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beam, a leading developer of solutions and services for architecture, engineering, and construction (AEC) professionals, today announced Unbound 2026: World Tour, a new global event series designed to bring AI-powered construction innovation directly to industry professionals in their own cities. Unbound 2026: World Tour reimagines the traditional conference experience giving AEC teams practical insights, peer connection and live demonstrations of the latest advancements in Bluebeam, including the newest AI-powered features in Bluebeam Max. How AI is Shaping the Next Era of Construction  As AI rapidly reshapes how the built environment plans, designs and delivers projects, AEC firms are under pressure to move faster, collaborate and reduce risk. Attendees will see firsthand how these advancements – including Bluebeam Max’s rapidly expanding toolset – are being applied in real‑world workflows. Each stop on the tour will feature:  Global perspectives from Bluebeam leaders on the future of construction technology  Local insight from engineers, builders and project teams delivering work in the region  Live demonstrations and hands‑on examples of AI‑powered tools transforming everyday workflows  Unbound 2026: World Tour kicks off in Mumbai (April 24), followed by events in Stockholm (May 27), London (June

As artificial intelligence shifts from experimentation to enterprise implementation across the design environment, IMAGINiT Technologies, a division of Rand Worldwide, will share a framework for scalable AI adoption at New York Build Expo 2026, March 18–19 at the Javits Center in New York City. IMAGINiT experts will be on site at Booth #566 advising construction leaders on platform integration strategies, connected workflows, and scalable AI readiness, all supported by live demonstrations of its construction technology solutions. “As AI rapidly enters the construction conversation, leaders are recognizing that competitive advantage will come from technology integrations and a sound, comprehensive data strategy,” said Bill Zavadil, president and chief operating officer of Rand Worldwide. “AI is most effective when supported by connected workflows, reliable data, and organizational alignment. At New York Build, we look forward to engaging with construction leaders on how to connect their enterprise systems, strengthen their digital infrastructure, and operationalize AI in ways

OpenText™, a global leader in secure information management for AI, announced its participation in RSA Conference 2026, taking place March 23-26 in San Francisco. OpenText will showcase how organizations can secure agentic AI across its full lifecycle using secure coding, identity-first and data-centric controls. Located in the Moscone North at Booth N-4535, OpenText will present a unified approach to securing the agentic AI stack across code, identities, data, and live operations. In-booth demonstrations will include:  Prevent AI AppSec Risk Before Release to reduce critical vulnerabilities in production and accelerate remediation. Govern Agent Privileges to Stop Autonomous Abuse and limit lateral movement and misuse of agent-initiated actions. Enforce Policy-Safe RAG Access to Protect Sensitive Data to support AI adoption with compliance-ready confidence.  Detect and Contain AI Threats in Real Time to lower MTTR and strengthen cyber resilience.  OpenText Breakout Session  Wednesday March 25, 2026 | 2:25-3:15 PM  Deceive, Detect, Defend: Cyber-Resilience Through Data-Centric Security  Speakers: Krista Case, OpenText; Greg Clark, OpenText  This session will

Asite, a leading platform for information management in the built environment, has announced the release of 8 new AI Agents under its Cognitive CDE™ platform. Together, the Agents enable secure AI adoption across construction and infrastructure projects. The built environment is under increasing pressure to deliver programmes faster, comply with more stringent regulations, and manage rapidly expanding volumes of project data. Despite this, many organizations remain hesitant to deploy AI on secure projects. Asite’s Cognitive CDE™ aims to bridge that gap by operationalizing AI within the structured controls of the Common Data Environment (CDE). The first 8 Cognitive CDE™ AI Agents function inside Asite’s security vetted architecture. They retrieve information, validate submissions, and automate repetitive workflows while maintaining role-based access controls and full auditability. The Agents do not learn from, retain, or repurpose customer project data. Following the release of the Asite Cognitive CDE™ in May 2025, Beta program participants reported measurable improvements across three core areas:

In a post on Autodesk’s blog, Thomas Heermann announced that Autodesk VRED is coming to Apple Vision Pro. Thomas says, “When visionOS 26.4 launches this spring, bringing support for NVIDIA CloudXR 6.0, Immersive for Autodesk VRED will be available on the App Store for Apple Vision Pro.” Read more at the Autodesk blog here: https://adsknews.autodesk.com/en/news/vred-on-apple-vision-pro/ To view the original press release, please click here. Search for Autodesk on CIMdata.com

Keysight Technologies, Inc. introduced Keysight AI Inference Builder (KAI Inference Builder), an emulation and analytics platform designed to validate inference-optimized AI infrastructure at scale. Keysight will demonstrate the solution at NVIDIA GTC, showcasing operation within NVIDIA DSX Air AI factory simulation environments to model and optimize AI data center infrastructure, architectures, and performance.  As the AI industry shifts from training large language models (LLMs) to deploying them, optimizing inference has become a crucial factor for ROI. However, inference behavior is highly dynamic and difficult to emulate. Traditional testing methods like synthetic traffic generation or GPU benchmarks cannot accurately reproduce the latency-sensitive workload behavior of AI inferencing across compute, networking, memory, storage, and security layers.  KAI Inference Builder closes that gap by recreating realistic inference workload patterns and modeling industry-specific usage patterns to validate AI infrastructure, applications, and data center deployments. The platform gives AI cloud providers, hardware vendors, and application developers a scalable solution for measuring, validating,

ysight Technologies, Inc. announced the launch of Keysight SBOM Manager, a new solution designed to help organizations meet growing global cybersecurity and software transparency requirements, led by the European Union’s Cyber Resilience Act (CRA). The solution provides a unified approach to generating, managing, and using Software Bill of Materials (SBOMs) for digital products, enabling organizations to meet regulatory obligations with greater accuracy, confidence, and consistency across the product lifecycle. Cybersecurity regulations worldwide are converging on a common expectation: manufacturers must understand, manage, and disclose the components within their digital products, including software and firmware. Regulations such as the EU CRA, U.S. Executive Order 14028, U.S. Food and Drug Administration (FDA) cybersecurity requirements for medical devices, and emerging frameworks in Asia are making SBOMs a foundational requirement for market access, regulatory approval, and customer trust worldwide. Keysight SBOM Manager is designed to support this shift by addressing the practical challenges organizations face as SBOM requirements

L&T Technology Services Limited, a global leader in AI, Digital & R&D Consulting Services, has announced its next-generation, AI-powered digital twin platform for lung navigation, surgical planning and respiratory diagnostics. The platform combines LTTS’ industry-leading MedTech expertise across medical imaging, AI-driven diagnostics, and connected healthcare systems with NVIDIA AI infrastructure to enable greater precision and enhanced outcomes. LTTS’ lung digital twin solution integrates directly with CT imaging workflows and leverages deep learning models to reconstruct a comprehensive 3D digital twin of the lungs. This redefines visualization of critical anatomical structures including airways, blood vessels, lung lobes, and lesions, enabling clinicians to explore patient-specific lung anatomy in an immersive digital environment and simulate procedural pathways for bronchoscopy and biopsy planning. The platform is powered by NVIDIA Physical AI infrastructure, including: NVIDIA Omniverse and OpenUSD for interactive 3D digital twin visualization of lung anatomy and supporting immersive exploration of complex structures, NVIDIA TensorRTto drive optimized AI inference performance across high-speed clinical

BASSETTI Group, a global leader in Technical Knowledge Management, announces the upcoming release of TEEXMA 7, the latest version of its flagship software platform for digitalizing technical and scientific data. TEEXMA 7 combines a modernized user experience, enterprise-grade security, and practical, operational AI, all backed by BASSETTI’s thirty years of deep industrial expertise. This evolution advances BASSETTI’s long-standing mission: providing a scalable, collaborative, and secure solution designed to structure, secure, and leverage the technical data capital of global organizations. Preserving and Empowering Industrial Data CapitalWith over one million users worldwide, TEEXMA serves engineering departments and technical functions across various sectors—including Aerospace, Energy, Automotive, Food & Beverage, Chemicals, and Pharmaceuticals. It is designed to scale with organizations of any size or digital maturity level. Completely modular and highly configurable through No-Code administration, TEEXMA 7 allows companies to deploy proven industrial solutions—including R&D, Laboratory (LIMS), Quality, Engineering, Production, Maintenance, HSE, and Knowledge Management. These modules can function

Aras, a leading provider of digital thread solutions for product lifecycle management (PLM) and engineering AI, announced that IWT, a global specialist in the design, manufacture and installation of washing systems for the pharmaceutical and life sciences industries, is expanding its use of Aras Innovator®. Since its launch in 2018, this long-term collaboration demonstrates how continuously evolving product data management can drive industrial performance. From CAD-centric PLM to an enterprise-wide product platform Prior to Aras Innovator, IWT relied on a legacy, CAD-centric PLM system supported by semi-manual processes to synchronize data across engineering, ERP, and manufacturing. Engineering change management lacked formal workflows, part classification was limited, and document management was fragmented. These challenges became more pronounced as IWT expanded rapidly in a highly regulated pharmaceutical market. To address these issues, IWT initiated a transformation program with the goal of establishing Aras Innovator as the authoritative platform for managing and governing product data,