Reading

Irving Tan, Chief Executive Officer of US storage device manufacturer Western Digital, recently participated in an interview on CNBC's financial program "The Exchange," engaging in a deep discussion with host Kelly Evans about the company's financial performance in the first quarter of fiscal year 2027 and its views on the artificial intelligence infrastructure market. This interview took place following the release of the company's strong earnings report, providing investors and industry observers with a first-hand interpretation of current market dynamics from management.

According to the episode description, Tan focused on analyzing trends in AI-driven storage demand. He posited that AI is fundamentally a data system, where generating and storing more data is essential to powering it—a dynamic that directly drives Western Digital's business. Despite recent market volatility around AI infrastructure stocks raising concerns, Tan argued that this demand remains durable, projecting a 25% compound annual growth rate (CAGR) over the next five years.

During the interview, Tan further broke down the four key drivers of storage demand he is watching: cloud growth, AI model training, inferencing and agentic AI systems, and the emerging opportunity in physical AI, which includes autonomous vehicles and robotics. These areas collectively form the basis for sustained demand for high-capacity storage devices.

Beyond the macro-strategic perspective, Tan also responded to specific operational questions, including customer selectivity, the company's competitive positioning, Western Digital's technology advantage in aerial density, and why vertical integration gives the company a durable edge in the market. For readers interested in the resilience of the AI hardware supply chain, this interview offers specific context for understanding the role of the storage industry in the AI cycle from an executive perspective.

According to reports by Techmeme and AI Weekly citing The Information, tenants of AI data centers—such as hyperscalers and AI labs—are now demanding late-delivery penalties exceeding $5 million per day, a significant increase from approximately $1 million in the spring of 2026.

This shift in risk allocation has prompted insurance broker Marsh to develop custom "delay-in-delivery" policies through its global digital infrastructure practice. Marsh's Nimbus facility raised its limits to $2.7 billion in January 2026. Goldman Sachs estimates that only about half of scheduled U.S. data center capacity will arrive on time.

Contracts such as OpenAI's deal with SB Energy illustrate this leverage: OpenAI receives one free day of rent for every day of delay, with penalties doubling after 90 days. This indicates that major AI buyers are using their bargaining power to transfer supply chain delay costs to developers.

South Korean battery maker LG Energy Solution announced on October 27 that it has signed a strategic business cooperation memorandum of understanding (Non-binding MOU) with global renewable energy company Enerig to advance energy storage system (ESS) projects in Europe and North America. Under the agreement, the two companies plan to achieve approximately 2GWh in supply targets within 24 months, with about 1.5GWh for the European market and 0.5GWh for the North American market. Additionally, LG Energy Solution stated it will explore expanding the total supply scale to 4.5GWh through its European and U.S. corporate entities.

Enerig is an Israel-headquartered independent power producer (IPP) involved in the development and operation of solar, wind, and energy storage projects, currently aiming to build a global asset portfolio exceeding 8GW. The first specific project under this collaboration will be the Jonava hybrid renewable energy project in Lithuania, which includes approximately 320MWh of energy storage facilities and is expected to begin commercial operations next year. Previously, LG Energy Solution supplied products to Enerig's Nové Čarnovo ESS project in Poland in 2024, establishing an initial cooperative relationship.

LG Energy Solution emphasized that this cooperation is significant for securing large-scale ESS project opportunities in Europe. Recently, the company has achieved notable progress in the North American region through AI data center, grid, and renewable energy-linked ESS businesses. By partnering with Enerig, LG Energy Solution aims to expand its business footprint from North America to Europe, thereby strengthening its position in the global energy storage market. Kang Chang-beom, Head of the ESS Battery Business Division at LG Energy Solution, stated that the company will leverage differentiated technology and local production capabilities to accelerate the growth of its global ESS business.

Naver Map, the leading mapping application in South Korea operated by tech giant Naver, announced on October 12 that it has officially enabled voice navigation support for Meta's AI smart glasses. This marks the first integration of a domestic map service with consumer AI glasses in the country, initially prioritizing compatibility with Meta's Ray-Ban and Oakley models.

According to hands-on testing reported by technology outlet ZDNet Korea, users can pair their Ray-Ban Meta glasses with the app once, after which they can set destinations in Naver Map and start navigation. The glasses then provide audio cues and turn-by-turn directions via built-in speakers, including distance to straight lines, turning points, and arrival notifications. The system was observed to quickly recalculate and guide users even when they deviated from the planned route.

This feature allows pedestrians to navigate without repeatedly checking their smartphone screens, freeing up both hands and attention. Beyond navigation, the glasses also allow users to capture photos and videos using a side button. Naver Map stated plans to expand this voice navigation service to other upcoming AI eyewear devices, such as Google and Samsung's 'Intelligence Eyewear,' and is exploring augmented reality (AR) visual path guidance for glasses equipped with displays.

Seoul AI Hub, a public institution supporting AI startups in South Korea's capital, announced plans to establish a new facility called the 'Baby Unicorn Center' next year. The center will specifically target AI companies that have secured cumulative investments of over 5 billion KRW (approximately $3.7 million USD), expanding support from early-stage incubation to post-Series B growth phases.

The center will offer scalable office space, priority allocation of GPU computing resources, and assistance with recruiting core talent. Additionally, Seoul AI Hub will partner with the Korea Angel Investment Association to facilitate investor relations (IR) events for overseas venture capital and connect companies with follow-on funding opportunities. Byeon Woo-seok, Director of Seoul AI Hub, stated that AI startups need simultaneous support in capital, talent, and infrastructure to sustain growth and enter global markets after passing the initial stage.

AI Engineer conference speaker Harish Gaggar, an engineer at Intuit Credit Karma, presents a detailed walkthrough of the infrastructure required to move enterprise AI agents from local development to production. The talk focuses on the 'paved path'—a standardized deployment process that ensures agents have consistent access to identity, memory, traces, evaluations, and secret handling.

Gaggar describes an architecture where a centralized Model Context Protocol (MCP) gateway sits between agents and tools, managing authentication and routing for every request. Custom MCP servers expose reviewed tools, while observability is maintained through OpenTelemetry, Tempo, Prometheus, and Grafana, allowing teams to monitor failures, latency, and access behavior.

The session details a LangGraph workflow that incorporates policy checks and human approval for sensitive actions. State management is handled through threads, runs, and checkpoints, with separate tracking tables recording model usage, tool calls, costs, and evaluation fields. Gaggar emphasizes that these records allow for inspection of agent behavior rather than establishing a validated quality score for the entire system.

Security and efficiency measures include a PII filtering layer designed to intercept sensitive inputs before they reach models or traces, though detection remains a control to be evaluated rather than a guarantee. Additionally, context optimization techniques such as pruning, reranking, deduplication, and compression are demonstrated, showing significant token reductions in specific queries, although no paired answer quality study or measured business ROI was presented.

Shalev Hulio, former CEO of the Israeli spyware company NSO Group, now runs an AI cybersecurity firm called Dream, which he co-founded in 2022 with former Austrian Chancellor Sebastian Kurz. Dream sells 'sovereign AI' solutions to various governments—using narrow, specialized models that run on one to three GPUs, trained on customer-specific data, without relying on external cloud infrastructure.

Hulio’s core argument is straightforward: AI is critical infrastructure, and governments should not risk the scenario where 'someone wakes up one day and shuts off your model.' In an interview with the UK’s Financial Times, he said, 'Every government should have its own model.' This statement comes from someone actively selling models to governments, making the conflict of interest obvious, but the argument points to a genuine procurement concern—if national security data runs on US companies’ clouds, the supplier’s willingness and availability become external dependencies.

Dream’s market data supports the existence of demand in this sector: the company has raised $400 million in funding and was valued at $3 billion earlier this year, having sold products to more than twelve countries across Europe, Asia, and the Middle East. Dream also gained attention for detecting the 'world’s first end-to-end autonomous AI attack,' reportedly involving Chinese hackers using open-source AI models to discover and chain vulnerabilities to breach Taiwan government systems, including those of the nuclear safety agency.

However, actual government procurement logic does not always point toward self-building. At the Singapore International Cyber Week on October 13, Singapore’s Coordinating Minister for National Security K. Shanmugam explicitly stated: 'We do not need to develop our own AI models for every use case. What we really need is the capability to evaluate the best available models and adapt them.' Singapore is exploring models such as Anthropic’s Claude to strengthen cyber defenses and has signed a memorandum of understanding with Anthropic.

The divergence between these two approaches represents the core supply-demand tension in the sovereign AI track. Hulio’s argument holds if governments truly cannot bear the risk of service interruption by external suppliers and if the cost of building narrow models internally is lower than relying on external platforms. Shanmugam’s stance suggests that for most governments, evaluating and adapting existing models is more pragmatic than building from scratch. Who is closer to real-world needs depends on each country’s statutory requirements for data sovereignty, available GPU budgets, and ability to recruit sufficient AI engineering talent—conditions that vary significantly across nations. Dream’s client base of over twelve countries illustrates that at least some governments have chosen the path Hulio recommends.

On October 26, 2026, OpenAI published a video detailing how the major U.S. law firm Sullivan & Cromwell LLP utilizes its technology to build internal legal tools. In the video, John Savva from the firm demonstrates the workflow for a tool named 'Agreement Analyzer'.

According to the episode description provided by OpenAI, Agreement Analyzer brings together draft agreements, selected precedents, and playbooks that reflect both the firm's and the client's positions. The tool is designed to identify potential legal issues and automatically returns a memo along with proposed tracked changes for a lawyer to review.

This workflow emphasizes the importance of human-in-the-loop processes. Lawyers can inspect the sources and explanations behind the findings, then accept, revise, or reject the proposed changes before advising the client. For readers interested in the practical application of AI in professional services, this video offers a concrete case study of how a top-tier law firm embeds large model capabilities into rigorous legal practice.

Samsung SDI's Michigan-based subsidiary recently signed a 1GWh supply agreement with Alpha Omega Power (AOP), a US utility-scale energy storage developer. Combined with an initial 0.5GWh order from late 2025, the cumulative supply volume reaches 1.5GWh, with the contract value estimated at hundreds of billions of South Korean won.

Samsung SDI will provide its Samsung Battery Box (SBB) 1.7 integrated energy storage system solution, featuring nickel-cobalt-aluminum (NCA) prismatic batteries. All cells and modules will be produced at the StarPlus Energy plant in Kokomo, Indiana, with delivery scheduled by year-end. AOP plans to deploy these systems in large-scale power projects starting construction in Texas next year.

The SBB 1.7 has obtained NFPA 855 fire safety installation standards and UL 9540 energy storage system safety certification, incorporating Samsung SDI's proprietary direct-injection extinguishing technology within modules. As the only non-Chinese prismatic ESS battery manufacturer in North America, Samsung SDI is leveraging local production and safety certifications to capture demand driven by AI data center expansion and grid modernization.

At TechCrunch Disrupt, Alexander Embiricos, who leads OpenAI’s enterprise product team, explained the design philosophy behind dots, summarizing the product team's work in one sentence: "A lot of that isn’t building some new piece of tech into the product; it’s how you frame it to the user and how it feels." This may sound like public relations boilerplate, but it points to a specific design decision—defining dots as "one entity, one conversation," rather than a collection of many different conversations.

Embiricos said, "There’s kind of this convergent evolution happening," referring to the efforts by various companies to build AI assistants. He noted that the OpenAI team realized if they could frame the product as "an entity and it’s a single conversation, not many different conversations… it starts to become intuitive." This choice was cognitive rather than technical—the underlying model did not change—but it meant users were not facing a system requiring them to manage multiple session windows, but rather a "person" that continuously understands them and proactively thinks about how to help.

The evolutionary path of dots also confirms this logic of prioritizing framework over technology. Embiricos pointed out that users could actually achieve most of dots’ functionality using Codex, OpenAI’s coding tool released earlier in the year, "but that requires more work and hand-holding." What the product team did was repackaging the underlying capabilities of Codex so that non-engineers could use it. This path aligns with OpenAI’s move to spin ChatGPT Work out of agentic coding tools built for software engineers: the technology already exists, and the product team’s job is to make it intuitively accessible to more people. Even the name itself—derived from the negative space in OpenAI’s logo—is intended to "feel like just something that could eventually be ubiquitous."

"Proactive research" is the core mechanism distinguishing dots from traditional chatbots. Embiricos described its operation: "On a cadence, it will think about what it knows about you, what is the conversation that it’s had, and then what have you given it access to that it can think about, and then it will go and research, ‘What could I do to be more helpful to you?’ And then, basically, it will propose that." This means dots works even when the user is not asking questions, implying more token consumption for OpenAI and an assistant that is "thinking about you and thinking how to help you" for the user.

However, testing by TechCrunch found that while this proactive thinking ability is apparent and often useful, it is not yet mature. Embiricos cited his own example: the first time dots alerted him to a calendar conflict, it was only three minutes before the event. "It’s like, ‘Hey, this thing is coming up. You might want to do something about it.’ I only have three minutes!" He expects timing precision to improve, but emphasized that being "proactive" is key to the product. Another example he cited came from an engineer at a drone delivery startup: during a service outage, dots had already noticed the issue, analyzed it, and come to the engineer with a solution.

Telefónica and Nokia recently released a video conversation focusing on how telecommunications operators are transforming network infrastructure into platforms for AI agents. In the episode, Marcelo Madruga from Nokia and Alexandre Harmand from Telefónica explore the evolution of network platforms, particularly around automation, cloud-native operations, GitOps, and network exposure.

The core of the discussion centers on leveraging APIs, Model Context Protocol (MCP), and Agent-to-Agent (A2A) communication protocols to make underlying network capabilities more accessible to developers and AI agents. This strategy aims to lower technical barriers and create new B2B service revenue streams for telcos. Additionally, the speakers mention the application of IMS Data Channel, suggesting it brings new value to traditional voice services, starting with enterprise use cases and expanding as the device and application ecosystem matures.

For professional readers interested in the commercialization of AI infrastructure and telecom industry transformation, this resource offers a first-hand perspective on how network capabilities are adapting to Agentic AI architectures. Although a full transcript is not provided, the publisher explicitly lists these key topics, illustrating the strategic shift from connectivity services to intelligent platform services.