The STEMINISTS Podcast

If AI is only as good as the data behind it, we've got a problem. 

In this episode of The STEMINISTS Podcast, host Phoebe Goh welcomes back Darnell Fatigati to talk about one of the least glamorous but most important topics in AI: dark data. You know, the forgotten files, mystery folders, archived documents, and digital clutter quietly piling up across organizations while everyone races to build the next AI breakthrough. 

The catch? AI doesn't know the difference between your best data and your messiest data. 

Darnell breaks down why dark data has become one of the biggest barriers to successful AI adoption, how it can introduce security, compliance, and reliability risks, and why companies need to stop treating data governance like a future problem. From AI copilots to autonomous agents, the smarter our systems get, the more dangerous unmanaged data becomes. 

The conversation explores what it takes to uncover hidden data, build trust in the information that fuels AI, and create a foundation that can actually support AI at scale, without creating new headaches along the way. 

And because STEMINISTS never leaves you without a fun fact for your next team meeting, stick around for a fascinating look at how AI helped researchers discover more than a thousand previously overlooked objects hiding in decades of astronomical data. 

Key Takeaways: 

Your biggest AI risk might be data you didn't even know you had. 

Bad data governance doesn't just create compliance problems. It creates bad AI outcomes. 

Before chasing the next AI trend, make sure your data isn't living in a digital junk drawer. 

Like what you heard? Share this episode with the colleague who's always talking about AI but never talks about data. Follow The STEMINISTS Podcast for more smart conversations on technology, innovation, and the people shaping what's next. And leave a comment telling us what topic we should unpack next. 

 

Connect with us! 

https://www.linkedin.com/in/darnellfatigati/  

https://www.linkedin.com/in/phoebegoh/ 

 

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Phoebe Goh and Darnell Fatigati on dark data: the enterprise's hidden AI liability 

Episode overview 

In this episode of "The Steminists," host Phoebe Goh talks with Darnell Fatigati, principal product marketing manager at NetApp, about "dark data," information an enterprise collects, stores, and protects but never actively uses, classifies, or governs. Darnell Fatigati describes dark data as the enterprise's data estate blind spot: archived emails, file shares, logs, backups, old folders, collaboration tools, images, and videos that nobody can answer basic questions about, including who owns the data, whether it's sensitive, and whether AI can use it safely. 

The central argument from Darnell Fatigati is that dark data becomes dangerous the moment AI tries to use it. Unmanaged data forces an enterprise to determine accuracy, sensitivity, access rights, and context after the fact, and that discovery work carries real cost. Darnell Fatigati distinguishes the stakes by AI type: generative AI built on dark data produces weak answers and hallucinations, while agentic AI built on dark data can trigger harmful actions across business systems, since agents plan, reason, call tools, and act. 

Darnell Fatigati proposes a practical fix: start small, discover and classify data at the storage infrastructure level, and treat the work as continuous rather than a one-time project. Darnell Fatigati frames data management, not the AI model, as the hardest part of moving enterprise AI from pilot to production, and closes the conversation with an analogy comparing dark data to "jellyfish galaxies" recently discovered by AI in decades-old Hubble Space Telescope images. 

Key takeaways 

The following takeaways summarize the practical guidance Darnell Fatigati shared for enterprises managing AI and data infrastructure. 

Dark data is information an enterprise collects, stores, and pays to protect, but doesn't actively use, classify, govern, or learn from. 

Dark data commonly includes archived emails, file shares, logs, backups, old folders, collaboration tools, images, and video documents. 

Dark data appears mostly in unstructured data sources, where metadata exists but remains undiscovered and unorganized. 

When AI activates unmanaged data, the enterprise must determine its accuracy, sensitivity, ownership, and context, and that discovery work carries real cost. 

With generative AI, poor data quality shows up as weak answers, hallucinations, and inconsistent summaries. 

With agentic AI, poor data quality creates operational risk because agents plan, reason, call tools, and trigger actions across business systems. 

Dark data risks include security leaks of sensitive information, data privacy violations, compliance failures tied to retention and access policies, rising costs, and degraded AI outputs. 

Ownership of dark data is fragmented across an organization, which is why Darnell Fatigati says it becomes "everybody's problem" and therefore "nobody's priority." 

The recommended starting point is discovery and classification at the storage infrastructure level, since that's where data lives and changes. 

Managing dark data should be continuous, not a one-time project, because data moves, gets accessed, and changes constantly. 

Solving dark data requires collaboration between storage, security, and AI teams, with each team contributing what it needs to know about the data. 

The hardest part of enterprise AI isn't the model. It's giving AI trusted, governed, high-quality access to the right data at the right time. 

Moving from AI pilot to production requires AI to operate on messy, distributed, constantly changing enterprise data instead of small, curated pilot datasets. 

Topics and themes 

This episode covers the risks dark data poses to enterprise AI and the practical steps organizations can take to discover, classify, and govern it. 

Dark data definition: unused, unclassified, and ungoverned enterprise information sitting across structured and unstructured sources. 

AI activation risk: how pointing AI at unmanaged data forces sudden, costly decisions about accuracy, sensitivity, and access. 

Generative AI versus agentic AI stakes: weak answers and hallucinations versus operational actions that can harm customers or business systems. 

Security, privacy, and compliance exposure: sensitive or regulated information sitting unmonitored until an AI agent accesses it. 

Fragmented ownership: why dark data responsibility spans storage, security, and AI teams without one clear owner. 

Infrastructure-level discovery: classifying and enriching metadata at the storage layer as a continuous, team-based process. 

Pilot-to-production scaling: the shift from curated, manually supported pilot data to messy, distributed, constantly changing production data.

Everyone's racing to deploy AI agents. Few are asking what happens when those agents have access to your most valuable data. 

On this episode of The STEMINISTS Podcast, hosts Phoebe Goh and Darnell Fatigati sit down with Sandra Dunbar, NetApp's lead for cyber resilience product marketing, to talk about the security challenge hiding behind the AI hype. As organizations give AI agents more autonomy, the real risk isn't a rogue machine plotting world domination. It's a helpful agent moving at machine speed with access it should never have had in the first place. 

From zero trust and identity management to data governance and cyber resilience, Sandra explains why the future of AI security isn't about trusting agents more. It's about trusting them less, intelligently. The conversation explores how organizations can embrace agentic AI without sacrificing control, visibility, or common sense. 

And yes, there's a surprisingly accurate comparison between AI agents and teenagers. Both need boundaries. Both think they know what they're doing. And both can create a lot of trouble when left unsupervised. 

 

Key Takeaways: 

✅ The biggest AI risk isn't malicious intent. It's excessive access. 
Well-meaning AI agents can create outsized problems when they're given broad permissions and unclear guardrails. 

✅ Zero trust isn't just for humans anymore. 
AI agents need identities, permissions, monitoring, and accountability just like any employee or application. 

✅ Cyber resilience is the ultimate safety net. 
Even with strong controls in place, immutable data protection, recovery capabilities, and layered defenses remain essential when AI-driven mistakes happen. 

Enjoyed the conversation? Share this episode with a colleague, teammate, or fellow tech enthusiast who's navigating the opportunities and risks of AI. If you found value in the discussion, be sure to follow The STEMINISTS Podcast so you never miss an episode. 

And we'd love to hear from you: What topics, trends, or guests should we cover next? Drop a comment, leave a review, or connect with us on social. Your ideas help shape future conversations. 

Because the best discussions don't end when the episode does. They start there. 🎙️✨ 

 

Connect with us!

https://www.linkedin.com/in/darnellfatigati/  

https://www.linkedin.com/in/phoebegoh/ 

 

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The STEMINISTS: Securing AI agents with Sandra Dunbar of NetApp 

Episode overview 

In this episode of "The STEMINISTS," hosts Phoebe Goh and Darnell Fatigati interview Sandra Dunbar, NetApp's lead for cyber resilience product marketing, about securing AI agents. Sandra Dunbar specializes in cyber resilience, security, and agentic AI [1:02]. The conversation covers the balance between agent autonomy and security guardrails, real-world risks, implementation challenges tied to the Model Context Protocol, and best practices for deployment, including zero trust principles, access controls, and monitoring. 

Sandra Dunbar's central argument: well-intentioned AI agents create more risk than malicious actors. An agent with excessive access can execute thousands of actions in seconds without human judgment, and it can repeat the same mistake across thousands of files, systems, and transactions at machine speed [1:33] [3:51] [4:08]. Sandra Dunbar illustrates this risk with the PocketOS incident, in which an agent lacking proper trust boundaries deleted a production database and its backup while trying to complete a task, not while trying to cause damage [2:54] [3:15]. 

Sandra Dunbar also outlines operational safeguards for enterprise AI deployment: zero trust verification of agent identity, restricted access through role-based access control (RBAC) and attribute-based access control (ABAC), human approval workflows for high-risk actions, behavioral monitoring, and immutable, isolated data copies for recovery [6:48] [7:04] [7:56] [8:17] [8:40] [9:43] [10:12]. Near the end of the interview, Sandra Dunbar draws a parenting analogy, comparing guardrails for her newly independent daughter to guardrails for AI agents, a comparison that became the episode's most memorable moment [12:00] [12:20]. 

Key takeaways 

These takeaways summarize Sandra Dunbar's core guidance on securing AI agents in enterprise environments. 

The greatest security risk with agentic AI comes from well-intentioned agents that have too much access, not from malicious actors [1:33]. 

Agents can repeat the same error across thousands of files, systems, and transactions in seconds, while a human typically makes one mistake at a time [3:51] [4:08]. 

The PocketOS incident shows what happens without proper trust boundaries: an agent deleted a production database and its backup while attempting to complete an assigned task [2:54] [3:15]. 

Microsoft CEO Satya Nadella's security advice, as paraphrased by Sandra Dunbar, is to assume every model and every agent is compromised and to build in an emergency stop beforehand [1:50]. 

The Model Context Protocol (MCP) standardizes how agents connect to tools and data, but that standardization creates a high-value trust boundary that organizations must secure explicitly [5:53] [6:22]. 

Zero trust principles apply directly to AI agents and require even stricter identity verification and monitoring than organizations typically apply to human users [6:48] [7:04]. 

Effective agent security requires a layered approach: RBAC, ABAC, identity management, data-layer access controls, behavioral analytics, and immutable backups [7:56] [8:17] [8:40] [9:43]. 

Human oversight remains essential through approval workflows and administrator alerts for sensitive actions, since agents themselves can't receive multi-factor authentication prompts directly [10:12] [10:34] [10:42]. 

Immutable, isolated data copies give organizations a recovery path when an agent makes an error [8:40]. 

Sandra Dunbar's parenting analogy frames multiple interacting agents as "friends" with collectively worse judgment, a model for understanding multi-agent risk [12:20]. 

Topics and themes 

The episode centers on four recurring themes: balancing agent autonomy with control, machine-speed risk, zero trust architecture, and layered security design. 

Balance between agent autonomy and security control, discussed throughout the interview [0:27] [0:40] [2:23] [10:12]. 

Machine speed versus human judgment as a distinct risk category for AI agents compared to human error [4:08] [4:47]. 

Zero trust architecture applied specifically to non-human identities, including agents [6:40] [6:48] [7:04] [9:43]. 

Layered security ecosystem design, combining access controls, identity management, and monitoring [9:11] [9:26] [9:43] [11:05]. 

The Model Context Protocol (MCP) as infrastructure that requires its own security boundary [5:53] [6:22]. 

Agent-specific behavioral analytics, extending user behavior analytics originally built for human users [8:57] [9:11] [9:26]. 

Parenting and child-rearing analogies used to make agent governance concepts accessible to non-technical audiences [12:00] [12:20] [12:40] [13:02] [13:15]. 

Notable quotes 

"The greatest risk usually isn't a malicious agent. It's a well-intentioned agent that has too much access."—Sandra Dunbar [1:33] 

"You should assume every model, every agent is compromised and build in that emergency break beforehand."—Sandra Dunbar [1:50] 

"It wasn't trying to destroy data, it was trying to complete the task, but it had more authority than it had judgment."—Sandra Dunbar [3:15] 

"A human typically makes one mistake at a time... the agent can repeat the same mistake across thousands of files and systems and transactions in seconds."—Sandra Dunbar [3:51] [4:08] 

"MCP gives agents a doorway into your tools and your data, and the security challenge is making sure that that doorway doesn't become a shortcut to your existing control."—Sandra Dunbar [5:53] 

"If her friends come over, they're like additional agents coming into the house and they have very poor judgment. The more of them they get together, the worse the judgment gets."—Sandra Dunbar [12:20]

Here's a hot take: AI isn't your biggest competitive advantage. Getting value from your technology might be. 

On this episode of The STEMINISTS, Phoebe Goh sits down with Deboja Das, VP of Customer Success Portfolio Management at NetApp, to talk about a role that's gone from behind-the-scenes support function to front-and-center business driver. 

As organizations invest heavily in AI, cloud, and cyber resilience, the pressure is on to prove those investments are actually moving the needle. Deboja explains why customer success is increasingly responsible for bridging the gap between ambitious technology strategies and tangible business outcomes. 

The conversation covers everything from proactive support and cyber preparedness to data governance and AI-driven customer experiences. The message is clear: technology may start the journey, but customer success determines whether you reach the destination. 

Key takeaways: 

Customer success is evolving from support center to strategic advisor. 

Data governance and security are more interconnected than ever. 

AI can help predict problems before they impact the business. 

Shared accountability drives better outcomes. 

Long-term value is the metric that matters most. 

Because in today's technology landscape, success isn't measured by what you buy. It's measured by what you achieve. 

 

Learn more: 

https://www.netapp.com/customer-experience/  

 

Connect with us!

https://www.linkedin.com/in/darnellfatigati/  

https://www.linkedin.com/in/phoebegoh/ 

 

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Deboja Das on customer success in the AI era: why shared responsibility beats the support-ticket model 

Episode overview 

In this episode of "The STEMINISTS Podcast," host Phoebe Goh talks with Deboja Das, VP Customer Success Portfolio Management at NetApp, about how the relationship between vendors and customers has changed over the last ten to fifteen years. Deboja Das traces three distinct eras: reactive break-fix support, the SaaS and cloud era where customer success and product support worked closely on onboarding and adoption, and the current era, where professional services, customer success, product support, and digital capabilities combine to detect and resolve issues before customers even notice them. 

 

Deboja Das argues that data has become a critical business asset and, in many cases, the last line of defense for enterprises, which raises the stakes for how vendors help customers spot risks and blind spots. She points to infrastructure as a clear example: after years of attention shifting to the application layer, AI has forced a reinvestment in infrastructure because enterprise data has to become AI-ready. She also raises data sovereignty as a newly urgent concern, driven by geopolitical change, alongside long-standing questions of access, governance, and compliance. 

 

A second argument centers on shared responsibility for security and reliability. Deboja Das references the software update that disrupted the airline industry as evidence that failures stem from interconnected systems, not a single vendor's product issue. She concludes that security and uptime are a collective responsibility between vendor and customer, not a burden that falls on one side alone. She also describes specific NetApp practices, including success plans, intake forms, and an always-on value tracker and health dashboard, that put this philosophy into operation. 

 

Key takeaways 

Deboja Das offered guidance for technology buyers and vendors navigating the shift from reactive support to proactive, outcome-driven partnerships. 

Customer success has moved from reactive problem-fixing to measuring "time to value," meaning vendors now focus on how fast a customer's business problem gets solved rather than how fast a support ticket gets closed. 

Infrastructure has returned as a priority investment area because AI requires enterprise data to be reorganized and prepared as AI-ready data. 

Data sovereignty has become a bigger issue recently due to geopolitical changes, even though it wasn't a major topic a few years ago. 

Security and system reliability are a shared responsibility between vendor and customer, not the sole obligation of either party. 

Modern customer success integrates professional services, product support, and digital capabilities into one team, aiming to detect and resolve issues before the customer notices them. 

NetApp uses success plans, intake forms, and an always-on value tracker and health dashboard to show customers ongoing value, even when nothing has broken. 

The single most useful question a customer can ask a vendor is how the vendor will keep the customer successful on an ongoing basis, not just at the point of sale or renewal. 

 

Topics and themes 

This episode covers the shift in vendor-customer relationships toward shared accountability for data, security, and business outcomes. 

The evolution of customer success: from break-fix support, through SaaS-era onboarding, to today's integrated, proactive model. 

Data as a critical business asset: the growing responsibility to secure, govern, and track who accesses enterprise data. 

AI-ready infrastructure: the resurgence of infrastructure investment driven by AI's data requirements. 

Data sovereignty and compliance: an emerging concern shaped by geopolitical shifts. 

Shared responsibility: the argument that vendors and customers jointly own security and reliability outcomes, illustrated by a major software-caused airline industry outage. 

Outcome ownership: measuring success by whether a customer's original business problem got solved, not by response speed. 

Always-on value demonstration: tools like health dashboards and value trackers that show benefit continuously, not only during a crisis. 

Vendor evaluation: the questions buyers should ask to assess a vendor's commitment to the full customer life cycle. 

 

Notable quotes 

"I'm still an engineer at heart, even though I'm now talking business and top line and margins, but I'm still an engineer. And that's what makes this role very interesting because the promise of engineering is what is delivered by customer success." (0:54) 

"Previously it's like, 'Hey, I bought a product, it's not working, can you fix it?' ... Right now it's almost like we don't want to talk about issues. We don't want to talk about how fast we are resolving your problem. We are talking about the outcome, first time to value." (7:46) 

"That's always been a question. Securing a data seems like to be a customer's responsibility." (5:00) 

"I think it's a collective responsibility of everybody. It is as much a customer's responsibility as it's a vendor's responsibility." (5:48) 

"We go that extra mile to make sure that full life cycle capability, we got your back for you." (9:39) 

"How are you ensuring that I'm successful on an ongoing basis, not just the first time? I sell you the product and then I'm gone and I just come back to you on

The AI conversation has changed. The hype is loud. The hard questions are louder. 

Can your infrastructure keep up? Can your data be trusted? And are you building for long-term value or just chasing the latest shiny object? 

In this episode of The STEMINISTS Podcast, Phoebe Goh, joined by guest co-host Darnell Fatigati and technology strategist Kris Cornwall, unpack the biggest takeaways from NetApp Insight 2026 and the technology shifts shaping the next chapter of enterprise AI. 

Together, they explore the debut of NetApp Novus, the rise of AI factories, the growing demand for flexibility across storage environments, and why interoperability may be one of the most underrated competitive advantages in tech today. 

If your organization is trying to move from AI curiosity to AI capability, this conversation offers a refreshingly practical perspective, with just enough healthy skepticism to keep things interesting. Because while everyone is talking about AI, the organizations creating real value are focused on something far less glamorous: getting their data house in order. 

Key Takeaways 

AI success starts with trusted data. The biggest barrier to AI isn't the model. It's knowing where your data lives, whether it's governed, and if it's ready for production. 

The future isn't homogeneous. Enterprises need the flexibility to leverage data across clouds, on-premises environments, and multiple storage platforms without costly disruption. 

Platform strategy beats point solutions. As AI, cloud, virtualization, and security continue to converge, organizations gain more value from interoperable ecosystems than isolated technologies. 

Tune in to hear why the next wave of AI leadership won't be defined by who adopts AI first, but by who builds the strongest data foundation beneath it. From infrastructure strategy to practical execution, this episode offers a candid look at what it really takes to turn AI potential into business impact. 

 

Learn More: 

https://www.netapp.com/novus/ 

https://www.netapp.com/insight/  

https://www.netapp.com/platform/  

 

Connect with us! 

https://www.linkedin.com/in/darnellfatigati/  

https://www.linkedin.com/in/phoebegoh/ 

 

The STEMINISTS Podcast: NetApp Insight 2026 recap: data readiness, platform strategy, and the next phase of enterprise AI 

Episode overview 

In this episode of "The STEMINISTS podcast," host Phoebe Go is joined by guest co-host Darnell Fatigati, and guest Kris Cornwall, a NetApp industry veteran. The conversation recaps NetApp Insight 2026, NetApp's annual in-person customer conference, and centers on the announcements shaping enterprise AI infrastructure. Kris Cornwall frames the event around a single question customers kept asking: not what AI can do, but how to operate it. 

The main argument from Kris Cornwall is that NetApp Insight 2026 announcements fit together under one umbrella, the NetApp platform, rather than standing as a collection of separate technologies. Kris Cornwall describes the platform as a way to unify storage, cloud, operations, security, and consumption into a single operating model, built to work with the technology choices customers have already made, including partnerships with Oracle, SAP, NVIDIA, Supermicro, Commvault, Nutanix, and Cisco. 

Darnell Fatigati brings the customer perspective into the discussion, pointing to data readiness as the issue infrastructure teams raised most often at the conference. Specific examples discussed include NetApp Novus, a storage architecture for gigawatt-scale AI factories and NeoCloud environments; support for heterogeneous storage that lets customers access data across formats and locations without copying it; a new partnership with Oracle Cloud Infrastructure as a fourth supported hyperscaler; and expanded virtualization support, including new integration with Nutanix alongside existing VMware and Red Hat options. 

Key takeaways 

The following takeaways summarize the main points Kris Cornwall and Darnell Fatigati raised about AI infrastructure readiness and the NetApp platform strategy. 

Customer conversations about AI shifted in 2026 from "what can AI do" to "how do I operate, secure, and fund it," according to both Kris Cornwall and Darnell Fatigati. 

Infrastructure and storage teams, not just data science teams, are now directly involved in AI planning conversations. 

Data readiness, not future scale, is the immediate barrier most enterprises face when deploying AI agents today. 

NetApp now supports heterogeneous storage, which means enterprises can connect SMB, S3, and NFS data across cloud and on-premises environments without migrating or copying it first. 

Avoiding data migration during AI integration reduces two specific risks: permissions not transferring correctly, and AI agents acting on outdated data. 

NetApp Novus is a storage architecture built for AI factories and gigawatt-scale NeoCloud environments running tens to hundreds of thousands of GPUs. 

NetApp added Oracle Cloud Infrastructure as a fourth supported hyperscaler, joining AWS, Google Cloud, and Microsoft Azure. 

NetApp® ONTAP® gives customers one consistent data foundation across hyperscalers, so a hybrid multicloud setup doesn't require four separate operating models. 

NetApp expanded virtualization support with a new Nutanix integration, in addition to existing support for VMware and migration paths to Red Hat. 

Kris Cornwall recommends that customers start AI planning with their workloads and desired outcomes, not with a specific product or announcement. 

Topics and themes 

This episode covers the shift from AI experimentation to AI operations, organized around the announcements made at NetApp Insight 2026. 

AI maturity curve: the move from exploratory AI questions in prior years to operational questions about security, funding, and integration in 2026. 

Data readiness: preparing existing data estates, across formats and locations, for use by AI agents without requiring migration. 

The NetApp platform: a unified operating model spanning storage, cloud, operations, security, and infrastructure consumption. 

Ecosystem partnerships: integrations announced with Oracle, SAP, NVIDIA, Supermicro, Commvault, Nutanix, and Cisco. 

NetApp Novus: a storage architecture built for gigawatt-scale AI factories and NeoCloud GPU environments. 

Heterogeneous storage support: in-place access to SMB, S3, and NFS data without copying or ETL processes. 

Multi-hyperscaler strategy: support for AWS, Google Cloud, Microsoft Azure, and now Oracle Cloud Infrastructure through NetApp ONTAP. 

Virtualization flexibility: support for VMware, Red Hat migration paths, and new Nutanix integration. 

Customer-led planning: starting AI initiatives from business workloads and outcomes rather than from specific products. 

Notable quotes 

"It was really exciting. To no surprise, AI was everywhere. That's what people are talking about. But also I feel like conversations were more grounded than they were a year ago." - Kris Cornwall, 00:01:28 

"Last year I felt like people didn't really know what questions to ask, but this year, definitely the storage, the infrastructure teams were leaning in saying, 'Okay, what does this mean for me from an infrastructure standpoint?'" - Darnell Fatigati, 00:01:44 

"We're not saying you need to move this data, so you don't have to copy it." - Darnell Fatigati, 00:07:00 

"We introduced NetApp Novus, a new storage architecture that is really geared for the highest, we call them AI factories or gigawatt scale environments." - Kris Cornwall, 00:05:05 

"We know that most enterprises don't use one hyperscaler and they make lots of workload decisions and about where to place their data." - Kris Cornwall, 00:09:00 

"I think customers need to start with their workloads and the outcomes they want to get. Don't start with the product, don't start with an announcement, but start with their workloads." - Kris Cornwall, 00:10:47

Most infrastructure conversations start with budgets. The best ones start with outcomes. 

If you've ever thought Storage as a Service was just a finance conversation, this STEMINISTS podcast episode might just change your mind. Or at the very least, make storage a lot more interesting. Phoebe Goh and Victoria Lam, Solutions Architect at NetApp, unpack why Storage as a Service should be viewed as a strategic enabler rather than simply a consumption model. From cloud transformation to AI readiness, Victoria explains why the organizations getting the most value are the ones planning for change, not just managing costs.  

Drawing on her experience helping global organizations, Victoria breaks down why forward-thinking leaders are looking beyond CapEx versus OpEx debates and focusing instead on agility, risk reduction, and long-term business outcomes. From unexpected AI growth and evolving workloads to hybrid cloud ambitions that never seem to arrive on schedule, she explains how Storage as a Service can help organizations stay ready without overcommitting to yesterday's plans.  

The conversation explores why so many companies still overbuy infrastructure, how consumption-based models can keep future cloud options open, and why successful technology strategies start with outcomes rather than hardware specifications. Because the smartest infrastructure decision isn't always, "What storage should I buy?" It's, "What problem am I actually trying to solve?"  

Plus, Victoria shares how her business background helps her translate between technical and business teams, offers insights from one of the world's most diverse technology regions, and reveals the unexpected truth that learning Australian slang might be more complicated than learning AI.  

If you've ever thought Storage as a Service was just a finance conversation, this episode might just change your mind. Or at the very least, make storage a lot more interesting. 🎙️ 

 

Key Takeaways 

Storage as a Service shifts infrastructure from a capital planning exercise to a strategic flexibility play. Instead of making long-term bets on future demand, organizations can adapt as business priorities evolve.  

The real ROI isn't just lower costs, it's lower risk. Consumption-based models help organizations avoid overprovisioning, reduce technology lock-in, and respond faster to changing business requirements.  

AI and data growth are making agility a board-level concern. As workloads become less predictable, infrastructure that can scale with demand becomes a competitive advantage.  

Cloud transformation requires optionality. For many organizations, Storage as a Service provides a practical bridge to hybrid cloud, keeping future migration paths open without forcing immediate decisions.  

Leading organizations start with outcomes, not infrastructure. The most effective technology strategies are built around business objectives such as growth, resiliency, and innovation, then aligned to the right operating model. 

If you enjoyed this episode, please follow, like and share.  

 

Learn More: 

https://www.netapp.com/novus/  

https://www.netapp.com/keystone/  

 

Connect with us!

https://www.linkedin.com/in/phoebegoh/