# Why Hardwired Buttons Outperform Wearable Devices in School Safety

By Mike Matranga · Published 2024-07-15 · Updated 2026-06-08 · Education Technology on MarketScale
Canonical: https://www.marketscale.com/industries/education-technology/why-hardwired-buttons-outperform-wearable-devices-in-school-safety
Creator hub: ASAP Security

> Physical panic buttons prove more reliable than wearable technology when schools need to respond instantly to threats

## Key points

- Hardwired buttons provide reliability and simplicity.
- Wearable devices face issues with maintenance and accessibility.
- Effective communication systems are critical in school safety.

Block Field

In a recent episode of “[Secured](https://www.serviceasap.com/podcast)” with hosts [Mike Matranga](https://www.linkedin.com/in/mike-matranga-23b59427/) and [Mike Monsive](https://www.linkedin.com/in/monsive/), the conversation revolved around the evolution of safety systems in schools and wearable devices. The discussion highlighted the simplicity of understanding effective systems, using Buc-ee’s gas stations’ success, known for their clean restrooms, as an analogy for consistency and excellence.

**Matranga** and **Monsive** emphasized the importance of communication in safety systems. They advocated for transitioning from outdated analog intercoms to modern IP-based systems while retaining essential hardwired buttons. These updated systems provide multiple advanced functions: pressing a button can trigger various actions such as sending an email, making an outbound call, contacting 911, or alerting administrators and law enforcement.

> These updated systems provide multiple advanced functions: pressing a button can trigger various actions such as sending an email, making an outbound call, contacting 911, or alerting administrators and law enforcement.

The simplicity of hardwired systems, which are consistently located throughout a building, ensures everyone, including substitute teachers, can easily locate and use them. This contrasts with wearable devices, which often face numerous challenges. Companies promoting silent panic alarms require extensive cabling and gateways, complicating implementation and maintenance. These gateways cover limited areas, necessitating more hardware and resources.

Moreover, wearable devices come with their own set of issues. They are battery-operated, requiring regular monitoring and replacement, and are prone to being damaged, lost, or forgotten. Initially, teachers may be diligent in using these devices, but over time, their usage often declines.

> The reliance on such unreliable devices could jeopardize lives.

**Matranga** and **Monsive** stressed that the reliance on such unreliable devices could jeopardize lives, advocating for simpler, more reliable solutions. Their discussion underscores the need for effective, easy-to-use safety systems in schools, ensuring that all staff members can efficiently respond in emergencies.

#### [Follow Along for More From Secured!](https://marketscale.com/shows/asap-security/)

Tags: IP-based safety systems, School emergency response, School safety systems, Silent panic alarms, Wearable panic devices issues

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