IIIT-H, Hexagon set up CoE for digital twin research. 23 September 2026 8:13 AM The CoE will support applied research, prototypes and proof-of-concept projects aimed at real-world industry challenges. IIIT-H and Hexagon R&D India officials at the launch of a Centre of Excellence for digital twin research in Hyderabad. (DC Image) Hyderabad: The International Institute of Information Technology, Hyderabad (IIIT-H) and Hexagon R&D India will establish a centre of excellence (CoE) at the institute to advance research and education in digital twins, computer vision and spatial computing using artificial intelligence (AI). The Hexagon digital twin CoE will provide IIIT-H students, faculty and researchers access to Hexagon's Leica BLK360 G2 precision imaging laser scanner and associated software, the institute said, adding that the technology can capture detailed information about physical spaces and help create high-fidelity digital representations, known as digital twins. The CoE will support applied research, prototypes and proof-of-concept projects aimed at real-world industry challenges. It will also give students and researchers access to industry-grade technologies and datasets, allowing them to explore applications in spatial computing and computer vision. IIIT-H director Prof. Sandeep K. Shukla said the collaboration would provide researchers and students with access to advanced technologies and real-world spatial data, helping take research from laboratories to practical applications. Discover more Environment news reports Sports news coverage Entertainment news digest Navaneet Mishra, senior vice-president and head of Hexagon's R&D India, said capturing, understanding and digitally representing the physical world was creating new possibilities across industries. He said the collaboration would give students and researchers access to Hexagon technologies as well as real-world challenges. Nora Hollenstein, vice-president, AI Hub at Hexagon AB, said the company aimed to create an environment in India where ideas could be tested and deep research could contribute to real-world solutions. ( Source: Deccan Chronicle) Download the Deccan Chronicle Android and iOS app on your phone for news and views from around the world - accurate and immediate. Five-star memories in Punta Cana.Not all memories feel the same. At Grand Palladium Hotels & Resorts, yours include waking up to the Caribbean Sea, dining under the stars, and the privilege of having everything taken care of.Palladium Hotel Group | Sponsored How I've excelled at my job for 14+ years"The competitive pay and benefits attracted me."Liberty Mutual | Sponsored How working with my team empowers me to win"I'm surrounded by driven people who motivate me."Liberty Mutual | Sponsored

IIIT Hyderabad, Hexagon R&D India set up Digital Twin Centre of Excellence. IIIT Hyderabad and Hexagon R&D India have collaborated to establish a Digital Twin Centre of Excellence at the institute. The centre will focus on computer vision, spatial computing and AI-enabled digital twins while providing students and researchers access to industry-grade technologies Download Interactive Maps Published Date - 23 September 2026, 06:57 PM Hyderabad: IIIT Hyderabad and Hexagon R&D India on Wednesday collaborated to establish the Hexagon Digital Twin Centre of Excellence (CoE) at IIIT Hyderabad. The CoE will focus on advancing applied research, education and industry collaboration in computer vision, spatial computing and digital twins, leveraging artificial intelligence (AI). The collaboration will provide students, faculty and researchers at IIIT Hyderabad with access to Hexagon's advanced precision-imaging laser scanner (Leica BLK360 G2, along with the relevant software package), which enables high-fidelity digital twin creation, a press release said. The CoE will serve as a platform for research and innovation, supporting the development of prototypes, proofs of concept and solutions addressing real-world industry challenges. It will also create opportunities for students and researchers to work with industry-grade technologies and datasets while exploring new applications for spatial computing and computer vision, it said. IIIT Hyderabad Director Prof. Sandeep K. Shukla said the collaboration with Hexagon would give the Institute's researchers and students access to advanced technologies and real-world spatial data, creating opportunities to translate research from the lab into practical applications. Discover more Lifestyle Magazine Content Entertainment News Feed Property Listings Service * Follow Us: Discover more Telangana Tourism Guide World News Digest Sport News Coverage

Hexagon debuts connected manufacturing technologies at IMTS. New software, simulation and metrology solutions aim to help manufacturers address workforce challenges. * nicole franzese-damron * sep 16, 2026 updated sep 21, 2026 * 3 min to read. IMTS 2026 is in full swing, and exhibitors on the show floor are eager to spotlight their cutting-edge products. Hexagon, a provider of metrology and manufacturing software solutions, showcased a range of software and metrology technologies designed to help manufacturers improve productivity, streamline quality processes and connect data across the manufacturing lifecycle. During a press event at the show, company representatives detailed what Hexagon calls "manufacturing confidence," emphasizing the need for manufacturers to make faster, more informed decisions amid growing complexity, workforce shortages and increased adoption of artificial intelligence. According to Hexagon, many manufacturers continue to face challenges connecting data across design, production, quality and business systems, limiting their ability to fully capitalize on digital transformation initiatives. "We found something refreshing: that despite all of the economic uncertainty, there's a real sense of optimism out there," said a Hexagon representative during the presentation, citing company research that found continued investment in technology, ongoing reshoring efforts and workforce preparation for AI and automation. AI-Enabled workforce development. A throughline throughout the demonstration was the role of AI in augmenting workers rather than replacing them. Hexagon highlighted ProPlan AI, an extension of its ESPRIT EDGE computer-aided manufacturing platform that learns from historical programming practices and recommends machining strategies and toolpaths. The company said the technology is designed to automate repetitive programming tasks while preserving the expertise of experienced CAM programmers. Company representatives noted that manufacturers face growing concerns about retaining skills knowledge as experienced workers retire and newer employees enter the workforce. ProPlan AI is intended to capture and reuse proven programming practices while shortening the learning curve for less-experienced users. "The biggest impact we see is not necessarily replacing the skilled workforce, but it is to make them more empowered, make them more productive and more efficient in doing their day-to-day jobs. One of the big challenges that manufacturers face is how do we keep that knowledge in the house so that the new programmers can benefit from it," Hiren Kumbhojkar, Senior Director of GTM Strategy Marketing & Communication, said during the demonstration. Instead, the tool keeps programmers in control of the decision-making process while automating routine tasks and generating recommendations based on past work. Kumbhojkar also detailed Copilot capabilities within its software environment. The technology enables users to ask questions through natural-language prompts and receive step-by-step guidance for completing tasks. Hexagon believes future capabilities will allow the assistant to perform certain actions directly within the software while maintaining user oversight. Simulation enhances programming efficiency. Also showcased during the event were updates to its NC Simul software, including new GPU-powered simulation capabilities available in NC Simul 26.3. The enhancement allows users to save intermediate material states during machining simulations and jump directly to key stages in a process rather than rerunning an entire simulation sequence. This capability can significantly reduce verification time for complex parts and machining programs. By eliminating the need to repeatedly simulate previously completed operations, manufacturers can more quickly identify programming issues and validate revisions before production begins, according to the company. New metrology solutions debut. On the metrology side, Hexagon previewed Hyperscan SR, a wireless handheld scanning system designed to simplify shop-floor measurement workflows and reduce barriers to adoption. Director of Product Management Joel Martin emphasized the importance of simplifying metrology technology for manufacturers facing workforce challenges. "This is really important from an adoption point of view. I can hand this scanner to anyone, and it's as simple as just waving it over the part. The easier we can make this technology, the lower that barrier of entry is to be able to bring new and unskilled labor into the process." Hexagon also introduced Optivas, an optical coordinate measuring machine designed to help manufacturers inspect increasingly complex parts while reducing dependence on highly skilled metrology personnel. The system incorporates AI-based functionality to simplify programming, automate lighting setup and improve repeatability between operators, according to the company. Connecting quality and production. Another recurring theme was the growing need to integrate quality processes more closely with manufacturing operations. Presenters cited survey data showing that inspection activities are moving closer to production, with 59% of manufacturers now measuring on or near the shop floor instead of relying solely on separate quality labs. The company also pointed to growing adoption of in-line inspection, but said efficiency challenges remain. According to Hexagon, more than two-thirds of manufacturers lose six or more hours per week to measurement and inspection bottlenecks, while only about one-third have quality data integrated across most systems, leaving critical information trapped in silos. Rather than treating quality as a final checkpoint, manufacturers should use measurement data as a continuous feedback mechanism that informs production decisions, reduces scrap and prevents rework, according to the company. Taken together, the announcements reflect Hexagon's broader vision for a connected manufacturing environment where AI, simulation and metrology technologies work together to provide manufacturers with trusted data and greater operational visibility.