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Cisco to Deliver Secure AI Infrastructure with NVIDIA

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Cisco Secure AI Factory with NVIDIA breaks new ground in AI infrastructure and security while accelerating and simplifying enterprise AI adoption

Cisco Secure AI Factory with NVIDIA breaks new ground in AI infrastructure and security while accelerating and simplifying enterprise AI adoption

News Summary:

  • Offering will empower customers to build and secure data centers to develop and run AI workloads.
  • The Cisco Secure AI Factory with NVIDIA will embed security within all layers, from the application, to the workload, to the infrastructure using solutions like Cisco AI Defense and Hybrid Mesh Firewall.

SAN JOSE, Calif., March 19, 2025 /PRNewswire/ — GTC — Cisco [NASDAQ: CSCO] today unveiled an AI factory architecture with NVIDIA that puts security at its core. This collaboration with NVIDIA builds on the expanded partnership that was announced last month, and the companies have moved swiftly to provide validated reference architectures today. Together, the companies are developing the Cisco Secure AI Factory with NVIDIA to dramatically simplify how enterprises deploy, manage, and secure AI infrastructure at any scale.

Cisco and NVIDIA
Cisco and NVIDIA

“AI can unlock groundbreaking opportunities for the enterprise,” said Chuck Robbins, Chair and CEO, Cisco. “To achieve this, the integration of networking and security is essential. Cisco and NVIDIA’s trusted, innovative solutions empower our customers to harness AI’s full potential simply and securely.”

“AI factories are transforming every industry, and security must be built into every layer to protect data, applications and infrastructure,” said Jensen Huang, founder and CEO, NVIDIA. “Together, NVIDIA and Cisco are creating the blueprint for secure AI—giving enterprises the foundation they need to confidently scale AI while safeguarding their most valuable assets.”

Developing and delivering AI applications require high performing, scalable infrastructure and AI software tool chain. Securing this infrastructure and AI software requires a new architecture – one that embeds security at all layers of the AI stack and automatically expands and adapts as the underlying infrastructure changes. Cisco and NVIDIA’s partnership on the NVIDIA Spectrum-XTM Ethernet networking platform provides the foundation for the Cisco Secure AI Factory with NVIDIA. Cisco is integrating security solutions like Cisco Hypershield, to help protect AI workloads, and Cisco AI Defense, to help protect the development, deployment, and use of AI models and applications. Together, Cisco and NVIDIA will provide customers with the flexibility to design infrastructure for their specific AI needs without sacrificing operational simplicity or security.

Building a Secure AI Factory
AI factories – data centers purpose-built to power AI workloads – are designed to be more modular, scalable and agile, but organizations must also look beyond raw compute power. AI Factories must address new and complex security challenges. The recently published Cisco State of AI Security report analyzes dozens of AI-specific threat vectors and over 700 pieces of AI-related legislation to highlight key developments from a rapidly evolving AI security landscape. Organizations that strategically address both their AI infrastructure and security challenges simultaneously will be more agile, scale faster, and derive business value quicker.

Cisco Secure AI Factory with NVIDIA is expected to build on the companies’ unique ability to offer flexible AI networking and full-stack technology options that leverage the planned joint architecture. The partnership will bring together technologies from Cisco, NVIDIA, and our ecosystem partners into a secure AI factory architecture for enterprise customers, including:

  • Compute: Cisco UCS AI servers based on NVIDIA HGX and NVIDIA MGX for accelerated computing.
  • Networking: Cisco Nexus Hyperfabric AI and Nexus networking solutions, powered by Silicon One and NVIDIA Spectrum-X Ethernet networking.
  • Storage: High-performance storage from certified partners Pure Storage, Hitachi Vantara, NetApp, and VAST Data.
  • Software: NVIDIA AI Enterprise software platform to streamline the development and deployment of production-grade agentic AI workloads.

The Cisco Secure AI Factory with NVIDIA includes security at all layers:

  • Securing the infrastructure: Cisco Hybrid Mesh Firewall provides unified security management and consistent policy across multiple enforcement points, including network switches, traditional firewalls, and workload agents. This integrated approach ensures pervasive and consistent security, ranging from deep packet inspection to wide infrastructure coverage, detecting, blocking and containing adversaries. Cisco Hypershield (part of Hybrid Mesh Firewall) will, in the future, extend pervasive, zero-trust security enforcement to every AI node by integrating with NVIDIA BlueField-3 DPUs.
  • Securing the Workload: Cisco Hypershield prevents adversary lateral movement and proactive vulnerability mitigation without the need for patching, all from a single management interface. By monitoring and controlling process executions, file access, and network activities, Hypershield delivers deep visibility and surgical runtime enforcement within AI workloads. Future enhancements will further strengthen workload protection through integration with NVIDIA BlueField-3’s DOCA AppShield for real-time workload threat detection in AI-focused virtual machines and containers.
  • Securing the AI application: Cisco AI Defense empowers security and AI teams with comprehensive tools to protect AI applications from safety (e.g. off-policy, toxic behavior) and security (i.e. prompt injection, data privacy) risks across the development lifecycle. AI Defense integrates into existing CI/CD workflows to provide automated vulnerability testing and a common layer of runtime security across any number of models and applications. Additionally, AI Defense helps companies align to AI security standards with a single integration, including NIST, MITRE ATLAS, and OWASP LLM Top 10. Future enhancements include integration with NVIDIA AI Enterprise to streamline AI security workflows.

Cisco and NVIDIA each bring a unique understanding of customer AI infrastructure needs, and by combining their insights, can offer flexible deployment models alongside proven reference architectures. The Secure AI Factory will provide enterprise customers with scalable, high-performance AI infrastructure that supports customers at any stage of their journey and embeds security throughout.

Cisco Secure AI Factory with NVIDIA will have flexible deployment options, including:

  • Ready-to-deploy: Utilizing Cisco Nexus Hyperfabric AI along with Cisco’s security portfolio and NVIDIA technology, customers can deploy a vertically integrated AI solution that automates and simplifies the secure AI factory lifecycle from design to deployment and ongoing monitoring.
  • Build-your-own: Featuring customizable modular components from Cisco, NVIDIA, and the companies’ storage ecosystem partners, customers can incorporate their current infrastructure and build solutions that are designed precisely for their unique environments.

“In today’s fast-moving market, businesses need more than just technology—they need end-to-end solutions that address their most pressing challenges. I see Cisco and NVIDIA combining their strengths to deliver integrated solutions that I believe will drive innovation, simplify deployment, and streamline operations,” said Patrick Moorhead, Founder, CEO and Chief Analyst, Moor Insights & Strategy. “AI isn’t easy but the combination of the two could be an ‘easy button’ for AI infrastructure. By making AI infrastructure easier to adopt and manage, they could empower enterprises to accelerate digital transformation and achieve their strategic goals with more confidence.”

Cisco and NVIDIA: The journey to a validated and unified architecture
Moving quickly is crucial to meet today’s demand for AI infrastructure, and Cisco and NVIDIA have made progress as part of the collaboration announced in February 2025. Cisco has developed new reference architectures with deployment options for Cisco Nexus Hyperfabric AI or Cisco Nexus 9000 Series Switches validated and based on the NVIDIA Enterprise Reference Architecture for HGX H200 and Spectrum-X.

AVAILABILITY
Solutions based on the Cisco Secure AI Factory with NVIDIA architecture are expected to be available for purchase before the end of calendar year 2025. Many of the individual technology components included in the architecture are available today.

ADDITIONAL RESOURCES

  • Executive Blog Post: Embracing the AI Era: Cisco Secure AI Factory with NVIDIA, Jeetu Patel, Cisco’s Executive Vice President and Chief Product Officer
  • For more information on the Cisco Secure AI Factory with NVIDIA, click here.

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UK Jadestone Energy submits field development plan for gas fields offshore Vietnam

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Jadestone Energy, upstream production and development company listed on the London Stock Exchange as JSE, has submitted a field development plan (FDP) for the Nam Du/U Minh discoveries offshore southwest Vietnam.

In a Tuesday statement, Singapore-headquartered Jadestone Energy said it has submitted the FDP to state-owned Petrovietnam, part of the regulatory approval process.

A rig of Jadestone Energy. Photo courtesy of the firm.

A rig of Jadestone Energy. Photo courtesy of the firm.

The next steps in the development process include finalizing the gas sales agreement, which is well advanced with the gas buyer, with the heads of agreement agreed in January 2024.

A financing plan, which could involve bringing in development partners, would be progressed in parallel with major contract tenders, with both finalized prior to project final investment decision (FID) and any significant expenditure, Jadestone Energy clarified.

The FDP contemplates drilling two wells from each platform to support a plateau rate of 80 million standard cubic feet per day (MMscf/d). Following receipt of Petrovietnam’s endorsement, the FDP will be considered for approval by the Ministry of Industry and Trade, Jadestone Energy added.

The FDP sets out a phased development concept for Nam Du/U Minh, which is based on unmanned wellhead platforms at each of the Nam Du and U Minh fields tied back to an floating production, storage and offloading (FPSO) facility.

Processed gas can be exported onshore through a 34-kilometer pipeline tied into an existing trunkline to the Ca Mau industrial complex in Ca Mau province, southwest Vietnam.

Jadestone Energy aims to conduct drilling activities in June 2026, the firm said in 2024.

Nam Du-U Minh gas field, offshore Vietnam east of the Malay-Tho Chu basin, covering 4,677 square kilometers with a depth of 50 meters, features Nam Du gas field in Block 46/07 and U Minh gas field in Block 51.

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How businesses can avoid greenwashing plight

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Greenwashing occurs when businesses mislead customers by misrepresenting or exaggerating the environmental benefits of their products or services.

How businesses can avoid greenwashing plight
Lam Nguyen Hoang Thao, lawyer, Russin & Vecchi

This practice might attract eco-conscious customers who are willing to pay a premium for environmentally friendly products, thus providing businesses with a market advantage. In many countries, greenwashing is illegal and can result in severe penalties, loss of customer trust, and reputation damage.

Greenwashing scandals have shaken major corporations. In 2022, global fashion giant H&M faced a lawsuit in the US over its “Conscious Choice” collection, for misleading consumers with exaggerated sustainability claims that lacked credible evidence. Earlier this year, Clorox Australia was fined AUD8.25 million ($5.2 million) by the Australian Competition and Consumer Commission for falsely marketing its ocean-bound plastic recycled bags as eco-friendly, despite insufficient evidence.

Apple is also currently facing a lawsuit over its claim that two of its Apple Watch models are carbon-neutral. The claim is based on Apple’s contributions to afforestation projects in Kenya and China, which generate carbon credits to offset its emissions. However, serious doubts have been raised about whether these projects would have existed without Apple’s involvement. Even Singapore’s Changi Airport has been criticised for its “carbon-neutral” status linked to ineffective offset projects.

In Vietnam, where economic development must now align with environmental actions, these scandals should serve as a strong alert for Vietnamese businesses. They should take proactive steps to avoid such pitfalls.

To highlight their green efforts and commitment, businesses often label their products with consumer-appealing terms such as “eco-friendly”, “sustainable,”, “carbon-neutral,” or “net-zero”. These labels must be supported by proper evidence, otherwise, they risk becoming the basis for greenwashing. While Vietnam has yet to enact specific laws targeting greenwashing, existing regulations can serve as a foundation for legal actions against deceptive environmental claims.

Firms must be aware of these regulations to ensure compliance and avoid potential violations. Article 45 of the Competition Law 2018 bans unfair practices such as providing false or misleading information to attract customers. Violations can result in fines ranging $4,000-$8,000. The Vietnam Competition Commission enforces penalties for such competition offences.

Under the Law on Protection of Consumers’ Rights 2023, Article 21 mandates that companies provide accurate and complete details about product quality, utility, origin, and other attributes. Meanwhile, Article 10.1 prohibits deceiving or misleading consumers with false, incomplete, or inaccurate information about products or services. Overstating the environmental benefits of a product or service may be considered providing inaccurate information under this provision.

Articles 49 and 50 allow consumer protection associations to support consumers and report violations, and assist state agencies in addressing deceptive practices. Violations of these obligations are penalised with fines of $800-1,200, alongside a requirement to publicly retract the false claims. While current domestic penalties may seem modest compared to international fines, the reputational harm and corrective measures, such as forced public retractions or suspension of licences, can significantly impact businesses.

The Law on Advertisement 2012 also provides another layer of oversight. Article 8.9 prohibits advertising inaccurately about product quality, utility, or origin, as well as any claims that could cause confusion about a business’s capabilities, which can include misleading environmental claims. Violations carry fines of $2,400-3,200. Additional sanctions may include licence suspensions of 5-24 months, mandatory removal of deceptive advertisements, and public apology requirements. Finally, under the Commercial Law 2005, businesses are prohibited from engaging in deceptive practices. Article 109.7 bans false advertising about product attributes, and Article 123.5 forbids displaying goods that misrepresent their quality to mislead customers.

We can look at the international context on this issue. In Australia, the Australian Consumer Law regulates misleading or deceptive conduct and false representations about goods, with penalties reaching up to $31.47 million. In Europe, the 2024 Greenwashing Directive bans unverified eco-labels, exaggerated claims based on a single product or business aspect, and vague terms like green or sustainable unless supported by recognised standards. As for the United States, the FTC Act governs deceptive practices and environmental claims, with fines of up to $50,000 per violation.

As Vietnam undergoes an energy transition, businesses should take key steps to ensure their sustainability claims are credible. All environmental claims should be supported by solid evidence, such as verifiable data, third-party certifications, and comprehensive reports on carbon emission cuts, waste reduction, and more.

Transparency should be a priority. Firms should openly disclose both achievements and challenges in sustainability efforts, rather than making unverified carbon-neutral claims. If using carbon offsets, businesses should select carbon credits verified by highly reputable standards such as the Verra or GS, avoiding cheap but unreliable options. Companies should train their staff, especially marketing teams, to ensure that their marketing materials comply with international standards. The legal department should stay updated on new Vietnamese and international regulations, which will help businesses mitigate compliance risks and maintain credibility.

Greenwashing has become a serious legal and ethical issue with real consequences. To avoid risks, firms should ensure their sustainability claims are honest, clear, and backed by evidence. By learning from international lessons, we can turn sustainability into a true advantage while avoiding the costly pitfalls of greenwashing.

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Trading training alignment comes through partnerships

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Vietnam is taking decisive steps towards establishing a domestic trading system as part of its commitment to reducing greenhouse gas emissions and achieving net-zero emissions by 2050.

Trading training alignment comes through partnerships
John Robert Cotton, senior programme manager Southeast Asia Energy Transition Partnership

As Vietnam moves towards piloting Emissions Trading System (ETS) from 2025, followed by full implementation in 2029 and eventual integration with international carbon markets in 2030, continued training and capacity-building efforts will be essential. Several strategies can be pursued to sustain its impact.

One of the most significant initiatives supporting this transition has been the ETS Training and Simulation Programme, implemented through the Southeast Asia Energy Transition Partnership (ETP) under the United Nations Office for Project Services (UNOPS). This has enhanced the capacity of key stakeholders, raising awareness and providing practical experience in emissions trading mechanisms.

At the forefront of Vietnam’s efforts to develop its carbon market is the Department of Climate Change under the Ministry of Agriculture and Environment. Responsible for designing climate change policies and overseeing carbon market development, the department plays a pivotal role in shaping the country’s climate action strategy.

The UNOPS and ETP are providing technical support and capacity-building initiatives to help Vietnam develop its carbon market and achieve its climate goals. This partnership is strengthening institutional readiness and aligning Vietnam’s framework with best practices.

An ETS operates on a cap-and-trade principle, where a limit is set on total emissions allowed from specific sectors or industries. Companies receive or purchase emission allowances, which they can trade with others depending on their emission levels. This market-based approach provides a financial incentive for industries to reduce their emissions in the most cost-effective way.

By setting a progressively declining cap, an ETS ensures a gradual reduction in emissions over time, supporting national climate goals. To date, more than 30 ETSs have been implemented worldwide, covering major economies such as the European Union, China, and South Korea. Vietnam is following a phased approach to developing its ETS, beginning with a pilot phase from 2025 to 2028, leading to full implementation in 2029 and international market integration by 2030.

The ETS Training and Simulation Programme in Vietnam has exceeded expectations in terms of reach and impact. Initially planned for four training sessions, the high demand and success of the early sessions led to an expansion to six sessions in Hanoi and Ho Chi Minh City in 2024. In total, 657 participants from various sectors engaged in the initiative. Over 80 per cent of attendees rated the training as highly beneficial, particularly valuing the interactive components and hands-on CarbonSim simulation exercises.

Through this training, participants gained essential skills and knowledge in understanding ETS principles, carbon pricing mechanisms, and emissions trading strategies. They also developed expertise in mastering key regulatory requirements for compliance with Vietnam’s forthcoming carbon market and learned how to participate in carbon trading, including cap setting, allowance allocation, and market transactions.

Furthermore, the training provided participants with strategic decision-making skills to optimise emissions reduction costs while ensuring regulatory compliance.

The programme played a crucial role in strengthening ETS readiness across various agencies, organisations, and businesses in Vietnam. Before the training, knowledge gaps existed among many stakeholders, particularly regarding market mechanisms and regulatory frameworks. Surveys conducted before and after training showed significant improvements in participants’ understanding.

Confidence in explaining carbon pricing increased considerably, and awareness of trading mechanisms, including auctions and over-the-counter markets, also improved significantly. The perception of ETS as essential for Vietnam’s climate goals grew stronger among participants.

A highlight of the training was the use of the CarbonSim tool, which allowed participants to engage in a realistic trading environment. These simulations effectively modelled core components such as cap setting, allowance allocation, trading mechanisms, and compliance requirements. The training helped stakeholders improve their understanding of the carbon market and ETS in both theoretical and practical aspects.

The programme successfully met its objectives of enhancing ETS literacy, strengthening institutional capacity, and preparing stakeholders for the upcoming carbon market. Increased recognition as a cost-effective emissions reduction tool was evident, and stronger confidence among stakeholders to navigate its compliance frameworks and trading strategies was observed.

Developing a network of trained professionals who can serve as future trainers will be instrumental in expanding the programme’s reach. Leveraging international partnerships and collaborating with established ETS markets will ensure that Vietnam remains aligned with global best practices. Encouraging government agencies to integrate such training into broader climate policy initiatives will further ensure long-term sustainability.

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