The Resilience Brief
The risks that matter rarely fit neatly into a single discipline. The Resilience Brief explores the connections between cybersecurity, AI governance, privacy, protective technology, and the people and institutions that depend on them.
Created by Steven Wilson, the podcast brings a wider perspective to questions that are often treated as purely technical. What happens when convenience outpaces governance? Who remains accountable when decisions are delegated to AI? And how do we build systems that can withstand disruption while preserving trust, discretion, and continuity?
Drawing on original research, The Resilience Brief examines the assumptions, dependencies, and unintended consequences behind the technologies we adopt. It connects emerging developments with the decisions facing business leaders, family offices, principals, and trusted advisers—and welcomes anyone curious about how technology shapes their lives.
Expect thoughtful analysis, unconventional perspectives, and practical questions that help you look beyond individual threats to the wider environment of risk. The aim is to strengthen judgment, challenge familiar thinking, and understand what resilience requires.
A wider view of risk. A clearer view of what matters.
Research-based audio conversations use AI-generated voices to explore original papers by Steven Wilson.
The Resilience Brief
Why Resilience Will Replace Cybersecurity
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The provided text explores the transition from a prevention-focused cybersecurity model to a broader framework of organizational resilience. It argues that while protecting digital systems remains essential, businesses must prioritize the ability to sustain core services and adapt during inevitable disruptions. By analyzing regulatory shifts and major technical incidents, the author develops a service-centered model that integrates security with dependency mapping and trustworthy recovery. This shift emphasizes governing outcomes rather than just technical controls, ensuring that organizations can fulfill their obligations even when specific technologies fail. Ultimately, the source suggests that resilience will become the primary discipline for managing enterprise risk, subsuming cybersecurity as a critical supporting function.
You are staring at the primary security dashboard. And I mean, according to every single metric lighting up the screen, it is a perfect day.
SPEAKER_00Right. Everything is totally green.
SPEAKER_01Yeah, exactly. Firewalls held flawlessly over the weekend. Not a single malicious actor breached the perimeter.
SPEAKER_00There's zero evidence of data exfiltration.
SPEAKER_01None. And your vulnerability patching is hitting at an all-time high of like 99%. Your security team is literally in the break room celebrating a flawless defense. But out in the real world.
SPEAKER_00The business has just ground to an absolute terrifying halt. Yes. The support phones are ringing off the hook, customers cannot transact, uh, the supply chain is completely frozen.
SPEAKER_01Aaron Powell And the company is bleeding hundreds of thousands of dollars in revenue by the minute.
SPEAKER_00Yeah.
SPEAKER_01And why is this happening? Because a shared external identity provider, a completely third-party service that you do not even own.
SPEAKER_00But that you rely on. Right.
SPEAKER_01You rely on it to authenticate your own employees. Well, it just went dark. So you're perfectly protected and perfectly paralyzed.
SPEAKER_00Aaron Powell It is the ultimate paradox of modern enterprise architecture. I mean, the system itself is highly secure, but the service it's supposed to deliver still fails. Right. You've successfully defended the castle walls, but everyone inside is starting to death.
SPEAKER_01That exact paradox where the defense holds but the business completely fails is why the boardroom's approach to digital defense is undergoing a massive structural evolution. Welcome to the deep dive. We are calling this one the Resilience Brief.
SPEAKER_00It's a big topic.
SPEAKER_01It is. So if you are an executive, a service owner, or really just a deeply curious learner trying to navigate the future of corporate risk, you are in the exact right place. Today, our mission is to break down a highly influential 2025 research draft by Dr. Stephen Wilson.
SPEAKER_00And the title alone is a massive provocation.
SPEAKER_01Oh, absolutely. It's called Why Resilience Will Replace Cybersecurity.
SPEAKER_00Yeah, that'll get some attention.
SPEAKER_01Right. Now, a quick note before we jump in. As always, our mission is to break down this research impartially. We aren't here to, you know, endorse Dr. Wilson's framework or tell you how to run your specific IT department.
SPEAKER_00Definitely not.
SPEAKER_01We're just trying to extract his core arguments so you can decide for yourself how they apply to your world.
SPEAKER_00Yeah. And it is definitely a title designed to get a visceral reaction, uh, especially from any chief information security officer reading it.
SPEAKER_01Oh, for sure.
SPEAKER_00But to be clear right up front, the research is not claiming cybersecurity is dead or useless or that we should stop building robust firewalls.
SPEAKER_01Aaron Powell Okay, let's unpack this because Wilson's core thesis is actually uh much more nuanced than the title implies.
SPEAKER_00Oh, absolutely.
SPEAKER_01He's arguing that cybersecurity isn't disappearing. Rather, it is being demoted.
SPEAKER_00Demoted, yes.
SPEAKER_01Like it's moving from being the ultimate overarching goal of the enterprise to becoming this indispensable subset of a much larger, much more critical discipline.
SPEAKER_00Right.
SPEAKER_01And that discipline is organizational resilience.
SPEAKER_00Aaron Powell And that represents a fundamental shift in governing priority. It's about changing the very level at which objectives and investments and accountabilities are coordinated in a company. Because under this framework, cybersecurity becomes a critical contributing discipline right alongside, you know, business continuity, infrastructure engineering, crisis communication.
SPEAKER_01Even physical safety.
SPEAKER_00Exactly, physical safety too. They all serve the service rather than serving their own siloed metrics.
SPEAKER_01Right. So to understand where this research is taking us, we first kind of have to understand the critical flaw in where we are right now. We need to look at how organizations currently measure their success.
SPEAKER_00Aaron Powell Which Wilson argues is deeply structurally flawed. Trevor Burrus, Jr.
SPEAKER_01Deeply flawed. He refers to the current standard as the prevention-centric operating model.
SPEAKER_00Trevor Burrus Yeah. And in that prevention-centric model, an IT or security department demonstrates success primarily through isolated metrics. Trevor Burrus, Jr.
SPEAKER_01Give me an example of that.
SPEAKER_00So things like the number of avoided incidents, the percentage of endpoint control coverage, or how quickly known software vulnerabilities are patched.
SPEAKER_01Trevor Burrus And I mean on the surface, those sound like incredibly responsible metrics. Like if I have a board member, I absolutely want to see a chart showing that 99% of my servers are fully patched.
SPEAKER_00Aaron Powell They are excellent metrics for a technical function, absolutely.
SPEAKER_01Right.
SPEAKER_00But they are incredibly narrow. They measure whether a technical control worked in a vacuum.
SPEAKER_01Aaron Powell In a vacuum, yeah.
SPEAKER_00They do not measure whether the enterprise can actually sustain its fundamental obligations to its stakeholders when a disruption bypasses those controls.
SPEAKER_01Because they always get bypassed eventually.
SPEAKER_00Always. The actual physical delivery of services to a customer during a failure remains a complete afterthought in that model.
SPEAKER_01Aaron Powell I want to push back on that old model with an operational analogy, just because I think it helps visualize the absurdity of it.
SPEAKER_00Go for it.
SPEAKER_01Having a perfect cybersecurity score under that prevention-centric model is like engineering an absolute indestructible engine for a car.
SPEAKER_00Okay.
SPEAKER_01You spend your entire engineering budget making sure this engine can survive extreme heat, extreme cold, massive physical impacts.
SPEAKER_00Right.
SPEAKER_01But you spent so much time on the engine you completely forgot to install the wheels. So the engine fires up flawlessly. All the diagnostic metrics look amazing, but you still aren't getting to your destination.
SPEAKER_00You're just sitting in the driveway.
SPEAKER_01Exactly. The fundamental obligation of the car, which is to move you from point A to point B, has failed, even though your core protective component worked exactly as designed.
SPEAKER_00That is a phenomenal way to visualize the disconnect. You built a world-class component, but you completely ignored the consequence of the overall system design.
SPEAKER_01Right.
SPEAKER_00What's fascinating here is how Dr. Wilson traces the true definition of organizational resilience to differentiate it from the colloquial idea of just, you know, bouncing back.
SPEAKER_01Because bouncing back is how most people think of it.
SPEAKER_00Yeah. He notes that resilience is a much older academic concept. Back in 1973, a scholar named Holling defined ecological resilience. Okay. And a lot of corporate leaders today still think of resilience in that 1970s ecological sense, like the speed at which a system returns to its exact previous equilibrium.
SPEAKER_01Right, like a rubber band snapping back into its original shape after being stretched.
SPEAKER_00Precisely. But a business isn't a rubber band.
SPEAKER_01No.
SPEAKER_00And a digital architecture isn't a forest. If your company restores its previous IT configuration incredibly fast, but that exact configuration is what structurally caused the failure in the first place.
SPEAKER_01Then you remain exposed to the exact same weakness.
SPEAKER_00Exactly. You haven't learned anything. True organizational resilience isn't just about repairing an interrupted system. Right. It is the capacity to preserve your essential purposes, constrain the harm being done, and crucially to adapt your capabilities when your underlying dependencies fail.
SPEAKER_01Which brings us to the ultimate trap. Because those perfect security boundaries we build, they fail in the real world constantly.
SPEAKER_00Oh sorry.
SPEAKER_01They get bypassed. Or worse, they just become irrelevant.
SPEAKER_00And that forces us to look at the hidden underlying connections that actually cause catastrophic cascading failures across an entire industry.
SPEAKER_01Dependencies.
SPEAKER_00Yes. The absolute word of the day here is dependencies.
SPEAKER_01Dependencies are the invisible threads that connect otherwise completely separate failures. They are uh the hidden load-bearing walls of your digital infrastructure. And Wilson uses a great hypothetical in the paper for this. Say your organization is doing everything right by the traditional book. You have two completely separate cloud environments.
SPEAKER_00Okay.
SPEAKER_01Let's say one is hosted by Amazon AWS and the other by Microsoft Azure. You pat yourself on the back for having redundancy.
SPEAKER_00Very responsible.
SPEAKER_01Right. But hidden deep in the architecture, those two clouds secretly share a single administrative endpoint fleet.
SPEAKER_00And we should probably clarify what an administrative endpoint fleet actually is for those outside of IT ops.
SPEAKER_01Oh, yeah. Good call.
SPEAKER_00Think of it as the master control panel or the digital master keys used by your most privileged engineers to manage both of those cloud environments.
SPEAKER_01Exactly. So if those master keys are stored on a single set of laptops or like a single authentication server, having two different cloud providers gives you a completely false sense of security.
SPEAKER_00Totally false.
SPEAKER_01If that single shared administrative component goes down, your alternative cloud isn't an operational alternative at all.
SPEAKER_00No.
SPEAKER_01Its activation literally depends on the condition it was meant to survive.
SPEAKER_00Yeah.
SPEAKER_01If I'm listening to this right now as a service owner, I'm probably sweating thinking about my vendor contracts.
SPEAKER_00I would be.
SPEAKER_01Because my cloud provider promises me 99.9% uptime, but they definitely don't tell me what underlying architecture they share with my other tools.
SPEAKER_00And we don't even have to stick to hypotheticals to prove how dangerous this is. The research brings in some incredibly well-documented real-world evidence.
SPEAKER_01Okay, let's hear it.
SPEAKER_00We have to talk about July 2024, the CrowdStrike incident.
SPEAKER_01Oh, absolutely. We have to.
SPEAKER_00It was a watershed moment for this exact theory of organizational resilience. CrowdStrike released a content configuration update that caused massive global window system crashes.
SPEAKER_01It was everywhere. Airlines were grounded.
SPEAKER_00Hospitals couldn't access patient records. Major broadcasters literally went off the air. But the mechanism of failure is what matters here. It was a defective update to a kernel-level driver. So a piece of software that operates at the deepest, most privileged level of the operating system.
SPEAKER_01Which illustrates a specific, highly dangerous kind of trap Wilson calls a protective dependency.
SPEAKER_00Yes.
SPEAKER_01Because CrowdStrike is a premier security tool, it is trafted implicitly.
SPEAKER_00Yeah.
SPEAKER_01It bypassed normal stage deployment rings because it was classified as a routine security content update.
SPEAKER_00It was a protective tool.
SPEAKER_01Right. Right. The very tool that was meant to keep you secure became the single point of failure that brought your entire business down.
SPEAKER_00Yeah.
SPEAKER_01It's an operational analogy I've seen play out in physical facilities management, actually.
SPEAKER_00Oh, really?
SPEAKER_01Yeah. It's like having a state-of-the-art backup generator for your corporate headquarters. It can power the building for weeks during a blackout.
SPEAKER_00Sounds perfect.
SPEAKER_01But the generator requires an electronic keycard swipe to turn on.
SPEAKER_00Oh no.
SPEAKER_01Right. So when the power grid fails, the keycard reader dies. The backup power is utterly useless because it relies on the exact conditional electricity that it was installed to survive.
SPEAKER_00That is painfully accurate. If we connect this to the bigger picture, CrowdStrike, along with the infamous 2017 WannaCry ransomware attack, completely reshapes how we need to view incident response.
SPEAKER_01Wait, WannaCry was the ransomware that devastated the UK's National Health Service, right?
SPEAKER_00That's the one.
SPEAKER_01Let's get into the mechanics of that because it wasn't just a simple hack.
SPEAKER_00Right. Wanna cry exploited a specific vulnerability in the server message block, or SMB protocol.
SPEAKER_01Okay.
SPEAKER_00The UK's National Audit Office found that unpatched, completely unsupported legacy systems allowed the infection to spread like wildfire.
SPEAKER_01Aaron Ross Powell But why were they unpatched in the first place?
SPEAKER_00Because hospitals use incredibly expensive life-saving medical equipment like MRI machines that often run on embedded, outdated versions of Windows.
SPEAKER_01Oh, I see.
SPEAKER_00You can't just run a patch update without potentially bricking a million-dollar medical device.
SPEAKER_01Aaron Powell, so the technical vulnerability was really complex. But the audit found something else too, didn't it?
SPEAKER_00Yes, it did. The profound failure wasn't just that the IT systems went down, it was that the national response plan had not been tested locally by the people on the ground.
SPEAKER_01Aaron Ross Powell The actual hospital staff.
SPEAKER_00Yeah. Exactly. When the screens went black, hospital staff had to rely on whiteboards and paper to divert ambulances. And they hadn't practiced it. Surgeries were canceled.
SPEAKER_01So it was a massive double failure, a technical vulnerability combined with a complete lack of local continuity planning.
SPEAKER_00Spot on. And the ultimate insight Wilson draws here is that the cause of the outage.
SPEAKER_01Whether it's a malicious North Korean state-sponsored hacker like in Wanakry.
SPEAKER_00Right. Versus a completely non-malicious routine update defect like CrowdStrike, the cause should not dictate the scope of the enterprise's response.
SPEAKER_01Aaron Powell Because the consequence to the customer is identical.
SPEAKER_00Exactly. Whether it's a canceled open heart surgery or a grounded commercial flight, it's the same impact. A consequence-centered approach means you don't just patch the software, you engineer a way to deliver the vital service even when the software completely vaporizes.
SPEAKER_01Okay, so having established that isolated security metrics are, you know, kind of an illusion and hidden dependencies are causing these catastrophic operational failures, we have to look at the solution.
SPEAKER_00Aaron Powell Because we can't just throw our hands up and quit.
SPEAKER_01Right. Dr. Wilson proposes a massive shift. A six-capability service-centered resilience model.
SPEAKER_00Aaron Powell And it is crucial to note before we dive into them that these six capabilities operate concurrently. They continuously reinforce one another.
SPEAKER_01So they happen at the same time.
SPEAKER_00Yes. This is not a linear, step-by-step incident response checklist that you dust off and pull out of a binder after things go wrong.
SPEAKER_01Aaron Powell Okay, let's apply this logically. Say I'm running a major financial service and things start failing. Wilson's first move isn't to look at the IT dashboard, it's defining consequences and operating boundaries.
SPEAKER_00Exactly.
SPEAKER_01And this isn't just a marketing slogan saying, you know, our goal is 99.9% uptime. It means setting explicit, mathematically defined, maximum tolerable interruptions.
SPEAKER_00And more importantly, setting explicit stop conditions for unsafe operations.
SPEAKER_01Explain the stop condition.
SPEAKER_00The stop condition is vital. It means knowing exactly when continuing to run a degraded or compromised service does more actual harm to your customers than simply pulling the plug and taking the system completely offline.
SPEAKER_01But wait, let me play devil's advocate here. If we execute a stop condition and pull the plug on our digital order processing, how do we actually process orders? The business still has to run.
SPEAKER_00That is exactly where the next capability comes in, sustaining essential outcomes through controlled adaptation. Okay. This means you have pre-planned, rigorously tested manual workarounds, but, and this is a massive but, you have to know your absolute capacity limits. Right. You cannot just wave a wand in a crisis meeting and say, oh, we will process these orders manually.
SPEAKER_01Especially if a human being can only process 10 orders an hour and your digital system usually processes 10,000 a minute. Trevor Burrus, Jr.
SPEAKER_00You'd have a backlog that would take decades to clear.
SPEAKER_01Yeah.
SPEAKER_00You need resource assumptions, you need clear activation authority like who is legally allowed to make the call to go manual. Yeah. And you need expiry conditions for those workarounds.
SPEAKER_01Aaron Powell And that leads into how you eventually bring the systems back online. It isn't just about turning the servers back on, it's about recovering trustworthy operations.
SPEAKER_00Aaron Powell Trustworthy being the key word there.
SPEAKER_01Here's where it gets really interesting, especially when we think about this in the modern context of automation and artificial intelligence.
SPEAKER_00Oh, AI changes everything here.
SPEAKER_01Aaron Ross Powell Right. Let's say your AI workflow gets corrupted by bad data or a logic flaw. Does restoring that AI system in 10 minutes actually matter if it spends the next week making legally binding, completely incorrect financial decisions on behalf of your company?
SPEAKER_00Dr. Wilson emphasizes this heavily. Technical restoration is just an intermediate milestone. It is not the finish line. Wow. Yeah. If you turn the AI back on and you aren't absolutely certain of its data integrity, you are just accelerating the damage at machine speed.
SPEAKER_01That's terrifying.
SPEAKER_00Speed matters, of course, but a faster return to an untrusted operating state is emphatically not a better resilience outcome. Sometimes the most resilient decision you can make is to purposely suspend an unsafe operation for days to prevent irreversible harm.
SPEAKER_01But to recover safely, you have to know what you are recovering. Which brings me back to my backups. If my primary system goes down, I just fail over to my backup, right?
SPEAKER_00Only if you truly understand your dependencies. You have to actually test if your backups are physically and logically independent or just nominally separate on paper.
SPEAKER_01Give me an example.
SPEAKER_00Well, if your backup data center requires the primary data center's Active Directory to authenticate the recovery team, it's not a backup.
SPEAKER_01And for our listeners, think of Active Directory as the digital bouncer that checks everyone's ID at the door.
SPEAKER_00Great analogy.
SPEAKER_01So if the bouncer works at the primary club and the backup club requires that same bouncer to let the staff in.
SPEAKER_00When the bouncer goes home sick, both clubs are closed.
SPEAKER_01I love that. So where does traditional cybersecurity actually fit into all of this? Are we just abandoning firewalls?
SPEAKER_00Not at all. Preventing disruption and limiting its spread remains a core capability.
SPEAKER_01Okay.
SPEAKER_00This model retains identity controls, secure configurations, software assurance, and threat detection. You do not weaken your security budget to fund a superficially broader resilience program.
SPEAKER_01You just evaluate those protective mechanisms to make sure they aren't introducing concentrated dependencies themselves.
SPEAKER_00Exactly, like we saw with CrowdStrike.
SPEAKER_01Right. And once the smoke clears and the crisis is over, how do we ensure we don't just end up here again next month?
SPEAKER_00Verify, closing the loop. You have to make sure that heroic improvisations don't become your permanent design assumptions.
SPEAKER_01What does that mean in practice?
SPEAKER_00If an essential service only survived because one mid-level engineer improvised an undocumented workaround in code at 3 a.m., you haven't demonstrated corporate resilience.
SPEAKER_01You've demonstrated a massive precarious concentration of knowledge and risk in one very tired employee.
SPEAKER_00Exactly. Resilience should strengthen organizational capacity, not normalize employee exhaustion.
SPEAKER_01Aaron Powell All right. Stepping back from the technical mechanics, a massive operational shift like adopting these concurrent capabilities requires a massive executive shift.
SPEAKER_00It does.
SPEAKER_01Who actually owns this? Because right now, if you walk into a boardroom and ask five different C-suite executives who owns resilience, you're going to get five entirely different answers.
SPEAKER_00Oh, absolutely.
SPEAKER_01So how does this framework actually change the boardroom?
SPEAKER_00Well, the institutional convergence forcing this boardroom change is already happening right now. We are seeing it manifest in major, undeniable regulatory shifts across the globe. Like what? For instance, the European Union's Digital Operational Resilience Act, widely known as DORA, that takes effect in January 2025.
SPEAKER_01Okay.
SPEAKER_00And in the UK, the Financial Conduct Authority rules take effect in March 2025.
SPEAKER_01Let's get specific on that. What do those rules actually mandate a company to do?
SPEAKER_00Aaron Powell They force financial firms to legally identify their important business services, map the intricate dependencies of those. Yeah, it is explicitly elevating the service consequence, the impact on the actual consumer, to the highest level of boardroom governance.
SPEAKER_01But how do you actually prove an impact tolerance to a government regulator? I mean, you can't just hand them a firewall log or a compliance checklist.
SPEAKER_00You literally have to simulate taking down your primary payment gateway, for example, and time exactly how many minutes or hours it takes before a consumer's mortgage payment is wrongfully flagged as in default.
SPEAKER_01You have to prove you can intervene before that specific consumer harm occurs.
SPEAKER_00Yes.
SPEAKER_01So to pull that off, it requires a structural change in leadership. You need a designated executive sponsor who can step into a hostile room and resolve the incredibly tense trade-offs between the chief information security officer, the operational leaders, and the actual service owners.
SPEAKER_00And Dr. Wilson introduces a specific role to handle this, the CRO.
SPEAKER_01A chief information and resilience officer.
SPEAKER_00Yes. But he issues a very stark warning about this role.
SPEAKER_01What's the warning?
SPEAKER_00You cannot just take your existing CASO, print them some new business cards with a new acronym, and expect structural issues to magically disappear. Right. If you rename them but leave their actual authority, their operational funding, and their cross-functional power over service owners completely unchanged, the transition will utterly fail.
SPEAKER_01Aaron Powell Wait, I have to stop you there and play the skeptic again. Sure. Adding another C-level executive, a C I R O. That sounds like classic corporate bloat. Is Wilson really suggesting that just creating a new title, even with funding, is going to magically fix decades of tangled structural tech dependencies?
SPEAKER_00It's a fair challenge, but it isn't about the title. It's about the mandate to break ties.
SPEAKER_01Breaking ties, okay.
SPEAKER_00Right now, a service owner wants to launch a new product fast. The security team wants to slow it down to secure it. When they disagree, who wins?
SPEAKER_01Usually revenue wins.
SPEAKER_00Exactly. The CRO must have the executive teeth to look at a highly profitable service owner and say, your underlying architecture is fundamentally unresilient, you share too many single points of failure, and you are explicitly not allowed to launch until you decouple. Trevor Burrus, Jr.
SPEAKER_01They need veto power over revenue generating projects if the risk is too high.
SPEAKER_00Exactly. And this raises an important question about how that CIRO actually negotiates their budget.
SPEAKER_01How so?
SPEAKER_00The immediate knee-jerk instinct when an organization tries to build resilience is to just buy more redundant tech platforms. Aaron Powell Right.
SPEAKER_01If one server goes down, we buy a second one.
SPEAKER_00If one cloud goes down, we buy another cloud. But Dr. Wilson points out a severe investment reality. Redundancy can actually introduce massive new synchronization risks.
SPEAKER_01Because now, instead of managing one complex system, you have to keep two incredibly complex systems perfectly matched and updated in real time.
SPEAKER_00Aaron Powell Which introduces entirely new skills requirements for your staff, more vendor contracts, and a vastly broader administrative exposure footprint. The CRO has to constantly rigorously balance the perceived safety of buying redundancy against the very real mathematical danger of increasing operating complexity.
SPEAKER_01Aaron Powell So buying more software doesn't automatically buy you more resilience.
SPEAKER_00No, sometimes it just buys you a more complicated outage.
SPEAKER_01Aaron Powell So what does this all mean? We've gone from the illusion of the perfect firewall through the hidden dependency traps revealed by CrowdStrike and WannaCry, through the concurrent capabilities of a service-centered model, all the way to boardroom governance and the controversial rise of the CRO. What is the ultimate executive takeaway here?
SPEAKER_00The primary takeaway is that leaders must fundamentally change the questions they are asking in the boardroom. You must stop asking, are our systems secure?
SPEAKER_01Right, it's not enough.
SPEAKER_00That question is simply too narrow for the modern threat landscape. You must start asking, can our essential services survive, constrain harm, and adapt when our foundational technical assumptions inevitably fail?
SPEAKER_01And Wilson provides a very specific, actionable first step for you to take today.
SPEAKER_00Yes, he does.
SPEAKER_01Do not try to reorganize your entire company tomorrow morning. Good. Do not go out and hire a CIRO this afternoon. Instead, select just one consequential service. Just one.
SPEAKER_00Keep it contained.
SPEAKER_01Map its dependencies, the real physical and logical ones, not just what the vendor contract promises you. Run a bounded safe exercise where a severe dependency actually fails.
SPEAKER_00And critically, during that exercise, don't just measure if the IT team noticed the failure on their dashboard. Measure your actual service delivery to the end user. Measure your decision delays. Measure the actual physical capacity of your manual workarounds. Find the material weakness, fix that specific weakness, and then repeat the process.
SPEAKER_01You prove the model works on one critical service before scaling it across the enterprise.
SPEAKER_00Exactly.
SPEAKER_01We want to leave you with a final provocative thought to mull over as you look at your own organization's readiness. We talked a lot about mapping dependencies today.
SPEAKER_00We did.
SPEAKER_01But here is something Wilson is Harry's paper hints at for the near future. What happens when organizations start using artificial intelligence to map and manage these dependencies?
SPEAKER_00That is the big question.
SPEAKER_01If an AI is dynamically shifting your architecture in real time to keep you resilient, how do you verify or even comprehend a system that is changing faster than humanly possible?
SPEAKER_00If the invisible threads connecting your business are being rewoven by an algorithm every millisecond, your traditional maps are obsolete the moment they are drawn.
SPEAKER_01It's a whole new frontier of risk. Thank you for joining us on this deep dive into the resilience brief. We'll catch you on the next one.