AI-Native PLM: How LLMs Are Reshaping Engineering Data
Why AI-native PLM is emerging in 2026: LLM copilots for BOM cleansing, requirements, and engineering search - and the data architecture that makes it work.
SaaS PLM Compared: Teamcenter X vs 3DEXPERIENCE vs Windchill+
A 2026 SaaS PLM comparison: Teamcenter X, 3DEXPERIENCE, and Windchill+ on data model, deployment, integration, and cost - a decision matrix for cloud PLM.
Digital Product Passport Architecture: The EU ESPR Data Model (2026)
A reference architecture for the EU Digital Product Passport: data model, unique identifiers, PLM and supply-chain integration, and the DPP registry.
PTC NEXT 2026: Is Intelligent PLM Real?
An analysis of PTC NEXT 2026: Orbit, Jetstream, 12 AI agents, and whether 'Intelligent PLM' is a genuine architecture shift or a rebrand of the digital thread.
Battery Passport and PLM: How EU Rules Reshape Product Data
How the EU battery passport reshapes PLM: the data model, digital product passport schema, supply-chain traceability, and what engineering teams must build by 2027.
Aras vs Teamcenter vs Windchill: PLM Compared (2026)
An engineer's 2026 comparison of Aras Innovator, Siemens Teamcenter, and PTC Windchill — data model, customization, cloud, and total cost of ownership.
How Stellantis Built a Virtual Factory Digital Twin: 2026 Analysis
Inside Stellantis' virtual factory digital twin program — stack, integration with PLM, the ROI math, and what other OEMs are learning from it.
IoT, Digital Twin & PLM: The Complete 2026 Overview
How IoT, digital twins, and PLM converge in 2026 — architectures, data flow, integration patterns, and the business value of the digital thread.
Aras Innovator Architecture: Open-Source PLM Reference (2026)
Aras Innovator PLM architecture — server layers, ItemType modeling, low-code customization, deployment patterns, and Aras vs Teamcenter vs 3DEXPERIENCE.
The Digital Thread in PLM: Architecture & Implementation
Digital thread PLM architecture explained — connecting requirements, CAD, BOM, manufacturing, and field data into one traceable, closed-loop lifecycle.