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Tencent Cloud Unveils a Major Upgrade to Its Agent Development Platform, Launching an Enterprise-Grade AgentOps Platform to Bring AI Agents into Production at Scale

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SHANGHAI, July 21, 2026 /PRNewswire/ — Tencent Cloud, the cloud business of global technology company Tencent, today announced a major enhancement to its Agent Development Platform (ADP) International Edition, evolving it into a comprehensive, enterprise-grade AgentOps platform designed to help enterprises move AI agents from experimentation into production at scale. The enhancement was unveiled at the 2026 World Artificial Intelligence Conference (WAIC) in Shanghai and is now available to customers worldwide.

Delivered in ADP’s 4.0 international release, the update introduces two headline capabilities — the Smart Desk and Claw Mode, powered by the Agentic Loop. Together with Connector, Skills, Knowledge Base, MCP and Agent Portal, ADP 4.0 now connects the entire enterprise agent lifecycle — from building and connecting, to distribution and governance — giving enterprises a single foundation to develop, deploy and manage AI agents reliably and at scale.

Today, enterprises seeking to rebuild their operations with AI Agents often face three critical challenges:

Individual pilots are easy to initiate but difficult to scale;Powerful models are challenging to integrate with existing legacy systems;Deployed Agents present difficulties in security governance and cost control.

Tencent Cloud ADP 4.0 addresses these challenges systematically by unlocking long-horizon, self-coding capabilities for complex tasks through Claw Mode, connecting enterprise systems and capability assets through nearly 40 Connectors and over 150 Skills, while moving security governance upstream to the very source of development. This enables enterprises to rapidly develop Agents while keeping them running in real business environments in a stable, secure, and controllable way.

To date, Tencent Cloud ADP has been deployed across retail, finance, government, manufacturing, and other industries, where teams have used AI Agents to support on tasks such as intelligent Q&A, customer service, marketing content generation and business analysis.

How Smart Desk Serves as a Unified Agent Entry Point

The newly launched Smart Desk serves as the unified, user-facing entry point of Tencent Cloud ADP 4.0, addressing two needs at once: enterprises can build Agents at scale, while employees can complete everyday tasks with a single sentence. Within the same workspace, users can build scalable Agents for their organization using natural language, or handle personal tasks just as they would with an everyday office assistant. Agent capabilities can also be integrated into existing enterprise systems—office software, ERP, CRM, customer service, and more—so that Agents “grow” on top of existing workflows without tearing anything down.

Smart Desk dramatically cuts the cost of building. Setting up a knowledge-based intelligent Q&A assistant once required manually configuring more than a dozen parameters. Now a single sentence can complete the entire configuration automatically, enabling it to go live within minutes. For more complex workflows such as multi-intent customer service, users simply describe the logic, and the system automatically generates a complete flow—intent routing, knowledge-base Q&A, human handoff, and more—packaged and ready to import. When a single Agent isn’t enough, users can orchestrate a collaborative team of Agents with a single command, with the system automatically assigning responsibilities, prompts, and task handoffs. The Smart Desk also integrates with the Skills Marketplace, packaging mature capabilities—such as contract review, financial analysis, and invoice entry—into reusable enterprise-grade Skills that can be shared and continuously refined across the organization. In doing so, Smart Desk brings “usable by everyone” and “enterprise-grade control” together in a single entry point.

How Upgraded Claw Mode Resolves Complex, Long-Horizon Tasks

For complex tasks that lack fixed rules, span long chains, and resist form-based configuration, Tencent Cloud Agent Development Platform (ADP) 4.0 adds a fourth building mode—Claw Mode. It can create Agents that autonomously write and run code in a cloud sandbox, call enterprise Skills, and execute long-running tasks. Once created, these Agents can be integrated into business systems via API/Web interfaces and reach employees and customers through channels such as LINE and Telegram. Creators do not need to fill out any forms; they simply describe their needs in natural language, and the platform automatically generates prompts, mounts knowledge bases, configures tools, and orchestrates workflows.

ADP 4.0 also supports two-way invocation between Agents and Workflows: Workflows handle steps with clear-cut rules, balancing stability with predictable token consumption. When unstructured judgment or open-ended tasks arise, they invoke a Claw Mode Agent to fully leverage the model’s capabilities. This gives enterprises the flexibility to integrate deterministic processes with intelligent decision-making.

Connecting Enterprise Systems, Knowledge, and Tools to Embed Agents into Workflows

To address the pain point of “powerful models that cannot reach enterprise production systems,” ADP 4.0 uses Connector, Skills, plugins, Knowledge Base, and MCP to turn an enterprise’s scattered business resources into callable and reusable AI assets.

The Connector framework offers nearly 40 curated Connectors in the first batch, supporting integration with high-frequency systems such as CRM, ERP, ticketing, customer service, knowledge bases, and document systems, and covering mainstream international SaaS applications like Google Workspace, Confluence, and Jira. Agents can directly read, retrieve, and perform operations such as querying, analysis, generation, and routing.

The upgraded Skills Marketplace now supports 150+ Skills. Business teams can package custom Skills into shared enterprise plugins that enter the enterprise zone for use only after passing security checks and approval.

More than 50 scenario-based templates and industry-curated applications shorten the path from zero to one. The upgraded Model Marketplace enables enterprises to select leading international models alongside their own self-hosted models, with native compatibility for the OpenAI standard protocol.

In addition, ADP 4.0 supports multiple entry points—platform, browser, Office, Chat channels, and API/SDK—embedding Agents into employees’ daily work scenarios.

End-to-End Governance from Development to Launch: Clearing the “Security Gate” Before Production

To tackle the challenge of “Agents that run but whose security and cost cannot be controlled,” ADP 4.0 moves governance upstream to the source of development, building a security control system that spans the full Agent lifecycle around permission management, Skills governance, runtime observability, and deployment compliance.

For permission management, ADP 4.0 supports a layered architecture at the enterprise, workspace, and application levels, combined with a Role-Based Access Control (RBAC) role-permission matrix to achieve dual-dimension isolation of functional and data permissions. For Skills governance, custom Skills must pass security checks—static code scanning, data-access review, outbound-network review, dependency allowlisting—and multi-level approval before entering the enterprise zone to become shareable and schedulable enterprise assets. For observability and governance, enterprises can use Agent Portal to centrally manage Agents across platforms and scenarios, and use business and resource dashboards to monitor key metrics such as call volume, response quality, operating cost, and errors in real time, enabling rapid issue identification and optimization.

Wu Yunsheng, Vice President of Tencent Cloud and Head of the Tencent Cloud Agent Development Platform, emphasized that enterprise-grade Agents are not merely about who can build them the fastest, but rather about who can keep Agents operating on the front lines of business in a stable, secure, and sustainable manner. ADP aims to provide enterprises with a production-ready AgentOps foundation—one that enables them to build Agents quickly, connect these Agents to systems and distribute them to the front lines, and operate them continuously under a framework of permissions, security, evaluation, and observability, truly unlocking productivity value.

Learn more about Tencent Cloud ADP: Build AI Agents with RAG+LLM, Workflow & Multi-Agent Capabilities

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About Tencent Cloud:

Tencent Cloud, one of the world’s leading cloud companies, is committed to creating innovative solutions to resolve real-world issues and enabling digital transformation for smart industries. Through our extensive global infrastructure, Tencent Cloud provides businesses across the globe with stable and secure industry-leading cloud products and services, leveraging technological advancements such as cloud computing, Big Data analytics, AI, IoT, and cybersecurity. It is our constant mission to meet the needs of industries across the board, including the fields of gaming, media and entertainment, finance, healthcare, real estate, retail, travel, and transportation.

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Chandigarh University Commemorates ‘Father of Fibre Optics’ Dr. Narinder Singh Kapany’s 100th Birth Anniversary with India’s First Research Chair in His Name; announces annual Grant of ₹1 Crore for Scientific Research

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Chandigarh University Confers ‘Narinder Singh Kapany Lifetime Achievement Award for Excellence in Physics’ on Dr Ajoy Ghatak, Prof Emeritus IIT Delhi for Contributions to Fibre Optics & Photonics

CHANDIGARH, India, Oct. 31, 2026 /PRNewswire/ — Chandigarh: To mark the 100th birth anniversary of Dr. Narinder Singh Kapany, the legendary Indian scientist widely known as the ‘Father of Fibre Optics’ whose groundbreaking research in optical fibre technology transformed global telecommunications and laid the foundation for today’s digital revolution, Chandigarh University has announced the establishment of India’s first ‘Dr. Narinder Singh Kapany Research Chair for Excellence in Sciences and Innovation’, along with an annual research grant of ₹1 crore to advance scientific research and innovation.

In a pioneering initiative, Chandigarh University has announced India’s first-ever Research Chair established in the name of Dr. Narinder Singh Kapany, recognizing his unparalleled contribution to science and technology. With no other research chair dedicated to Dr. Kapany currently established in India, this initiative marks a significant institutional tribute to the legendary scientist and seeks to carry forward his legacy through sustained investment in scientific research, innovation and the nurturing of young scientific talent. The Research Chair will provide mentorship, guidance and research support to budding scientists, enabling them to pursue innovative ideas, undertake advanced research and translate scientific discoveries into impactful technologies.

Prominent among those who graced the centenary celebrations of Dr. Narinder Singh Kapany at Chandigarh University campus were Prof. (Dr.) Samir K. Mondal Scientist-G, Optics & Photonics Instrumentation CSIR-CSIO, Chandigarh as Chief Guest, Prof. (Dr.) Aaron Danner, National University of Singapore as Guest of Honour, Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi (virtually) and Dr. Satbir Singh Sehgal Vice-Chancellor Chandigarh University among other dignitaries.

Speaking on the occasion Prof. (Dr.) Samir K. Mondal Scientist-G, Optics & Photonics Instrumentation CSIR-CSIO, Chandigarh said, “Professor Kapani’s contribution to optical science began with his pioneering work on thin, flexible glass fibres, through which he demonstrated for the first time that images could be transmitted from one end to another using bundles of optical fibres. Professor Kapani developed thin, flexible glass fibres and successfully transmitting images through them, laying the foundation for modern fibre optics. He also coined the term ‘optical fibre’ and developed the fibre scope, which later evolved into applications such as endoscopy. His work demonstrated that optical fibres could carry information, opening possibilities beyond image transmission, including voice and data communication.”

Prof Mondal added, “There is also an important question of recognition for Indian scientists. Scientific contributions do not always receive the recognition they deserve and the Nobel Prize is a complex matter. I gave the example of S.N. Bose, whose work has had a lasting influence on physics and is associated with several Nobel Prize-winning developments, despite him never receiving the Nobel Prize himself. Similarly, Professor Kapani’s contribution to optical fibre technology deserves to be remembered and carried forward. We represent one-sixth of the world’s population and taking forward the scientific legacy of such visionaries is no less significant than receiving a Nobel Prize. We must encourage our young researchers to build upon their work and explore new frontiers of science and technology.”

Prof. (Dr.) Aaron Danner National University of Singapore said, “Dr. Narinder Singh Kapany’s pioneering work demonstrated how light could be guided through thin glass fibres using the principle of total internal reflection, overcoming the limitations of metallic transmission. His work on fibre bundles, image transmission and endoscopy opened new possibilities in imaging and optical science. Today, the same fundamental technology that Dr. Kapany started with glass fibres is being used on silicon and lithium niobate wafers to develop advanced photonic devices and achieve increasingly higher communication speeds. While modern research is addressing new engineering challenges in laser sources, optical modulators and high-speed data transmission, it continues to build on those early contributions. We may see Dr. Kapany as a great Indian or Punjabi scientist, but I also see him as a great American scientist. Great science and great scientists are global and their contributions ultimately benefit all of humanity.”

Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi said, “It is indeed a great honour to receive this award in the name of Dr. Narinder Singh Kapany, one of the pioneers of fibre optics. His early work on cladded optical fibres and image transmission through fibre bundles laid the foundation for medical endoscopy. The development of low-loss optical fibres has since revolutionised communication through their tremendous information-carrying capacity, enabling global connectivity and video communication. The establishment of the Dr. Narinder Singh Kapany Research Chair by Chandigarh University is a commendable initiative to advance his scientific legacy and inspire future generations of researchers. This recognition is also a tribute to Dr. Kapany’s remarkable contributions to science.”

Dr. Satbir Singh Sehgal Vice-Chancellor Chandigarh University said, “Dr. Narinder Singh Kapany brought immense pride to India and Punjab through his pioneering research in optical fibre technology, which made high-speed internet and modern digital communication possible. Technologies such as artificial intelligence, data centres and seamless global connectivity rely on the foundations of optical fibre technology. His contribution helped usher humanity into the digital era and accelerated technological progress worldwide. The establishment of India’s first Dr. Narinder Singh Kapany Research Chair, along with its annual grant and prestigious awards, reflects Chandigarh University’s commitment to advancing his scientific legacy, recognising excellence and inspiring the next generation of Indian researchers.”

The Research Chair will provide an annual research grant of ₹1 crore to promote scientific excellence through three dedicated awards: the Narinder Singh Kapany Award for Excellence in Physics, ‘CU Physics Excellence Awards for Best Research Publication’ and ‘CU Physics Excellence Awards for Best Patent’.”

The first edition of these awards was conferred during the birth centenary celebration, with Eminent Researcher Dr Ajoy Ghatak, Prof. Emeritus, IIT Delhi receiving the Narinder Singh Kapany Lifetime Achievement Award for Excellence in Physics. Professor Ajoy K. Ghatak is an internationally acclaimed physicist whose seminal contributions to fibre optics, integrated optics and photonics have advanced the understanding and applications of light. Through pioneering research, influential publications and acclaimed textbooks, Professor Ghatak has advanced fibre optics and photonics, carrying forward Dr Narinder Singh Kapany’s scientific legacy while inspiring generations of physicists.

On this occasion, five ‘CU Physics Excellence Awards for Best Patent’ were presented to five best patents by Dr. Ritu Gupta and Dr. Sandeep Kaur for their ‘Multi-functional Optical Antenna System for Parallel FSO-VLC Communication and Nano-biosignal Monitoring’; Shonak Bansal and Anupama for a ‘Self-powered Real-time Health Monitoring System using Nanowire Photodetectors’, Aditya Bhatnagar and Dr. Sanjeev Saini for ‘Multifunctional Organic-Inorganic Hybrid Luminescent Nanomaterials and a Method for Their Preparation’, Mahima Purohit and Dr. Ruchi Bharti for a ‘Biodegradable, Water-resistant Smart Packaging Film for Fluorescence-based Detection of Food Spoilage’ and Ashit Tripathi, Sachitanand Singh, Iqra Jamal Khan, Sanskruti Singh, Alok Gautam, Mahak received the award for a ‘Handheld Wireless OCT and Fundus Imaging Device’.

‘CU Physics Excellence Awards for Best Research Publication’ were conferred on eight faculty members and students. Ravikant from department of physics was conferrred upon for ‘CU Excellence Award for Research’ for his publication titled Nitrogen  doped zinc oxide to enhance dielectric characteristics of reduced graphene oxide (rGO) derived nanocomposites in composites communivations. Apart from him the other awardees were Shivani Singla (Physics Department) for “Optimising the Neodymium Concentration in Sodium Borate Glass for Enhanced Photoluminescent and Mechanical Behaviour” in Ceramics International (Q1); Sumit Bhardwaj (Physics Department) for “Structural, Optical and Photocatalytic Properties of Ce-Doped Ni-Zn Ferrite Nanoparticles”, in Ceramics International (Q1);  Ruby Priya (Department of Physics) for “Deconvoluting Capacitive and Diffusive Contributions in Cu-Doped SnO₂ Nanoparticles for Enhanced Double-Layer Capacitance and Oxygen Evolution Reaction in Materials Today Communications (Q1);  Akhil Saxena, (Chemistry) for “Mechanistic Elucidation of Persicaria maculosa Gray Extract as a Corrosion Inhibitor: Adsorption, Electrochemical Behavior, and DFT Validation”, published in South African Journal of Chemical Engineering; Harvinder Singh Sohal (Chemistry deoartment), for “Synergistic Adsorptive-Photocatalytic Degradation of Tartrazine Using Mn-Modified Fe₃O₄/Lignocellulose Magnetic Nanocomposites”, published in International Journal of Biological Macromolecules (Q1); Surjeet Chahal, for “Surface Plasmon Resonance Sensor for Dopamine Detection Based on CeO₂ Nanorod and ZnO Nanosheet” in Journal of Materials Science: Materials in Electronics (Q2) and Dr. Sanjeev Kumar from Department of Physics, for “1 Monolinoleoylglycerol and 3,4-Dihydroxymandelic Acids-Mediated ZnO for Antibiotic Degradation and Anticancer Activity”, published in Journal of Environmental Chemical Engineering (Q1).

During the birth centenary celebrations, a message shared by Kiran Kaur Kapany, the daughter of Dr Narinder Kapany was also read out where she said that her father’s journey from a small town in Punjab to transforming the world through fibre optics shows that a big idea can start anywhere. “To students, stay curious, ask questions and be proud of who you are. My heartfelt gratitude to Chandigarh University for honouring my father and family,” added Kapany.

Under the Best Patent Excellence Award for research publication and best patent, the five best patents granted each year will be selected for research grants to support product development and the conversion of patented innovations into practical applications. Similarly, the Best Research Paper Award will recognise the top 10 research publications annually by Chandigarh University students and faculty members in high-impact Q1 and Q2 journals, based on their quality, originality and research impact.

About Chandigarh University

Chandigarh University is a NAAC A+ Grade University and QS World Ranked University. This autonomous educational institution is approved by UGC and is located near Chandigarh in the state of Punjab. It is the youngest university in India and the only private university in Punjab to be honoured with A+ Grade by NAAC (National Assessment and Accreditation Council). CU offers more than 109 UG and PG programs in the field of engineering, management, pharmacy, law, architecture, journalism, animation, hotel management, commerce, and others. It has been awarded as The University with Best Placements by WCRC.

Website address: https://www.cuchd.in/

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GLOBAL VOTING FOR 7 WONDERS OF FUTURE CITIES OFFICIALLY SWITCHED ON

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DUBAI, UAE, Oct. 31, 2026 /PRNewswire/ — New Clark City, Philippines, hosts “switch-on” ceremony as New7Wonders opens worldwide public voting on www.7wondersfc.com to choose the urban developments shaping our future.

New7Wonders today officially launched global public voting for the 7 Wonders of Future Cities, in a landmark ceremony hosted in the Philippines on World Cities Day, marking the beginning of a year of worldwide participation, inviting people everywhere to vote for the cities and urban developments they believe best represent the future of urban life, which will culminate with the official declaration of the seven winning cities and developments on 31 October 2027. 

Hosted and organised by New Clark City, an Official Participant in the 7 Wonders of Future Cities campaign and one of the Philippines’ flagship urban development projects, the special switch-on ceremony brought together city leaders, media and invited guests to witness the activation of the global voting platform. 

Jean-Paul de la Fuente, Director of New7Wonders and Chairman of the 7 Wonders of Future Cities campaign, led the official switch-on. In a ceremonial moment, the campaign website at www.7wondersfc.com was transformed from its presentation format into the worldwide public voting platform, opening the opportunity for citizens across the globe to participate in selecting the urban visions that will define the cities of tomorrow. “Today, from the Philippines to the world, we have switched on more than a voting platform – we have switched on a global conversation about the future of our cities,” said de la Fuente. “For the next year, people everywhere have the opportunity to discover, engage with and champion the places they believe should become global symbols of urban progress.”

The 7 Wonders of Future Cities is a worldwide participation campaign from New7Wonders, the global authority behind the New 7 Wonders of the World and the New 7 Wonders of Nature, and is organised by Global Platform Limited, its Dubai, UAE-based worldwide licensing and commercial arm. Building on the extraordinary worldwide engagement of previous campaigns, which together have generated more than 600 million votes, the new initiative shifts the focus from celebrating humanity’s natural and historical wonders to recognising the places being created and transformed for humanity’s future. Participating cities and developments are brought together through three central themes: Environmental & Nature, Smart City and Human-Centric development. These reflect the conviction that successful future cities must balance ecological responsibility, technological progress and the needs and aspirations of the people who inhabit them.

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SCANOLOGY Introduces AirGO Pad for On-Site 3D Scanning, Inspection and Reporting

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HANGZHOU, China, Oct. 31, 2026 /PRNewswire/ — SCANOLOGY introduces AirGO Pad, an integrated mobile measurement platform that brings 3D scanning, inspection and reporting alongside the part being measured. Combining computing, industrial 3D inspection software and touchscreen operation, AirGO Pad works with compatible SCANOLOGY wireless 3D scanners to help operators complete the inspection workflow on-site without carrying a separate laptop.

When inspecting a large component, operators need to move around the part while keeping scan data and measurement controls accessible. Finding a suitable place for a laptop—and returning to it to check results or adjust settings—can interrupt that process, particularly where space is limited. AirGO Pad places the inspection interface on a portable tablet, allowing operators to view data and interact with the software beside the component.

Users can connect a compatible wireless 3D scanner and view 3D data in real time, monitoring scan coverage and quality as they work. They can then align data, perform measurements and inspect results on the same device. During scanning, operators can create comparison points, features and other inspection elements as needed. Preconfigured report templates complete the workflow, enabling standardized inspection reports to be generated directly on AirGO Pad.

The platform’s design supports these transitions between scanning, inspection and reporting. Its high-definition touchscreen keeps model details and measurement results within reach. Operators can use the tablet in handheld mode while moving around the part, then unfold the convertible stand to review results on a suitable surface. A neck strap provides additional support when carrying and operating the device.

“Making a measurement system mobile means considering more than how operators carry the 3D scanner. They also need access to their data and inspection tools beside the part. We developed AirGO Pad to bring these activities together, from reviewing scan data to producing the inspection report,” said a product manager at SCANOLOGY.

AirGO Pad supports SCANOLOGY’s third-generation handheld and wireless optical 3D scanning systems, standard CAD/3D formats and wireless PC synchronization for measurement, annotation and review.

For product details or to request a demonstration, visit AirGo Pad product page.

About SCANOLOGY

SCANOLOGY develops industrial 3D measurement solutions for manufacturing and engineering. Its products are used for 3D measurement, automated inspection, and quality control. They are trusted by more than 10,000 enterprises across over 70 countries and regions, serving industries such as aerospace, automotive, and heavy manufacturing.

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