflow context including design intent, constraints, constructability, coordination and trade-offs that enable industry-specific MCP and agentic-based workflows that work reliably across the life cycle. And we have deep domain and technical expertise that translates data and context into trusted products, defensible IP and knowledge graphs built for professional-grade outcomes. That foundation matters because our customers do not just need AI that can generate. They need AI that produces outputs that are correct in the real world. That is a hard problem and we are using a hybrid approach to solve it. We are combining probabilistic AI generation with deterministic engineering validation using parametric and physics-based engines designed to reason about the physical world in 3D. So AI-generated outcomes can be validated against real-world constraints. Simply put, AI can generate and our engines can validate. Let me unpack that a bit. Frontier models are incredibly capable, but they are still fundamentally vision and language systems. Simply generating drawings is very different from understanding how something performs, behaves, or can actually be manufactured and constructed. For our customers, that accuracy matters. Through assistance and MCP infrastructure, Autodesk provides the harness layer that makes frontier models more controllable, context-aware, and useful across the life cycle. Autodesk Assistant is a good example already in market and there are even more powerful tools on the way, but we are going much further than MCP and agent-based workflows. Autodesk 3D Foundation models use decades of engineering intelligence combined with trusted product engines to directly reason about geometry and physical relationships, enabling workflows like similarity search, drawing dimensions, constraints, building plans, and geometry-aware automation. Auto-constraint infusion and more expansive features like our soon-to-be-launched building layout explorer in Forma are good examples of our progress here. When Autodesk AI generates a design, revision, manufacturing tool path, routing layout, or simulation setup, that output is validated through the same core parametric models from Autodesk that our customers have trusted for decades. These systems perform deterministic checks for geometric integrity, manufacturability, constructability, standards compliance, and performance. Every validation loop also improves the platform itself, continuously strengthening our AI models, validation systems, and quality thresholds over time. With MaintainX, we intend to extend those capabilities to develop digital twins that move beyond descriptive and informative models to high-value predictive and autonomous workflows and systems. This combination of probabilistic AI generation and deterministic engineering validation is why we said last quarter that 3D agentic AI requires high-fidelity geometry-rich data, deep industry context embedded in real-world design and make processes, and specialized 3D AI expertise. Few companies have all these. Autodesk does. It's why we believe Autodesk will define the next generation of industrial AI. Operator, we would now like to open the call up for questions.