I recorded this conversation at Barracuda TechSummit25 in Alpbach, Austria, where the mountains feel close enough to touch and the discussions get very real very quickly.

My guests are Adam Khan, VP of Global Security Operations at Barracuda XDR, and Eric Russo, Director of SOC Defensive Security. Together they run the teams that watch, interpret, and act when attacks move across email, identity, network, cloud, and endpoints.

Their keynote used the language of sport to make sense of modern defense, and it worked. You will hear why football tactics map cleanly to security, how roles and formations translate to controls and playbooks, and why a strong back line matters when the opposition moves the ball quickly.

Here is the thing that stood out for me. Integrated defense is not a slogan. When Adam and Eric talk about Extended Detection and Response, they are describing a practical way to join signals, add context, and trigger action without waiting for a human to click through ten consoles. XDR gives analysts one source of truth, connects events that would otherwise sit in separate tools, and shortens the time between a suspicious signal and an action that contains it. That is how you turn alert fatigue into something manageable, and it is how small teams hold their own against fast, multi-step attacks.

The analogies make it easier to picture. In football, a defense tracks runners, closes passing lanes, and communicates constantly. In security, that means correlating identity with network flows and endpoint behavior, then deciding who picks up the threat and how to press. The Home Alone reference takes it further. Imagine Kevin’s improvised defenses as point tools scattered around a house. Now add a single screen that shows every door, every window, and which trap fires next. That is the plain-English version of XDR that anyone can understand.

We also unpack real incidents that their teams have faced, without naming names. You will hear how attackers chain steps across layers, and how automated responses isolate systems, lock accounts, and cut off command and control before damage spreads. The lesson is simple. Visibility gives you options. Automation buys you time. People make the right calls when they can see the whole pitch.

If you work in security, this episode gives you a clear view of what good looks like. If you are a business leader, it offers a way to measure progress that goes beyond tool counts and budget lines. And if you enjoy a metaphor that lands, football and Home Alone might be the clearest explanation of XDR you will hear all year.

I recorded this conversation in Alpbach, Austria, a village that looks like a postcard and hosts a very serious tech gathering.

TechSummit25 is Barracuda’s deeply technical event, and it shows. The rooms are packed with solution architects, product managers, and engineers comparing notes with customers who run these systems every day. It is the kind of environment where product direction and real-world pain points meet over a coffee, then head straight into a lab to test an idea.

My guest is Neal Bradbury, Chief Product Officer at Barracuda, who leads engineering, product management, and the operations teams that keep services running around the clock. Fresh from a session titled “Secured today, secured tomorrow,” Neal breaks down what that promise means in practice. We explore why Barracuda is doubling down on a platform approach with Barracuda One, how a single dashboard helps teams see posture and value in one place, and why consolidation matters when alerts and tools pile up faster than teams can respond.

We also talk about the balance between immediate protection and longer-term planning. Neil explains how quarterly releases and shared services underpin the roadmap, how zero trust network access moves from theory to deployment as VPNs fade, and how managed vulnerability services help organizations find risks they did not know they had. He shares why service providers are shifting toward vCIO and vCISO models, how value reporting answers the board’s simplest question about where the budget goes, and why response time is the measure that keeps coming up in every conversation.

The headline theme is simple enough. Know where you stand right now, then set a clear plan for the next year. Barracuda One aims to cut noise and show whether tools are configured properly. The same view rolls up alerts across email, network, and application security, and for MSPs it stretches across all customers. That single source of truth is designed to reduce swivel-chair work and make decisions faster.

We dig into the reality of tool sprawl and alert fatigue. A recent study Barracuda commissioned points to teams carrying too many point solutions, with slower responses and misconfigurations as the cost. Neal’s answer is convergence without ignoring specialist depth. Product groups keep shipping, while shared AI and threat protection services raise the floor across the portfolio. That approach feeds directly into XDR, where integrations with tenants, firewalls, and endpoints help shrink the gap between detection and action.

AI sits in the background of all of this. Neal describes it as a reckless intern that needs guardrails. In practice that means setup wizards that cut deployment time, incident response that can pull a bad message from twenty tenants in one sweep, and ML-driven triggers that fire automated remediation when patterns line up. The aim is clear. Let machines handle the routine work at machine speed, so people can focus on decisions and the weird edge cases attackers love to try.

If you run security day to day, you will hear practical direction rather than slogans. Consolidated dashboards exist to show posture, not just counts. Value reporting exists to explain outcomes to a board, not to pad a slide deck. Managed services rise in importance because many organizations need strategy as much as tools, and that includes smaller enterprises that outsource large parts of their stack.

For leaders planning the next quarter, the emphasis on zero trust and managed vulnerability services will stand out. For operators, the XDR and SOAR focus is about shaving minutes into seconds, connecting identity with network and endpoint events, and giving analysts room to breathe. And for anyone curious about how product roadmaps form, conferences like this one offer a candid loop between feedback and action that you rarely see on a press release.

By the time we wrap, Alpbach’s quiet streets feel like an unlikely place to discuss ransomware, posture, and platform design. Yet that contrast makes the conversation land even harder. Secure today, plan for tomorrow, and give your team the visibility to do both.

In this episode of Tech Talks Daily, I’m joined by Todd Grabowski from Johnson Controls to unpack the physics, products, and design choices shaping the next generation of data center cooling. It’s a practical conversation that moves from chips and compressors to water, power, and land constraints, and what it really takes to keep modern infrastructure reliable at scale.

Todd brings three decades of experience to the table and a front-row view of how Johnson Controls and the York brand have kept their focus on energy efficiency, reliability, and sustainability for more than a century. That longevity matters when the market is moving fast. He explains why cooling now sits alongside power as the defining constraint for data centers, and why roughly forty percent of a facility’s energy can be spent on cooling rather than computation. If you lead technology, finance, or facilities, that single number should focus the mind.

Todd walks through Johnson Controls’ YVAM platform and the York magnetic bearing centrifugal compressor at its core, with real numbers on what that means in practice.

Consuming around forty percent less energy than typical cooling devices of the past five years and operating in ambient conditions up to fifty-five degrees Celsius, it is designed for the reality of hotter climates and denser loads. The naval pedigree of the driveline is a nice twist, since it was originally built for quiet and high-reliability conditions long before hyperscale data centers needed the same.

Sustainability threads through the entire discussion. Todd lays out how the company holds itself to internal targets while engineering solutions that reduce customer resource use. We talk about closed-loop designs that do not consume water, careful refrigerant choices with ultra-low global warming potential, and product footprints that consider carbon impact from the start. It is a useful reminder that sustainability is a systems problem, not a single feature on a spec sheet.

I was especially interested in the three resources Todd says every modern cooling strategy must balance. Land, because you need somewhere to reject heat. Power, because every watt pulled into cooling is a watt not used for compute. Water, because many regions are already under stress and consumption cannot be the answer. Good design weighs these factors against the climate, the workload profile, and the operational model, then standardizes wherever possible so the same unit can run efficiently in Scandinavia or Dubai without special tweaks.

We also dig into what AI means internally for Johnson Controls. It is showing up in manufacturing lines, speeding up design cycles, and improving the fidelity of compressor and heat transfer models. That translates into quicker time to market and more confidence in performance envelopes. On the market side, Todd is clear that demand has not softened. If anything, efficiencies tend to unlock more use cases, and the net effect is more workloads and continued pressure on facilities to cool them well.

If your team is wrestling with when to adopt liquid cooling, how to reduce PUE through smarter chiller choices, or how to plan for climate variability across a global footprint, this episode offers an honest, grounded view from someone who has shipped the hardware and lived with its trade-offs. It also doubles as a quiet celebration of engineering craft. The kind that rarely makes headlines, yet underpins everything we build in the AI age.

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