But in 2026, are there pager replacements in the market? And how are the pager replacements more beneficial to patient health, safety, secure messaging, and hospital staff communication? Let’s explore these pertinent questions in this blog.
There are still several reasons why hospitals have not changed their primary communication tool. Pagers are deeply embedded and serve as the backbone of many hospitals due to their:
Unlike phones, pagers operate on a different radio frequency, which allows them to penetrate walls, including thick concrete and steel, where traditional cell phones may fall short. This is especially useful in hospital areas that are sectioned off, such as underground spaces or heavily shielded quarantine zones where cell signals fail, making them a dependable solution before cellular technology advanced to where it is today.
Beyond signal reliability, pagers are also known for their durable battery life, often lasting several days to even several weeks on a single charge or AA/AAA battery. This longevity supports the long shifts hospital staff regularly work and reinforces the reliability that originally made pagers so effective before cellular networks reached their current strength. Most paging devices also include a battery status indicator, allowing staff to recharge them before they run out of power. As a result, pagers remove one more concern for healthcare workers, enabling them to stay focused even during the busiest schedules.
Last but not least, doctors and nursing staff are all accustomed to using paging devices. In smaller clinics, it may be easier and more feasible to train staff and transition to a pager replacement application. However, in hospitals with thousands of employees, it can be perceived as more challenging to train staff and adapt departments to a new system without compromising workflow efficiency or patient care. As a result, many organizations continue relying on pagers, not necessarily because they are the most effective option, but because they are familiar and deeply ingrained in hospital operations.
First emerging for specialized use in the 1950s, pagers have stayed the same. However, there are many features that have improved in the clinical communication and critical alerting space since.
Modern communication applications are now able to match and exceed the reliability and functionality that pagers once provided. Below are a few major concerns regarding the use of pagers that hospitals should consider.
Hospital communication tools in the United States are all required to be HIPAA compliant. This applies to all electronic technology devices used for clinical communication to protect patient health information (PHI).
The key to a compliant communication tool includes:
Pagers do not have any sort of encryption that makes them HIPAA compliant. Many pager users on platforms like Reddit also share concerns around privacy and the lack of secure communication when using these devices in clinical settings.
Reassurance of delivered notification is important in clinical communication. During the event of an emergency, read receipts assign responsibility and assurance for the message senders, something traditional pagers lack. Without read receipts, senders do not know if the medical staff on call has reached the intended message.
Two-way communication is not supported on a pager device, leaving uncertainties in the case of an emergency. The lack of confirmation from the recipient party increases coordination stress during time-sensitive events.
Pagers allow only limited information to be sent, which can negatively impact patient care. They do not support photos or voice messages, preventing the full context of a patient’s condition from being communicated.
Their aging infrastructure also limits functionality to only high-priority alerts and range issues. Having only high alert notifications for non-emergency communication can further increase on-call hospital staff burnout and impact physicians’ mental health.
Moreover, most standard paging devices have a range of around 50–100 meters indoors, with restrictions on transmission range, which can delay communication with larger hospital complexes.
With alphanumeric paging systems, doctors send short text messages through a web-based portal or telephone system that appear on a nurse’s pager. These messages typically include patient identification, the reason for the page, and a callback number.
However, there is no confirmation that the message has been received. As a result, doctors cannot easily escalate or reroute alerts if the intended recipient does not respond, potentially delaying care.
Secure messaging applications, such as OnPage, offer end-to-end encryption in the clinical communication space. These platforms add an extra layer of security to two-way clinical communications for hospital care teams.
With HIPAA-compliant capabilities, care teams can securely message colleagues and share protected health information (PHI) across departments.
The application is secure not only during use but also when data is at rest. Additionally, it includes incident management features such as read and delivery receipts, as well as critical alerting. Below, we will share some standout features of pager replacements that hospitals can consider for 2026.
Using an alert-until-read format, modern platforms deliver persistent notifications and alerts that bypass silent mode, ensuring urgent messages are not missed.
Platform administrators can easily send messages to multiple recipients at once, though setting up pre-established on-call groups, something a pager cannot accomplish.
These applications can also replicate the loud, attention-grabbing alerts of traditional pagers. In addition to the loud pages and high alerts, administrators can also send out low alerts. Low-priority paging allows staff to send pages that act like messages with the ability to reply back and forth to each other. Unlike day-to-day messaging, messages, such as those on the OnPage application, can be tracked, showing sent, received, and read receipts.
In addition to paging and critical alerting, the same application can also be used for day-to-day secure messaging that doesn’t require urgency. This eliminates the need to rely on multiple tools for both alerting and routine communication. Messages can be delivered in a non-disruptive way, allowing clinicians to respond when they have a moment without interrupting their workflow.
Call schedules can be created, modified, and managed within a single automated platform, eliminating the need for separate scheduling tools. For individuals or groups scheduled for a certain time on call, the application will directly send them a notification when assistance is needed. No additional administrative steps required.
Through groups and call escalations, teams can also share on-call responsibilities, allowing for better planning and coverage with multiple staff members available when needed. On-call physicians will receive alerts directly on their smartphones or smartwatches in the event of an emergency.
During an emergency, messages cannot wait. If an on-call staff member is unavailable or misses their call during their shift, the critical alerts are automatically routed to the next person in line. This creates a clear chain of responsibility for on-call staff and increases the likelihood that notifications reach the appropriate responder in time-critical situations.
Administration staff can set up the call rotation function during a standard on-call schedule creation. They can also change the call escalation order and assign which nurses will receive the call first.
Mobile-based paging (pager replacements) allows for significantly more detailed patient information to be shared compared to traditional pagers. In addition to full-text messages, these platforms support two-way communication, enabling recipients to ask follow-up questions or confirm alerts if clarification is needed.
They also support photo attachments and voice messages; visual and audio content can help physicians better understand the context of an alert, improving response accuracy and efficiency.
Modern communication systems on mobile devices eliminate the need for separate physical pagers. Clinicians can rely on carrying a single device instead of balancing multiple items in their pockets during their busy schedules. Applications like OnPage operate directly on mobile devices and can override silent mode to ensure critical alerts are delivered promptly.
These secure messaging applications are also interoperable with other healthcare systems, allowing them to serve as a central communication tool for critical patient-related notifications. Instead of monitoring multiple systems like EHRs, clinicians can receive urgent updates directly within a single platform, saving valuable time.
Communication from these systems can be routed into the application, and responses can be synced back, helping maintain a single source of truth while reducing the need to switch between systems.
Despite significant improvements over traditional pagers, why are hospital staff still resistant to switching to mobile-based platforms?
One reason may be familiarity; many clinicians are simply accustomed to using paging devices.
If your hospital is considering transitioning from traditional pagers to a modern critical alerting solution but isn’t sure where to start, we’ve compiled a few strategies to help gradually phase out pagers using OnPage’s solution:
Unified Solution
An all-in-one alerting and scheduling tool designed for medical staff, streamlining communication and on-call management in a single platform.
Flexible Transition from Pagers
OnPage supports mobile app-to-pager communication through integrations. Staff who prefer to continue using pagers can do so, while administrative teams can begin adopting OnPage to schedule on-call staff more seamlessly.
Legacy System Compatibility (TAP Support)
OnPage supports TAP (Telocator Alphanumeric Protocol), enabling seamless integration with existing paging systems and infrastructure. This allows organizations to maintain their current workflows while transitioning to OnPage’s secure and reliable platform.
With TAP support, systems can send messages directly to OnPage using standard paging protocols, ensuring compatibility, zero disruption, and a smooth transition to enhanced communication.
TAP:
Most teams don’t go looking for “call routing software." They’re trying to solve something more…
We've all seen scenes in Grey's Anatomy where a Code Silver or a Code Purple…
When a critical incident or emergency strikes, businesses rely on well-defined incident response procedures to…
Meet the New OnPage Enterprise Console! Modern operations don’t break down only because alerts are…
Secure messaging apps for healthcare workers are platforms designed to enable HIPAA-compliant communication, real-time collaboration…
Disclosure: This comparison is written by our product marketing team that works closely with IT…