Choosing emergency notification software for a campus or health system

In summary

• Two different products share this search term. SaaS emergency notification software sends alerts to people (SMS, voice, email, app push, desktop takeover, digital signage). NFPA 72 in-building emergency communications hardware — speakers, strobes, fire panel integration — warns people inside a building. Different budget, different supplier, different code. This page is about the software.
• The Clery Act gives you two distinct obligations that people routinely merge: a timely warning for Clery-defined crimes reported to campus security authorities that represent a serious or continuing threat, and an immediate emergency notification on confirmation of a significant emergency or dangerous situation involving an immediate threat to health or safety. Different triggers, different timescales, different content.
• Five axes decide the software choice: multi-channel delivery, roster synchronisation with your SIS and HR system, opt-in versus opt-out for students, geo-targeting down to a single building, and audit logs that reconstruct the timeline afterwards. Everything else on the tender is decoration.
• The honest trade-off: the platform is the easy part. Incidents fail on the notification decision tree, on who is authorised to press send at 03:00, and on whether the drill cadence is real. No procurement fixes those.
• Sign.Plus for the documentation half: Free tier (3 requests), Personal $9.99/mo (10/mo), Professional $19.99/mo unlimited, Business $29.99/mo, Enterprise $49.99/mo (HIPAA + BAA). Audit trails and eIDAS on all tiers including free. Verified 18 August 2026.

The split the search results hide: alerting software versus in-building hardware

Editorial assessment by CASRAI, 19 August 2026. We publish only prices we have read directly off a vendor pricing page. No alerting vendor publishes one — all quote per contact, per FTE or per campus — so no vendor figures appear here.

Dimension	SaaS emergency notification	In-building ECS hardware	Where they meet
What it does	Sends a message to identified people wherever they are	Warns whoever is physically inside a building or zone	A serious incident needs both; neither substitutes for the other
Typical suppliers	Everbridge, Rave Mobile Safety, Regroup, Omnilert	Fire alarm and life-safety integrators, via your estates team	Some alerting platforms can trigger hardware zones through an integration
Governing standard	No single code; driven by Clery, EPA/HHS emergency planning and accreditation expectations	NFPA 72, emergency communications systems, including a documented risk analysis	Your emergency operations plan should reference both explicitly
Procurement route	Software purchase, annual subscription, security review and DPA	Capital project, design, installation, commissioning, inspection	Different budget lines; do not let one delay the other
Time to live	Weeks — the roster integration is the long pole, not the software	Months to years, tied to building works	Stand the software up first; it is the half you can deliver this financial year
Published price	Quoted, usually per contact or per FTE	Quoted per building after survey	Treat any second-hand figure you find online as unverified

The reason this distinction matters commercially: an estates-led hardware project and a software subscription have different approvers. Emergency managers who put both in one paper frequently get neither approved this year.

Why this search term returns two unrelated products

Search for a mass notification system and roughly half of what comes back is life-safety hardware. Voice evacuation speakers, visual notification appliances, an emergency communications head end wired into the fire alarm panel, a documented risk analysis under NFPA 72. That is a real category, and if you run buildings you may genuinely need it — but it is a capital project delivered by your estates or facilities function through a life-safety integrator, and it is not what a compliance officer means when they say they need to be able to notify the campus.

The other half is software. A cloud platform holds a list of people and how to reach them, and when someone with authority presses send it delivers the same message across several channels at once, targeted at a group, a role or a geography, and it records exactly what went to whom and when. That is the purchasable category most people arrive here needing, and it is where the whole of this page sits.

Holding the two apart matters practically. In-building hardware warns whoever happens to be standing inside a building. Software reaches identified people wherever they actually are — at home, on placement at a partner site, in a lecture theatre with their phone on silent. A shooting reported at a satellite clinic, a boil-water notice affecting a research animal facility, a chemical spill in a shared teaching lab: none of those are solved by speakers in the building the incident is not in. Equally, no SMS system evacuates a building faster than a voice alarm does. Buy them as two things, from two budgets, on two timelines, and start with the one you can deliver in weeks.

What the Clery Act actually requires you to do

Most people reading this have been handed the obligation rather than gone looking for it, so here it is plainly. Read the regulation itself — 34 CFR 668.46 — rather than any summary, including this one; what follows is the shape of it, not legal advice.

There are two separate duties, and merging them is the most common error. A timely warning applies to Clery-defined crimes reported to campus security authorities or local police that represent a serious or continuing threat to students and employees. Its purpose is to let the community protect itself and to help prevent similar crimes, so it can be issued hours after the fact and is often issued for something already over. An emergency notification applies when you confirm a significant emergency or dangerous situation involving an immediate threat to the health or safety of people on campus. It is immediate, and it is about what people must do right now.

Your procedures must be written down before you need them. The regulation expects documented procedures covering how you confirm that an emergency exists, who determines the content of the notification, which segments of the community to notify, how the system is initiated, and how you inform the wider public. All of that appears in your Annual Security Report. Four of those five items are decisions about people and authority, not about software.

You must test, and you must document the test. Emergency response and evacuation procedures are tested at least annually; each test is documented with a description, the date and time, and whether it was announced or unannounced; and emergency response procedures are publicised in conjunction with at least one test each year. This is where an otherwise well-run programme fails a review: the drill happened, everyone remembers it, and nobody can produce a dated record of what was tested and who was told.

One exception is written into the regulation. You may withhold or delay notification if issuing it would, in the professional judgement of responsible authorities, compromise efforts to assist a victim or to contain, respond to or otherwise mitigate the emergency. That judgement must itself be documented — and a decision that only ever lived in a phone call at 03:00 is not documented.

The five axes that decide the software choice

Tenders in this category run to hundreds of requirements. Five of them predict whether the system works on the day.

1. Multi-channel delivery. SMS, voice call, email, mobile app push, desktop takeover on managed machines, digital signage, social channels, and — for a health system — integration with in-building overhead paging. The reason to insist on breadth is not thoroughness; it is that channels fail unevenly. Mobile networks congest in exactly the incidents that matter. Ask specifically how the platform behaves when the SMS carrier queues: does it fall back, does it report a delivery failure honestly, and does the record distinguish “sent” from “delivered”? That distinction is what an after-action review turns on.

2. Roster synchronisation. The contact list is the system. An alerting platform fed by an eight-month-old CSV export is worse than no platform, because it produces confident delivery reports about people who left. You want automated synchronisation with your student information system and your HR system, running at least nightly, with joiners, leavers and role changes flowing through automatically. In a health system add contractors, agency staff, honorary contract holders and research staff on split appointments — the populations most likely to be missing, and often the ones on site out of hours. Ask how the vendor handles a person who exists in both systems, and how many licences that person consumes.

3. Opt-in versus opt-out for students. This is the axis institutions get wrong most often. If your alerting is opt-in and enrolment sits at a fraction of the student body, your emergency notification capability is a fraction of what your Annual Security Report implies. The defensible design is opt-out for the channels that constitute emergency notification, using contact details you already hold as a condition of enrolment or employment, with genuine opt-out for non-emergency and advisory traffic. Get that position agreed with your legal counsel, your data protection officer and your student union before procurement, not after, because it drives your consent notices and your privacy notice wording.

4. Geo-targeting to a single building. Whole-campus alerts train people to ignore alerts. The capability you need is the ability to notify one building, one floor, one clinical site or one halls block — and, separately, to notify people who are physically inside a drawn boundary right now rather than people whose home address is in it. Those are different features, they carry different privacy questions, and vendors sometimes describe both with the same phrase. Ask which one you are being sold.

5. Audit logs that reconstruct the timeline. After the incident, someone will ask when the decision was made, who made it, what the message said, which segments it went to, when each channel was despatched and what proportion was confirmed delivered. If the platform cannot export that as a timestamped record, you will be reconstructing it from screenshots. Test the export in the demonstration, not after purchase.

Everbridge, Rave, Regroup and Omnilert: what you will find

These are the four names you are about to search, so here is our read. No prices: none of them publishes a list price, all quote per contact, per FTE or per campus, and we publish only figures we have read directly off a vendor pricing page. Treat any number you find quoted second-hand as unverified.

Everbridge is the enterprise end of the category and the broadest platform of the four. It is built for organisations that want critical event management rather than just alerting — incident templates, role-based escalation, integrations into operational systems, and reporting substantial enough to satisfy a serious after-action review. For a health system running multiple sites, or a university with a large distributed estate and international programmes, it is the default shortlist entry. Where it costs you is weight: it can be more platform than a single-campus institution with one emergency manager will ever configure, and the implementation deserves a named owner with real time allocated.

Rave Mobile Safety is deeply established in the higher education and public safety market and is often the name your peer institutions already run. Its centre of gravity is campus safety specifically — the safety app, panic button and 911 data workflows that university police departments care about. If your driving requirement is student-facing safety tooling as much as mass notification, it is a genuinely strong fit and you should let it compete.

Regroup positions towards straightforward multi-channel notification without the surrounding critical event management apparatus. For an institution whose requirement really is “reach everyone across several channels, targeted, with a clean audit log”, the simpler product is not a compromise; unused capability is a cost, not a benefit.

Omnilert came from the campus alerting world and has moved substantially towards automated threat detection, including gun detection on existing camera estates. That is a different proposition with its own procurement, privacy and false-positive questions attached, and it should be evaluated separately from your notification requirement rather than bundled into it by a sales process.

Our honest concession on the objection you are about to raise: if your institution is single-campus, your requirement is student-facing safety, and your neighbouring universities all run Rave, Rave will probably be easier to implement and easier to get approved than Everbridge. Where Everbridge still wins for the buyer this page is written for — a multi-site health system, or a university with hospitals, research facilities and overseas programmes attached — is breadth of estate and the depth of the record it leaves behind. Run both in the same demonstration and use the same five axes on each.

The system is the easy part

Here is the thing nobody selling into this category will tell you. Procuring the software is the straightforward half of this project. What fails in a real incident, consistently, is the human scaffolding around it.

The notification decision tree. Someone has to decide, under pressure and on partial information, that this is an emergency notification rather than a timely warning rather than nothing at all. If that judgement lives in one person’s head, your capability is that person’s availability. Write the tree down: what triggers confirmation, what the pre-approved message templates say for each scenario, which segments each scenario notifies, and what the default is when the situation does not match a template. Pre-scripted templates are the single highest-value artefact you will produce, because writing prose at 03:00 is how notifications go out twenty minutes late or say something you regret.

Delegated authority. Confirm, in writing, who may initiate a notification when the emergency manager is unreachable, and what the succession order is. Then confirm that those people have current credentials to the platform and have used it inside the last quarter. Dormant accounts belonging to people who have never sent a live alert are the most common single point of failure in this category, and they are trivially preventable.

Drill cadence. The regulation sets a floor of annual testing. A floor is not a programme. Institutions whose alerting works run more frequent, smaller, unannounced tests — one building, one role group — because those surface the failures that matter: the roster feed that silently stopped in March, the delegate whose account expired, the template with last year’s building name in it.

All three of those produce documents that need to be attributable and dated: signed delegation of authority, acknowledgement that the decision tree has been read by the people who might have to use it, and a dated drill record naming what was tested and whether it was announced. Emailing a PDF and hoping people reply is not a record. This is precisely what a signing platform with a real audit trail is for, and it is why our recommendation on this page is a pair of tools rather than one. Sign.Plus carries audit trails and eIDAS-compliant signing on every tier including the free one, so you can put your first delegation letter through it before you spend anything; Professional is $19.99/month for unlimited requests and Enterprise is $49.99/month for HIPAA coverage with a signed BAA. Verified 18 August 2026. If you want the wider field first, our comparison of electronic signature software covers it.

Do not buy an enterprise alerting platform if this is you

Do not buy an enterprise mass notification platform if you cannot yet answer three questions: which system holds your authoritative roster, who is authorised to press send at 03:00, and what your first four message templates say. Without those, the purchase produces a licence and a login rather than a capability. We have seen institutions run a full tender, sign a multi-year agreement and then discover the roster integration cannot proceed because nobody owns the student information system export — at which point they have bought a platform they are feeding by hand.

Do not buy alerting software expecting it to satisfy an NFPA 72 in-building requirement. If your fire safety assessment calls for voice evacuation or an emergency communications system in a building, no amount of SMS closes that finding. That is a separate capital project through estates, and conflating them will cost you a year.

Do not buy the automated-detection tier alongside your first notification platform. Gun detection, weapons analytics and similar add-ons carry their own privacy review, their own false-positive tolerance question and their own governance. Get notification working and drilled first, then evaluate detection on its own merits with your data protection officer in the room.

Conversely, if you are a multi-site health system or a university with hospitals, research facilities, placements and international programmes attached, do not talk yourself into the lightest product on price. The estate is the requirement. A platform that cannot express your organisational structure as targetable segments will be worked around within a year, and the workaround will be a spreadsheet of phone numbers on someone’s desktop — which is both the failure mode you are buying to eliminate and, incidentally, a data protection incident waiting to be reported. While you are documenting all this, our notes on security awareness training for staff and on what SOC 2 assurance actually costs cover two adjacent questions your information security review will raise about any vendor on this shortlist.

Fix the documentation half this week, before the platform decision

Your delegated authority letters, decision-tree acknowledgements and dated drill records are what a Clery review asks for, and they are the half you can complete before any procurement finishes. The Sign.Plus free tier includes audit trails and eIDAS-compliant signing on three requests, with no card, so you can put a real delegation letter through it today. Professional is $19.99/month for unlimited requests; Enterprise at $49.99/month is the tier with HIPAA coverage and a signed BAA, which is what a health system needs if signed records carry patient identifiers. Verified 18 August 2026.

From $9.99/mo · unlimited requests at $19.99/mo

See Sign.Plus plans Opens on the vendor’s site · CASRAI referral link

Frequently asked questions

What is a mass notification system?

In the software sense, a mass notification system is a cloud platform that holds a roster of people and their contact routes and delivers the same urgent message across several channels at once — SMS, voice, email, app push, desktop takeover, digital signage — targeted at a group, a role or a geographic area, with a timestamped record of what was sent and to whom. The term is also used for in-building emergency communications hardware governed by NFPA 72: speakers, visual appliances and fire panel integration. They are different purchases from different suppliers. If your obligation is to notify people wherever they are, you need the software.

What is the difference between a timely warning and an emergency notification under the Clery Act?

A timely warning covers Clery-defined crimes reported to campus security authorities or local police that represent a serious or continuing threat to the community; its purpose is to help people protect themselves and to help prevent similar crimes, and it may be issued after the immediate danger has passed. An emergency notification is triggered when you confirm a significant emergency or dangerous situation involving an immediate threat to health or safety, and it goes out immediately with instructions about what people should do now. Your written procedures must cover both, and your Annual Security Report describes them. They are frequently merged in practice, which is how institutions end up issuing a slow, descriptive message when an immediate instruction was needed.

Should campus alerts be opt-in or opt-out for students?

Opt-in enrolment for emergency channels routinely leaves a large share of the student body unreachable, which quietly undermines the capability your Annual Security Report describes. The defensible design is opt-out for the channels that constitute emergency notification, using contact details you already hold as a condition of enrolment or employment, with a genuine opt-out for advisory and non-emergency traffic. Settle that with legal counsel, your data protection officer and student representatives before you go to procurement, because it determines your privacy notice wording and your enrolment communications, and retrofitting it is far harder than getting it right first.

How much does emergency notification software cost?

None of the major vendors publishes a list price. Everbridge, Rave Mobile Safety, Regroup and Omnilert all quote per contact, per FTE or per campus, with academic and health-system pricing differing from commercial, so we will not put a figure on any of them — we publish only prices we have read directly off a vendor pricing page. Budget for the roster integration work as well as the licence; it is the part institutions forget, and it is usually the longer task. What we can price is the documentation layer that sits alongside: Sign.Plus is free for three signature requests with audit trails included, $19.99/month on Professional for unlimited requests, $29.99/month on Business, and $49.99/month on Enterprise, which is the tier carrying HIPAA coverage and a signed BAA. Verified 18 August 2026.

Does an alerting platform satisfy our NFPA 72 requirement?

No. NFPA 72 addresses in-building emergency communications — voice evacuation, visual notification appliances, integration with the fire alarm system, and a documented risk analysis to determine what a building needs. A SaaS alerting platform sends messages to people; it does not discharge a life-safety finding on a building. Some alerting platforms can trigger in-building zones through an integration, which is useful, but the integration does not replace the code-compliant system itself. Run the hardware work as an estates capital project and the software as a subscription purchase, on separate timelines.

What do we have to document for a Clery review?

At minimum: your written procedures for confirming an emergency, determining the content of a notification, deciding which segments of the community to notify, initiating the system and informing the wider public; your Annual Security Report disclosure of those procedures; a record of each annual test of emergency response and evacuation procedures, including a description, the date, the time and whether it was announced or unannounced; evidence that emergency response procedures were publicised in conjunction with at least one test; and documentation of any decision to withhold or delay a notification on the grounds that it would compromise efforts to contain or respond to the emergency. Add signed delegation of authority for out-of-hours initiation. All of these need to be attributable and dated rather than sitting on a shared drive.

We already have the software. What should we fix first?

Three things, in this order. First, verify the roster feed actually ran this week — pick five people who joined and five who left in the last month and check the platform reflects them. Second, list every account with authority to send, confirm each holder is still in post with working credentials, and get the delegation of authority signed properly rather than assumed; you can do that today, since a compliant signing tool with audit trails costs nothing to trial on the Sign.Plus free tier and $19.99/month on Professional for unlimited requests. Third, run an unannounced single-building test and time it end to end, from the moment of confirmation to the last delivery report. That test will tell you more about your capability than the whole tender did.

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