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Global Times: Interdisciplinary technologies bring more cultural relics to life

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BEIJING, Nov. 18, 2024 /PRNewswire/ — In a fully equipped laboratory in Beijing, a dragon-head architectural component from the Tang Dynasty (618-907) discovered at the Guzhou ruins in Xiong’an New Area, North China’s Hebei Province is prepped for a CT scan.

Thanks to the use of CT scans, 3D modeling, and other high-tech facilities in this laboratory, the restoration and research of the dragon head is progressing smoothly. The Key Laboratory of Archaeological Sciences and Cultural Heritage at the Chinese Academy of Social Sciences (CASS) is promoting the revitalization of more cultural relics with the help of technology, and has become a new example of cutting-edge technology used in archaeological work.

In recent years, China has intensified efforts to integrate technology into archaeology. Remote sensing satellites have been used to accurately document the shapes of excavation sites, 3D imaging can reconstruct collapsed underground spaces, and 3D digital modeling is now used to ­reverse-engineer and replicate decayed wooden boxes. Advances in deep-sea technology have expanded China’s underwater archaeology from depths of 50 meters to 2,000 meters.

These interdisciplinary collaborations are uncovering the limitless potential of archaeological science and continually enhancing China’s ability to protect cultural heritage.

“Technology and archaeology have always been areas of interdisciplinary integration and collaboration. Over the last century, the development of archaeology, from its traditional roots to the present, has been closely intertwined with technological advancements,” Chen Jiachang from the China Academy of Cultural Heritage told the Global Times.

“From the early integration of geology and archaeology to the modern-day application of advanced technologies, these innovations have increasingly aided archaeologists in analyzing remnants of ancient societies, reconstructing their structures, and understanding their social forms,” Chen said.

Technological power

The new laboratory consists of 13 sub-laboratories for archaeological sciences, five for cultural heritage conservation, and five joint archaeological laboratories. It integrates advanced technologies from disciplines including molecular biology, chemistry, geosciences and physics to facilitate interdisciplinary and inter-institutional research in archaeological science and heritage conservation.

Following laboratory analysis and preliminary cleaning of the dragon head’s eyes and nose, large areas of paint were found on the gray ceramic surface. The dragon’s pupils are black, while the eyeliner around them is green.

Liu Yong, head of the Key Laboratory of Archaeological Sciences and Cultural Heritage, recalled to the Global Times that “the top part of the dragon head is missing, and cracks can be seen in its nose and eyebrows, preventing any movement of the artifact.”

So further discovery of the dragon’s pupil and eyeliner colors can’t bear any more movement on the artifact.

One key reason has influenced the team’s decision to use curved-surface fluorescence technology to create a 3D model of the painted artifact. Fluorescence, with its penetrating properties, interacts with different elements to reveal colors hidden beneath layers of soil. “Normally, the green color shines from malachite, while the white ears are calcium carbonate, but we can only figure it out after the fluorescence test.”

“Because it couldn’t be moved, we used soil packing to stabilize it and employed CT scanning to examine whether the dragon head was solid or hollow,” Liu explained. “CT technology is primarily used on artifacts for pre-detection. It helps assess the preservation status and internal structure and provides information for protective cleaning.”

The development of portable CT technology has also transitioned such equipment from fixed to mobile, allowing for better balancing of artifact protection and research. “The goal is to maximize archaeological information while protecting the artifact,” Liu said.

Increasingly, not just field archaeologists but also physicists, geologists, and experts from various other fields are becoming involved in this emerging field of archaeological science.

Wider applications

From aerial and drone remote sensing to satellite remote sensing, these increasingly advanced technologies provide a broader distribution of data about archaeological sites, enabling more comprehensive hypotheses about historical scenarios.

“In the past, we used radar. Satellite remote sensing offers higher density points, forming more detailed surface information,” Chen said. “Now the application of technology helps archaeologists clarify ancient societal remains.”

Chen explained that technologies such as residue DNA analysis and isotope analysis, combined with archaeological interpretations of historical records and research, create a chain of factual evidence for the reconstruction of ancient societies. “It’s a collaboration across disciplines – unifying science and archaeology.”

However, even with advancements in technology and conservation, challenges remain. Natural weathering continues to pose problems for artifacts like the Yungang Grottoes and the Leshan Giant Buddha.

The conservation of stone grotto artifacts faces three main challenges: structural reinforcement, water infiltration prevention, and weathering resistance. While grouting and other techniques can address the first two problems through innovative approaches tailored to the artifact, combating weathering – considered a global challenge – requires breakthroughs in material research.

“Just as chip manufacturing needs new material development, creating advanced infiltration reinforcement materials is key to preserving grottoes,” Chen said.

There are more advanced technologies playing necessary roles in China’s significant archeological projects beyond the conservation of stone grottoes. For instance, in the conservation of Sanxingdui artifacts, the application of ivory analysis revealed similarities in structure and materials to those of stone grottoes. This fusion of technology and archaeology has allowed Sanxingdui artifacts to gain renewed life.

Ultimately, the goal of technology in archaeology is to reconstruct the framework of ancient societies, revealing the structures and dynamics of human life within their historical contexts. “Archaeology and technology complement each other, creating a synergistic effect,” Chen concluded.

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SOURCE Global Times

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Call out – Optimize’s glass-box approach provides greater insight to explainable property-specific settings, controls, and demand. Spherexx® Expands Optimize Revenue Management with CoPilot Predictive Simulation and Strategic Governance

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November 4, 2026

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New internal coaching and simulation capabilities expand predictive insight, strategic governance and user control

TULSA, Okla., Oct. 28, 2026 /PRNewswire/ — Spherexx announced the addition of CoPilot to Optimize, its neural-driven multifamily revenue management platform. CoPilot expands Optimize’s strategic governance capabilities with explainable visibility into how recommendations are developed, how operating controls influence outcomes, and how adjustments may affect future performance.

Optimize’s glass-box approach to revenue management gives greater insight into why leasing rates are recommended.

Designed to strengthen Optimize’s glass-box approach to revenue management, CoPilot provides revenue managers with greater insight into why each leasing rate is recommended based on explainable property-specific settings, controls, and demand. Users can evaluate potential adjustments while maintaining direct human oversight, decision authority, and accountability. This methodology also applies to lease-up construction apartments where previous data is nonexistent, Optimize formulated Its neural network to identify occupancy growth patterns based on lease-up data and certificates of occupancy since 2013; becoming the first revenue management platform to successfully target and exceed construction proforma expectations.

A robust, layered simulator allows revenue managers to model the potential impact of changes before implementation, helping teams understand how adaptive controls may influence future results. For each unit type, users can elect to maintain the current published leasing price, accept Optimize’s recommended leasing price, or hold a price from an earlier date. Additionally, Optimize provides a concession simulation against public comparables to reveal how the cost of recurring or one-time concessions will affect actual new lease pricing.

CoPilot consolidates these decisions within a central workspace where users can review available leasing prices by status, existing rates, recommendations, explanations for changes, and the history of prior decisions. Revenue managers can adjust directly within the workflow, while embedded training video segments provide task-specific guidance throughout the platform.

Optimize continuously incorporates client’s property data through property management software integrations, along with client-selected settings for additional intelligence providers.

Forward-looking intelligence provides revenue managers with an expanded view of asset performance. Optimize displays the property’s known upcoming performance based on scheduled expirations, notices to vacate, and future lease data. Based on this information and historical performance, Optimize forecasts future occupancy, projected renewals, and potential new move-ins three months beyond the max lease term the property offers, i.e. a twelve-month lease will forecast a 15-month horizon. Market positioning based on public-comparable data can be reviewed for rent, vacancy, concessions and leasing velocity daily, weekly, or across a custom period.

CoPilot also extends governance capabilities for affordable and rent-controlled floor plans and units, enabling additional controls for fixed maximums, lease terms, and other applicable operating parameters

“We created Optimize as one of the early neural-intelligent revenue management platforms, and its intelligence has continued to evolve,” said Becca Wilson, Owner and CEO of Spherexx. “Our original vision remains the same: give clients pertinent, accurate and accessible intelligence they can understand, evaluate, and govern. CoPilot advances that vision by allowing revenue managers to see not only what Optimize recommends, but why it recommends it, explore the potential impact of their decisions, and remain firmly in control of the outcome.”

CoPilot builds upon Optimize’s established approach to transparent revenue management by combining predictive intelligence, adaptive controls, and strategic governance within a single decision environment.

About Spherexx.com®

Spherexx.com®: Redefining Real Estate Technology

Spherexx.com® continues to lead with cutting-edge predictive, generative, agentic, AI across a suite of software solutions, setting industry benchmarks for innovation.

With over two decades of experience, Spherexx.com® delivers top-tier Software as a Service (SaaS) internet-based software, data analytics, and marketing solutions to clients across the US and Canada. Spherexx expertise spans multifamily, single-family, affordable, senior, rent control, self-storage, and manufactured housing.

Spherexx technology stack streamlines operation and enhances brand experiences for clients, and their residents, and investors. Our technology stack includes:

Website CMS/Inline EditorSEM/GEO/AEO/LLM/PPCILS SyndicationCommission & Bonus ManagementBI DashboardsCRM + AI AgentWebsite Chat & Voice AIComparable AnalyticsRevenue ManagementInteractive Site PlansTouchscreen Leasing KiosksCustom Programming

Spherexx.com® is the authoritative trusted source for innovation and transformation in real estate technology. Visit www.spherexx.com to explore the future of PropTech.

News@spherexx.com

866.491.7500

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SOURCE Spherexx

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Empowering Malaysia’s Digital Future: AWS and Elitery Celebrate Grand Finale of AWS CendekiAwan

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November 4, 2026

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20 Finalist Teams from Four Top Malaysian Universities Reach the Grand Finale of AWS CendekiAwan

KUALA LUMPUR, Malaysia, Nov. 4, 2026 /PRNewswire/ — Amazon Web Services (AWS) and Elitery recently celebrated the Grand Finale of AWS CendekiAwan at Universiti Malaya (UM).

The event brings together 20 student finalist teams from four top Malaysian universities to pitch cutting-edge Generative AI solutions powered by Amazon Bedrock, tackling critical societal and enterprise challenges. Competing across five categories, the finalists will demonstrate how AI can be applied to address real-world challenges across education, healthcare, sustainability, financial inclusion, government technology, and social impact.

The CendekiAwan Malaysia program is a collaborative digital talent initiative by AWS and Elitery designed to bridge academic learning with practical industry requirements. Moving beyond theoretical AI concepts, the hands-on curriculum equipped participants from tech and non-tech backgrounds with practical skills in cloud computing, application development, and Generative AI.

Beginning at Asia Pacific University of Technology & Innovation (APU), the initiative expanded through self-learning, hands-on workshops, and showcase sessions across Multimedia University (MMU), Nilai University, and Universiti Malaya (UM). Utilizing AWS developer tools including PartyRock, Kiro, and Amazon Bedrock, students built functional prototypes from scratch. The program encouraged students to move beyond learning AI concepts and gain practical experience developing technology-driven solutions for real-world needs.

“CendekiAwan reflects our belief that AI should be built and deployed by hands and minds like these students to solve real challenges facing communities across Malaysia,” said Daniel Zhang, Regional Data Center Operations Leader Malaysia, AWS. “Together with Elitery and our partner universities, we are proud to see these students turn skills in Kiro and Amazon Bedrock into practical solutions for education, healthcare, sustainability, financial inclusion and public services.”

The showcase brings together key decision-makers across government, higher education, and industry, including representatives from Dewan Bandaraya Kuala Lumpur (DBKL). Beyond the competition, the event underscores Elitery and AWS’s shared commitment to building a resilient, future-ready AI workforce across Southeast Asia. “The CendekiAwan training programme supports Kuala Lumpur’s vision of ‘A Prosperous City for All by 2030’ by investing in talent development, strengthening capabilities, and fostering knowledge exchange. Through sustained training and collaboration, the programme seeks to contribute to a more dynamic, inclusive, and future-ready Kuala Lumpur, in line with DBKL’s commitment to the city’s socioeconomic progress and well-being,” said Ts. Kamariah binti Kamarudin, Representative of DBKL.

Representing Elitery, President Director Kresna Adiprawira said, “Through CendekiAwan, we help students move beyond learning AI concepts to building practical applications that address real-world challenges. We are proud to see their ideas turn into meaningful innovations and help shape the next generation of digital talent.”

Finalists showcase projects across five categories:

Smart Education: Enhancing learning and accessibility.Digital Health: Improving healthcare and wellbeing.Sustainable Environment & Climate: Advancing sustainability and climate resilience.Financial Inclusion & SME: Supporting business growth and financial access.GovTech & Social Impact: Improving public services and community inclusion.

Through these categories, students demonstrate how Generative AI can translate into practical applications that address challenges faced by communities, institutions, businesses, and society.

“The development process was seamless thanks to the comprehensive technology provided by AWS. For students looking to build AI-powered solutions, the most vital factor is the core idea focus on solving real-world problems.” Dewan AI — Winner, GovTech & Social Impact, Multimedia University (MMU).

As Generative AI transforms industries, CendekiAwan equips students with practical skills and innovation capabilities to develop impactful, real-world solutions through collaboration between AWS, Elitery, and Malaysian universities.

CendekiAwan Malaysia is an AWS and Elitery initiative with partner universities, equipping students from four Malaysian universities with practical cloud computing and Generative AI skills through hands-on learning, culminating in 20 finalist teams competing across five categories using Amazon Bedrock.

PT Data Sinergitama Jaya Tbk  (Elitery, IDX: ELIT)  is an Indonesian publicly listed technology company specializing in IT Managed Services, AI, and cloud solutions, serving over 200 customers across three countries. In 2026, Elitery earned the AWS Migration Competency Designation.

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SOURCE Elitery

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Small Joys, Big Market: Products That Spark Joy Take the Spotlight at 140th Canton Fair

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November 4, 2026

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GUANGZHOU, China, Nov. 3, 2026 /PRNewswire/ — As emotional value becomes a key consumption driver, consumers are increasingly willing to pay for fun, companionship and peace of mind, offering an everyday interpretation of what “Better Life” truly means. This trend was on display throughout Phase 3 of the 140th Canton Fair.

Small Products, Big Feelings

In the Office Supplies Section, beyond traditional business supplies, vibrant products are capturing attention. Pens are expected to be visually appealing while staplers are designed to be cute as well as functional. Products that provide a burst of pleasure are gaining popularity.

3D stickers have emerged as a favorite among journaling enthusiasts. These stickers double as puzzles, requiring no glue and allowing users to assemble them for fun, turning decorations into interactive toys.

In the Toys Section, bag charms in various designs are ubiquitous. Meanwhile, animal-shaped sofa cushions in lazy, prone poses offer a healing touch. Filled with eco-friendly weighted glass beads, they provide a gentle hugging sensation, offering comfort and relaxation.

Emotional Comfort Across Categories

Emotional comfort was equally evident in products designed for children and pets.

A duck-shaped toy created for infants and toddlers aged 6 to 36 months attracted interest from overseas buyers. Simulating the movements of a real duck through head-turning and waddling motions alongside lights, sounds and voice guidance, the toy supports crawling, early learning and emotional comfort. Educational and bedtime-soothing modes offer music, stories, nursery rhymes and bilingual content, helping nurture development and providing a sense of security.

Meanwhile, the Pet Products and Food Section demonstrated how emotional needs also extend to animal companions. From creatively designed cat climbing structures to interactive automatic toys, exhibitors presented products aimed at enriching pets’ daily lives and strengthening the bond between pets and their owners.

As consumers increasingly seek products that deliver emotional as well as practical benefits, Phase 3 of the 140th Canton Fair offers a glimpse into evolving lifestyles and expectations. The message behind “Better Life” is clear: better living is no longer defined solely by utility, but by products that bring comfort, connection and joy.

For more convenient attendance, please click here for pre-registration:

https://buyer.cantonfair.org.cn/register/buyer/email?source_type=16

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SOURCE Canton Fair

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