When the Internet Goes Down: The Real Cost of Downtime for Arkansas Healthcare Providers

In Brief

• For a clinic running a cloud-hosted EHR and hosted phones, an internet outage can stop check-in, charting, e-prescribing, lab orders, billing and incoming calls at once.
• A second internet connection solves only one problem. Real continuity also requires that applications remain reachable, that local systems such as power and switches stay up, and that staff know how to keep seeing patients when systems are unavailable.
• The most effective plans combine diverse connectivity with a UPS, documented downtime procedures and a short list of decisions made in advance, such as when to reschedule patients and who calls whom.

The Short Answer

Healthcare network redundancy means having more than one independent way to reach the systems your clinic depends on. For most Arkansas outpatient providers, that means a primary wired internet connection, a secondary connection from a different carrier or a cellular failover, a firewall that switches automatically, and battery backup for network equipment. Redundancy keeps the clinic connected. Business continuity, the ability to keep caring for patients, also depends on application availability and on downtime procedures that staff have practiced.

An Hour Without Connectivity

Consider a hypothetical outpatient clinic in Sherwood with eight providers, a cloud-hosted EHR and hosted VoIP phones. At 9:15 on a Tuesday morning, a construction crew cuts the fiber line serving the building. The clinic has no secondary connection.

Within minutes, the front desk cannot check in patients or verify insurance. Providers cannot open charts, review results or send prescriptions electronically. Phones stop ringing, because the hosted phone system has no path to the building, and callers hear nothing or reach a generic error. Lab and imaging orders stop flowing. Card payments fail if the terminals rely on the same connection.

Staff begin improvising. Some use phone hotspots to reach the EHR, which raises its own security questions. Patients wait. By 10:30, the practice manager is deciding whether to reschedule the afternoon. The carrier estimates repair time in hours, not minutes.

This scenario is constructed for illustration, but each element reflects how modern clinic technology depends on a single external connection.

Three Layers That Are Often Confused

Clinic leaders frequently treat "we have a backup internet line" as the same thing as "we can keep operating." They are different layers.

Layer 1: Internet Redundancy

Can the clinic reach the internet if the primary connection fails? This is solved with a second connection and equipment that switches between them.

Layer 2: Application Availability

Can the clinic reach the specific applications it needs, and are those applications running? A second internet line does nothing if the EHR vendor itself is down, if a security tool on every workstation fails, or if an authentication service is unavailable.

The global IT outage of July 19, 2024, caused by a faulty CrowdStrike software update, made this point clearly. Internet connections worked, but affected Windows computers would not start normally. Major health systems including Mass General Brigham canceled non-urgent visits that day, and many hospitals moved to downtime procedures.

Layer 3: Business Continuity

Can the clinic continue to see patients safely when Layers 1 or 2 fail? This depends on people and procedures as much as technology: printed schedules, paper forms, a way to look up current medication lists, a phone number patients can still reach and clear authority to make decisions.

A complete plan addresses all three.

Comparing the Redundancy Options

The options below are not mutually exclusive. Most clinics combine several.

Option	What it protects against	Limitations	Typical fit
Second wired connection from a different carrier	Primary carrier outage; equipment failure at one provider	Both lines may share the same conduit or pole route into the building; ask carriers about physical path diversity	Clinics with heavy cloud EHR, imaging or telehealth use
Cellular (4G/5G) failover	Fiber cuts and wired carrier outages	Bandwidth and data caps vary; signal strength inside the building must be tested; not ideal for large image transfers	Most small and midsize clinics, as a primary or added backup
Firewall with automatic failover	Manual switching delays	Must be configured and tested; failover can disrupt active sessions	Any clinic with more than one connection
Redundant firewall and core switch	Single device failure in the network closet	Higher cost; requires design expertise	Larger clinics and multi-provider sites
UPS for network equipment and phones	Short power interruptions; brownouts	Battery runtime is limited; batteries degrade and need replacement	Every clinic
Generator or building backup power	Extended power outages	Expensive; usually a building decision	Larger facilities and those with critical equipment

The Path Diversity Question

Two internet providers do not guarantee two independent paths. If both cables enter the building through the same conduit, run along the same utility poles or terminate at the same equipment in a shared building room, a single incident can take out both. When ordering a secondary connection, ask each carrier how its service reaches the building and request physically separate routes where possible. Cellular failover avoids this problem by using a different medium entirely.

Test Cellular Coverage First

Before relying on cellular failover, test signal strength where the equipment will be installed. Network closets are often in interior rooms with poor reception. An external antenna or relocated modem may be needed.

Local Dependencies That Fail Quietly

Clinics often overlook systems inside their own building that can stop work even when internet connections are healthy:

• Power. Without a UPS, a brief power flicker can reboot switches and firewalls, taking several minutes to recover.
• Network switches. A single switch powering phones and access points is a single point of failure.
• Wireless. If clinical workstations depend on Wi-Fi, a failed wireless controller or access point can disable entire areas.
• Local servers. Some practices still run a local server for imaging, document storage or a legacy application.
• Printers and label printers. Specimen labels, prescriptions and discharge paperwork may depend on specific printers.
• Phones. Hosted phone systems need a plan for redirecting calls when the clinic is offline, such as automatic forwarding to mobile phones or an answering service.

Building a Downtime Plan That Works

A downtime plan should be short enough to use under pressure. Its core elements:

1. Define triggers. At what point does the clinic switch to downtime procedures? For example, if the EHR is unavailable for more than 15 minutes.
2. Name decision-makers. Who decides to reschedule patients, and who communicates with them?
3. Prepare downtime materials. Printed or locally stored next-day schedules, paper intake and encounter forms, prescription pads where permitted and contact lists for labs, pharmacies and key vendors.
4. Plan phone coverage. Configure call forwarding in advance and document how to activate it.
5. Plan recovery. Who enters paper documentation into the EHR once systems return, and how is it tracked?
6. Practice. Run a short drill at least once a year so staff are not using the plan for the first time during a real event.

Disaster Recovery Is the Long-Duration Case

Most outages are short. Disaster recovery planning addresses longer events, such as a building that is unusable after severe weather, fire or water damage. For a clinic on cloud systems, recovery may mean operating from another location or having staff work remotely. For clinics with local systems, it requires tested backups stored off-site and a documented plan for restoring them.

Frequently Asked Questions

Is cellular failover reliable enough for a medical clinic?

For many small and midsize clinics, cellular failover provides enough capacity to keep check-in, charting, e-prescribing and phones working during an outage. Test signal strength and bandwidth before relying on it, and confirm how large image transfers or telehealth will perform.

If our EHR is in the cloud, do we still need disaster recovery planning?

Yes. A cloud EHR shifts data protection to the vendor but does not keep your clinic operating if your connection, devices or building are unavailable, or if the vendor experiences an outage.

How often should failover be tested?

At least quarterly for automatic internet failover, and annually for a full downtime drill. Battery backups should be checked according to the manufacturer's guidance.

Conclusion

The cost of downtime for an Arkansas healthcare provider is measured in delayed care, lost revenue, rescheduled patients and staff frustration. A second internet connection is a valuable first step, but it is not the same as continuity. Clinics that plan for all three layers, keeping the connection up, ensuring applications remain reachable and preparing staff to work without them, turn an outage from a crisis into an inconvenience.

Talk to Meem Health

Meem Health designs internet redundancy, cellular failover, UPS protection and downtime planning for healthcare providers across Little Rock and Central Arkansas. If you want to know how long your clinic could operate during an outage, call or text 501-777-5177 and we can help you find out.