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2026 Risk Outlook: Live webinar with Everbridge CEO, Dave Wagner
Hackensack Meridian Health

Full video transcript

0:07.0]
In health care, which is my industry. We have a lot of different use cases for the use of Everbridge, because we not only have to protect our 30,000+ employees, but also our daily inpatient count of three to 4,000 patients, and all of the people who come to all of our health care locations.

[0:29.3]
So we need to not only be able to dispatch or, respond to power outages, or floods, and things like that, but we also respond to medical emergencies within the hospital. And Everbridge has really helped us do that, and be able to send timely messaging out, to respond to cardiac arrests, patients who are having strokes or having significant medical emergencies in the hospital.

[0:59.5]
When we first started as a network, which was in 2016, it was truly like the Wild West. Everybody kind of did their own thing, and hospitals are very noisy places to begin with, and we would, send messages over intercoms and things like that hundreds of times a day.

[1:21.1]
Everbridge has allowed us to do a lot of that dispatching, and a lot of that response to emergencies, without having to make overhead announcements as much. So it leads to a much better, healing process in the hospital, because the hospital is now quieter, because we’ve moved most of our critical communications over to using Everbridge.

[1:49.4]
So last year, something that doesn’t happen in New Jersey very often, we had an earthquake that was upwards of 3 to 4 on the Richter scale. Doesn’t happen. So there was a lot of, uneasiness amongst our team members, and Everbridge allowed us to respond to that by sending out multitudes of messages.

[2:15.5]
We sent damage assessments to all our facilities teams. We have 18 hospitals, 600 locations, so we have to be able to very quickly, assess any damage or anything like that. So we were able to do that. We sent Everbridge messages to all our ops teams at all our hospitals to see if there were other impacts to operations.

[2:37.6]
And then we actually were able to send to all 36,000 of our employees a tip on how to respond to the wake of an earthquake. So we were able to help them with that personal, response to the event.

[02:56.4]
So Everbridge was an integral part of that whole thing. Luckily, there wasn’t a lot of damage or, any damage really. But just being able to do that very quickly was pretty impressive.

Everbridge 360 is a critical event management platform that strengthens resilience by helping you detect threats earlier, respond faster, and improve continuously. The Professional version of Everbridge 360 provides advanced communication tools and mobile safety features to enhance capabilities, protect your workforce, and ensure smooth operations during emergencies.

This article originally appeared in International Security Journal

Ask any chief security officer how they protect their enterprise, and a security operations center (SOC) will often be one of the first things they mention. 

The SOC has long been viewed as a necessary fixture – the nerve center for threat monitoring and crisis response. But as our operating environments evolve, so should our strategies. For many organizations, especially those balancing complex risks and finite resources, it’s worth asking: Does the traditional SOC still make sense? 

Before anyone misunderstands – this is not about questioning the value of protecting people, data, and assets. It’s about being open to how we do it. Today, we have options. Options that offer the same, if not greater, levels of capability without the limitations of physical infrastructure.

Questioning the conventional wisdom

The traditional SOC has its merits. Centralized operations, dedicated teams and real time situational awareness.  These have all served organizations well. I’ve worked in plenty of environments where a physical SOC was not only effective but necessary.

However, as someone who has spent a career assessing risk, I can tell you that static, brick-and-mortar solutions come with their own vulnerabilities – and, at times, may not be the best fit. Consider the challenges: 

  • Cost – physical SOCs require significant capital – equipment, facilities, and staffing. For some organizations it’s simply not sustainable.  
  • Resilience – a fixed location, by definition, is exposed to geographic and environmental risks.  
  • Scalability – expanding capacity, adding capabilities or adapting to changing threats can be slow and expensive when you’re tied to a physical footprint. 

The case for a digital SOC 

A digital SOC addresses many of these limitations head-on. By leveraging cloud-native platforms and purpose-built technology, we can deliver the same – an often superior – level of security without being bound by four walls. Here’s where digital SOCs stand out: 

  • Cost-effective without cutting corners – you don’t have to sacrifice quality for efficiency. Cloud-based platforms allow you to build scalable, full-featured security operations without investing heavily in physical infrastructure. 
  • Operational continuity – a digital SOC is resilient by design. It is immune to localized disruptions. Your team can monitor and respond from wherever they are and if you structure it correctly, there is no single point of failure. 
  • Integrated capabilities – today’s platforms do more than detect threats. They integrate crisis management, travel risk, communications and intelligence into a cohesive system. What once required multiple systems – and often multiple teams – can now be streamlined. 
  • Speed and precision through AI – AI has real utility here. Not the buzzword variety, but targeted capabilities that help detect, analyze and respond to threats faster. AI doesn’t replace your team – it makes them better. It brings scale, speed and precision that would be impossible to replicate manually.  
  • Future-ready – as threats evolve, so should your strategy. A digital SOC gives you the flexibility to adapt quickly, scale as needed and adjust your approach without waiting for the next capital investment cycle.   

A balanced view

Like any solution, digital SOCs aren’t perfect. Integration, team alignment and vendor selection all require careful attention. And some organizations – particularly those with highly sensitive operations – may still require a physical presence. This is not a one-size-fits-all proposition.

But what is clear, is that clinging to the traditional SOC model out of habit is no longer a viable strategy. security has always been about resilience, adaptability, and smart resource management. Digital SOCs allow us to embody those principles more effectively.

Rethinking the mission

At the end of the day, your SOC – physical, digital, or hybrid – is a means to an end. Its job is to ensure your people, assets, and operations are protected. How you do that should reflect the realities of the treat landscape you face today, not the one we faced 15 years ago.  

Security leaders need to be open to re-examining long-held assumptions. Not every organization needs to build a command center. But every organization does need the ability to know what’s happening, respond decisively, and keep improving. That’s what matters.

Artificial Intelligence (AI) is rapidly transforming industries, and critical event management (CEM) is no exception. Yet, misconceptions about AI often overshadow its true potential to revolutionize how organizations manage risks, disasters, and disruptions. These myths have sparked skepticism and confusion, leaving many uncertain about AI’s true role in CEM.

This blog addresses the top 10 myths surrounding AI in risk intelligence and crisis management. By separating fact from fiction, we’ll reveal how AI empowers organizations to make smarter, faster, and more resilient decisions. 

Myths vs. reality  

1. Automation removes human control over crisis management

Reality: AI enhances human decision-making. It doesn’t replace leadership; it provides faster, more accurate insights so decision-makers can act with confidence. A study found that organizations using AI to automate cybersecurity tasks reduced the potential for human error, allowing leadership to focus on strategy rather than firefighting.  

2. AI can’t improve decision-making in crisis situations  

Reality: AI accelerates response times by automating threat detection, response orchestration, and message dissemination. With AI, decision-makers get both speed and confidence, ensuring they act on the right intelligence at the right time.  

3. AI in risk intelligence is just hype  

Reality: Everbridge delivers risk intelligence 11 minutes faster using AI-powered automation. AI enables hyper-local insights, scales analysis beyond human capacity, and provides accurate, real-time risk assessment that decision-makers can trust. 

4. AI in CEM is too complex and expensive for organizations to implement  

Reality: Everbridge AI is purpose-built for ease of use. Customers don’t need data scientists – AI streamlines ORCA rule creation, incident response workflows, and resilience planning, ensuring fast implementation and immediate value. AI-powered CEM solutions integrate seamlessly with existing business operations. More importantly, the cost of implementation is far lower than the cost of a single major downtime incident. For every $1 invested in proactive resilience, $7 is saved in avoided losses (US Chamber).  

5. AI in CEM is just about speed – it’s not actionable  

Reality: Everbridge AI doesn’t just accelerate processes – it provides precision, direction, and context. Our AI-powered platform helps organizations move from reactive crisis response to proactive resilience by automating the full CEM lifecycle. Everbridge is the only provider offering full-lifecycle AI-powered CEM, built specifically to handle physical and digital events with decision-ready risk intelligence.  

6. Businesses that rarely experience major disruptions don’t need automation   

Reality: The frequency of critical events has skyrocketed. Cyberattacks have increased by 47% year-over-year (Q1 2025, Check Point Research), and supply chain disruptions are up 88% since 2020 (Resilinc). Organizations that plan ahead with automation avoid being caught off guard and significantly reduce financial risk.  

7. Crisis response can be handled manually  

Reality: Manual processes lead to delays, confusion, and financial losses. The global average breach cost fell by 9% to USD 4.44 million, largely thanks to faster detection and containment aided by security teams and AI. However, the United States bucked this trend, with its average breach cost rising 9% to USD 10.22 million due to higher regulatory fines and detection expenses.  

8. Only tech companies need AI-powered risk management

Reality: Every industry faces disruptions—retail, healthcare, finance, logistics. In the manufacturing sector alone, unexpected downtime costs businesses an estimated $50 billion per year (Forbes). AI-powered CEM helps all industries mitigate operational risks and avoid catastrophic losses.  

9. Everbridge AI is just another automation tool  

Reality: Everbridge has invested $1B+ in AI, decision-ready risk intelligence, and automation, making it the industry’s most advanced AI-driven CEM solution. Our patented AI-enabled playbooks and risk intelligence network ensure that organizations not only react faster but build long-term resilience.  

10. AI in CEM is a future concept, not a reality  

Reality: Everbridge High Velocity CEM™ already integrates AI for:  

  • AI-assisted BC/DR Planning – Automating plan creation and impact analysis. 
  • AI-powered risk intelligence – Scaling global risk monitoring and hyper-local threat detection. 
  • AI-authored alerts & templates – Reducing response time by automating message generation. 
  • AI-enabled insights & playbooks – Automating best-practice response strategies. 
  • AI-driven post-incident analysis – Improving future resilience planning with historical insights. 

Conclusion

The myths surrounding AI in critical event management can cloud its immense potential. When deployed effectively, AI doesn’t just provide speed—it empowers organizations with accuracy, automation, and actionable intelligence to prepare for, respond to, and recover from critical events. Everbridge High Velocity CEM stands as the only full-lifecycle, AI-powered solution capable of addressing today’s complex risks with precision and scale.

The Everbridge Risk Intelligence Monitoring Center (RIMC) has designated the conflict between India and Pakistan a ‘special event’. This ensures complete and comprehensive coverage of the developing situation from a risk intelligence perspective.

The Everbridge RIMC analysts will have an enhanced focus on the conflict and will produce all information available in real time for customers – including updates on damage to infrastructure, travel implications and military operations. Our tactical resolution team has already produced multiple layers/KMLs detailing the planned blackouts surrounding Indian infrastructure, troop movements and drone missile strike locations.

Everbridge Response and Service Continuity Update – Guidance for Customers with Personnel in India

India Pakistan Regional Tensions 

Source: Everbridge RIMC (May 9, 2025)

If your organization has personnel in or traveling to India or the surrounding area, we want to assure you that Everbridge is actively monitoring the situation as tensions escalate in the India-Pakistan region. At this time, there is no impact to Everbridge services, but we are taking proactive steps to protect staff, ensure operational continuity, and support customers who may be affected.

As part of our crisis response protocols, Everbridge has: 

  • Activated our Crisis Management Team, which is meeting regularly 
  • Reviewed support coverage and delivery infrastructure 
  • Verified that our systems are resilient and not dependent on any single region 

We also want to take this opportunity to reinforce the importance of multi-modal communication during volatile events. In certain scenarios – such as regional conflicts or government-imposed restrictions – SMS or voice services may be delayed or disrupted. Everbridge supports a variety of delivery channels including email, app push notifications, desktop alerts, and phone calls, allowing for greater reach and redundancy when speed and reliability are critical. 

We will continue to monitor developments closely. Should there be any changes to service availability or delivery to affected areas, you will be notified immediately as an Everbridge customer. 

If you have any concerns or questions, please don’t hesitate to contact your Everbridge account representative. 

Pondering

Streamlining Stroke Notifications and Improving Patient Care

Even though Intermountain Healthcare was already a leader in telehealth response time for stroke victims, they knew they could further reduce the time required to connect neurologists with patients in need. With xMatters, they could streamline their notification processes, reduce the operational pain of reaching doctors over long distances, and provide patients with the best possible care even faster than before.

During a stroke, a patient loses 32,000 brain cells per second; that is 1.9 million a minute. So when doctors say every minute counts, they mean it. In 2019, using telehealth technology, Intermountain Healthcare physicians can assess patients at 17 of the system’s 22 hospitals using cameras and television screens in Emergency Department patient rooms. The backbone of a successful stroke telehealth program is the availability of dedicated neurologists, and a reliable process to notify them of a requested consult. Intermountain Healthcare’s IT Service Management team helped to translate complex neurologist on-call schedules and escalation protocols into the xMatters system which provides reliable notification to the neurologists when a patient needs an emergent stroke evaluation.

  • 40% reduction in time spent notifying neurologists
  • Notifications to on-call physicians regardless of physical location
  • Complex escalations enabled with dynamic on-call scheduling accelerate change management

Challenges

During the first months of the stroke program’s implementation, Intermountain Healthcare discovered that the traditional paging technology was unreliable for reaching doctors over long distances and did not provide adequate reception in remote mountain locations. Transfer specialists had no way of knowing whether their messages had been received or whether to resend messages. This resulted in increased wait times for patients suffering from a stroke.

The neurologists used dynamic on-call schedules, so specialists at the transfer center didn’t have an accurate schedule they could quickly refer to. The lack of automation with a complex escalation process was hampering the efforts of transfer specialists. They had to set timers and manually watch the clocks to make sure they were moving patients along at an acceptable rate while working other calls.

“We had difficult and varied escalation protocols,” explains Kristi Hinckley, Transfer Center Supervisor for Intermountain Healthcare. “The initial algorithm was complicated and drawn-out.”

Quotes 2

“By implementing xMatters in our notification workflow, we’ve been able to quickly and reliably engage our physicians, which leads to faster evaluation and treatment for our acute stroke patients.”

-Katherine Repko, TeleHealth Operations Initiatives Manager


Solution

The previous communication solution hampered the ability to provide patients with the urgent stroke evaluation they needed. Now, with xMatters service reliability platform, neurologists receive timely notifications regardless of their mobile provider, even if one of their communication technologies is down. With more reliable messaging, Intermountain Healthcare physicians rarely escalate to other devices anymore and IT support teams have less management overhead.

IT Service Management also helped administrative assistants set up dynamic on-call schedules inside xMatters with the intuitive visual scheduling tool. They can input a neurologist’s calendar and rotation schedule in advance, modifying them as needed. xMatters uses rules to notify different physician groups depending on the time of day, so admins create the monthly on-call schedules once and the system determines which groups to notify.

Each physician may also carry multiple devices that can receive notifications. The xMatters system automatically notifies the right device according to on-call and escalation schedules, as well as individual physician preferences.

“xMatters integrates with our enterprise authentication and messaging strategies,” says Will Young, IT Service Management Process Owner for Intermountain Healthcare. “Multiple processes use xMatters to deliver messages reliably, without impacting the performance of the other processes. Intermountain IT Service Management and our xMatters partners proudly support the Intermountain Stroke team in our company’s mission of helping people live the healthiest lives possible.”

Quotes 2

“The Intermountain stroke request process is quick and efficient every time because it’s simplified and to the point. This is because of our dedicated 24/7 neurologists, a great Transfer Center team, and the programming capabilities of xMatters.”

-Kristi Hinckley, Transfer Center Supervisor


Benefits

Intermountain Healthcare was already a leader in telehealth response time for stroke victims. Their five-minute mean time to first response was far below the national average. But with the new notification service in place, Intermountain Healthcare has reduced the overall time to connect the on-call neurologist to the requesting emergency doctors to less than three minutes from the time of the initial request.

Today, Transfer Center specialists notify neurologists of a stroke consultation request with a standardized, automated escalation process to ensure notification to the on-call physicians and backup doctors.

The streamlined process provides reliable, targeted notifications to on-call neurologists. It also provides the ability to send notifications to the entire group, then escalates them to specific physicians based on time of day and physician schedule.

“By implementing xMatters in our notification workflow, we’ve been able to quickly and reliably engage our physicians, which leads to faster evaluation and treatment for our acute stroke patients,” notes Katherine Repko, TeleHealth Operations Initiatives Manager.

Transfer specialists no longer have to wonder if their notifications were delivered. Now they can validate delivery and troubleshoot any notification issues. Each doctor’s response comes with a timestamp for a permanent record.

“The Intermountain stroke request process is quick and efficient every time because it’s simplified and to the point,” Hinckley says. “This is because of our dedicated 24/7 neurologists, a great Transfer Center team, and the programming capabilities of xMatters.” “The technical changes we’ve made with xMatters have been a real benefit for us, but more importantly for our patients,” Young agrees. “It’s all about our patients.”

About xMatters

xMatters, an Everbridge Company, is a service reliability platform that helps DevOps, SREs, and operations teams automate workflows, ensure infrastructure and applications are always working, and rapidly deliver products at scale. Our code-free workflow builder, adaptive approach to incident management, and real-time performance analytics all support a single goal: the happiness of your customers.

Anytime there is a major event—outages, weather situations, or things of that nature—we use Everbridge Mass Notification.

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