Employee Safety Confirmation System Costs for SMBs (2026)

A safety confirmation system automatically sends a safety-check message to employees' smartphones or email when a disaster such as an earthquake or typhoon occurs, then automatically tallies and visualizes the responses. As a general 2026 market range rather than a specific quote, cloud SaaS pricing runs about 100-500 yen per employee per month plus 0 to a few tens of thousands of yen upfront, an on-premise package typically costs 300,000-2,000,000 yen upfront, a simple setup built on LINE or Google Forms costs a few tens of thousands to 500,000 yen, and a fully custom build with automatic seismic-intensity dispatch and system integrations runs 3,000,000 yen or more. Companies that still call or email employees one by one after every earthquake tend to face heavy after-hours and holiday response burdens, slow identification of unreachable employees, and reports to leadership that take hours to compile. This article breaks down safety confirmation system costs and how to choose an approach that fits your company's size and risk, in plain terms for non-IT staff. For the broader BCP picture, see IT BCP basics and the SMB IT risk management guide.

A safety confirmation system is more than a tool that just asks employees to reply "I'm safe." It combines several functions: automatic dispatch triggered by Japan Meteorological Agency seismic intensity data, which sends messages to employees in the affected area once a set intensity threshold is reached; response aggregation, which automatically tallies and visualizes replies on safety status, ability to commute, and damage reports on a dashboard; family safety confirmation, letting employees register and check on family members alongside themselves; a BCP message board for broadcasting response policy, evacuation sites, and business-continuity instructions company-wide; and multi-channel delivery that combines email, a dedicated app, LINE, and SMS to make sure messages actually get through. You don't need every function from day one — automatic dispatch plus response aggregation alone already cuts the burden on whoever used to make those calls.

For a company of a few dozen employees where seismic-intensity-linked automatic dispatch and response aggregation cover the need, cloud SaaS is usually enough. The case for customization or a custom build grows stronger as you add family safety confirmation, coordination across multiple sites or group companies, or a proprietary aggregation format. See the SMB IT risk management guide for more on how these approaches differ in general.

- Employee count and number of sites: more people to cover, and dispatch across multiple sites or group companies, both add license count and design work
- Number of delivery channels: email only versus a multi-channel mix of a dedicated app, LINE, and SMS changes both development and operating cost
- Whether dispatch is seismic-intensity-linked: automatic dispatch tied to JMA seismic intensity data versus a manually triggered send changes both operational load and the integration work required
- Whether family safety confirmation is needed: covering family members as well as employees adds to the data volume registered and the personal-data handling design
- BCP message board and multilingual support: whether you need company-wide emergency broadcasts and multilingual delivery for foreign employees changes the scope of added functionality
- Integration with existing systems: linking to attendance management or an HR database to auto-update the target list adds work proportional to the number of integrations

Many companies run on a combination of free tools — a LINE group broadcast plus a Google Forms response collector — before adopting a dedicated system. For a company of a few dozen employees, where whoever is responsible can reliably act when a disaster hits, this can work for a while. But free-tool combinations have structural limits. They can't dispatch automatically based on JMA seismic intensity data, so if the person responsible for sending is themselves affected by the disaster, dispatch may be delayed or never happen at all. They also can't automatically resend to non-responders, leaving follow-up to manual effort. Response data ends up scattered across a LINE chat history and a spreadsheet, requiring manual re-aggregation for reports to leadership. There's also a privacy consideration: handling sensitive data like family safety status in general-purpose tools carries risk. As headcount grows, sites multiply, or leadership needs immediate reporting, it's worth considering a move to a dedicated system.

- How many employees, sites, and group companies need to be covered?
- Is automatic dispatch linked to JMA seismic intensity data needed, or is a manual trigger enough?
- Does family safety confirmation need to be covered as well?
- Which delivery channels — email, a dedicated app, LINE, SMS — need to be combined, matching what employees actually use day to day?
- Does the system automatically resend to and follow up with non-responders?
- Is a BCP message board or other emergency broadcast function beyond safety confirmation needed?
- Can the target list be auto-updated by integrating with attendance management or an HR database?
- Is multilingual delivery needed for foreign employees?
- Are there limits or extra fees on how often you can run test dispatches?

A few patterns keep showing up in failed rollouts. First, the employee contact list is never updated after go-live, so joiners and leavers aren't reflected for years — and when an actual disaster hits, messages go to former employees while new hires get nothing. Second, companies stop at rollout and never run a test dispatch for years, so when an actual disaster strikes, a configuration mistake means dispatch never goes out, or employees have simply turned off app notifications and never notice. Third, even though the system supports automatic seismic-intensity-linked dispatch, it's left set to manual trigger, so a late-night or holiday earthquake finds no one available to send it and the initial response is delayed. Fourth, companies adopt a safety confirmation system on its own without thinking through IT BCP basics as a whole, so safety status gets confirmed but there's no backup plan for keeping operations running or an emergency contact network in place, leaving the initial response half-finished.

- Run test dispatches at least twice a year: at minimum twice a year, ideally once a quarter, send a test message following the real dispatch flow and check the response rate and any delivery issues
- Update contact data at onboarding and offboarding: build safety confirmation contact updates into the HR onboarding/offboarding process rather than leaving it to manual, ad-hoc updates
- Follow up individually with low-response departments: visualize test dispatch response rates by department and check notification settings or app adoption for departments with notably low rates
- Keep it positioned within the broader BCP plan: safety confirmation is only the entry point of BCP planning, so run it alongside data backup and business-continuity plans as covered in the SMB IT risk management guide
- Announce through multiple channels: when rolling out the system, announce it through both email and whatever tool your team uses day to day, as discussed in comparing business chat tools, to avoid anyone missing the announcement

Safety confirmation system costs run about 100-500 yen per employee per month for cloud SaaS, 300,000-2,000,000 yen upfront for a package, a few tens of thousands to 500,000 yen for a simple LINE-based setup, and 3,000,000 yen or more for a fully custom build. What matters most isn't choosing the cheapest option, but first listing out which features — seismic-intensity-linked automatic dispatch, family safety confirmation, multilingual support — your company's size and risk profile genuinely require. Don't treat rollout as the finish line: build at least two test dispatches a year and ongoing contact data maintenance into your operating rules so the system actually works when a real disaster hits.