By Don Boxley, CEO & Co-Founder, DH2i
If there’s one thing I’ve learned after years of working with customers in banking, healthcare, retail, manufacturing, and government, it’s this: we underestimate risk right up until the moment it hits us in the face. The technology landscape shifts faster than the architectures supporting it, and 2026 is already shaping up to be the year where a lot of quiet weaknesses finally become loud problems.
Here is what CIOs and IT leaders are telling me they are seeing already…
AI Outages Are the New “Ransomware Moment”
In fact, a World Economic Forum-referenced report found that 87% of cybersecurity leaders identified AI-related vulnerabilities as the fastest-growing risk category, faster than ransomware and other traditional threats.
Customer support flows, fraud detection, insurance claims processing, routing and logistics, underwriting, and frontline decision automation – you name it – AI is now woven into everything. That means, whether organizations want to admit it or not, the databases, pipelines, and connections sitting behind those AI models are now not only mission, but business-critical.
If those systems go down, even briefly, the business impact is immediate. Orders stall. Claims freeze. Customers wait. In some industries, revenue simply stops. This is the exact pattern we saw in the early days of ransomware: people only realized how fragile their foundations were once something snapped.
Today, what I’m hearing from customers is no longer “How do we deploy AI?” It’s “How do we keep this thing running reliably, securely, and around the clock?”
The winners in 2026 will be the companies that build durability into the stack – resilient failover, airtight DR, instant recovery, and secure, persistent connections between every environment where data and compute live. AI will not be more reliable than the infrastructure holding it up. If availability and security are treated as optional, organizations are going to feel real pain.
Multi-Cloud Fragmentation Has Become a Crisis
In fact, a State of Network Security 2026 report finds that 2026 is beginning to be defined by consolidation, unification and control — explicitly because existing multi-cloud fragmentation (tool proliferation and disconnected systems) is no longer acceptable operationally or from a security perspective.
Most enterprises didn’t consciously choose multi-cloud. It just happened.
A little Azure here, some AWS over there, a private cloud for legacy apps, containers running at the edge – you look up one day and realize you’re running a distributed ecosystem held together with tunnels, scripts, and wishful thinking.
Today, it’s the liability no one can ignore anymore. It has become harder and harder to ensure secure communication, fast recovery, and reliable data movement – the more distributed the environment becomes – especially when AI and analytics depend on timely access to information.
Traditional networking models weren’t built for this. Under the scale, latency, and cross-cloud complexity that already exists today, legacy VPNs and static failover approaches are breaking. And, because of this, we are seeing a major shift toward secure, lightweight, point-to-point connectivity built on zero-trust principles.
HA is no longer about a single cluster or a single data center. It is now about the entire fabric – public cloud, private cloud, containers, and edge – staying resilient as one system.
The most forward thinking organizations have already gravitated to solutions that make cross-cloud failover, secure connectivity, and jurisdictional control straightforward rather than a multi-year science project.
They know, and others will soon follow in this inarguable logic… it is the only way to operate confidently in a multi-cloud world.
Disaster Recovery Has Become an “Active Architecture,” Not a Backup Plan
In fact, Gartner’s conference resources for 2026 focus on architecting systems for rapid recovery and minimal downtime, emphasizing resilience as a design principle rather than an afterthought.
For years, disaster recovery (DR) has existed in the background – something that gets funded but rarely revisited unless auditors demand it. That mindset is already proving foolhardy in 2026.
Cloud regions are experiencing outages without warning. Regulator expectations are tightening across industries, such as finance and healthcare. We are already seeing entire facilities being taken offline in a matter of seconds as a result of climate events, cyber incidents, and geopolitical disruptions. And the organizations that relied on a single region or a single cloud have discovered the hard way that redundancy on paper doesn’t always translate into resilience in practice.
In 2026, DR has already becomes a living strategy – central to architecture, not bolted on after deployment. Cross-region and cross-cloud failover are no longer “nice to have.” They are table stakes.
The companies that avoid chaos now will be the ones already treating resilience as an active requirement:
- Automated failover instead of manual runbooks
- Secure, low-latency connections that actually hold up under stress
- Active/active or near-active architectures instead of cold standby
- Continuous testing rather than “once a year” compliance drills
Because the stakes are too high to ignore, resilience has become a board-level conversation. Organizations that already invested or are in the process of doing so now, will continue to serve customers… while others scramble to restore systems.
2026 Isn’t Being Defined By A Single Threat
It is already being defined by how well organizations have prepared for the combination of AI dependence, multi-cloud complexity, and real-world disruption. Those that already built or are in the process of building resilience into their DNA – not because it was or is mandated, but because it’s the only way to keep the business running in a world that no longer tolerates downtime – will be the companies that succeed.
That’s not just a shift I see coming. It’s already here.
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ABOUT THE AUTHOR
Don Boxley Jr is a DH2i Co-founder and CEO. He has more than 20 years in management positions for leading technology companies. Boxley earned his MBA from the Johnson School of Management, Cornell University.
