QUAKE ALERT
Most recent earthquake
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1 km SE of Pearsall, Texas
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San Francisco is spending $535 million to earthquake-proof its emergency infrastructure. Here’s what that should tell every facility operator.

Two fire trucks are parked inside an open garage of a fire station, with the Golden Gate Bridge visible in the background through the open doors.

San Francisco’s own fire stations could collapse in an earthquake. What does that say about your building?

Six fire stations in San Francisco would be red-tagged or destroyed in a major earthquake. The city’s main bus maintenance yard is 110 years old and structurally unsafe, yet it supports routes carrying almost 100,000 riders per day. Police buildings need retrofitting. The auxiliary water system that firefighters depend on to fight fires after an earthquake doesn’t even reach large stretches of the western half of the city.

This is San Francisco. A city that has been thinking about earthquakes since 1906. And it still has emergency infrastructure that would fail when it matters most.

On June 2, 2026, San Francisco voters will decide on a $535 million Earthquake Safety and Emergency Response (ESER) bond to fix these gaps. It’s the fourth in a series stretching back to 2010, each one peeling back another layer of seismic risk the previous rounds hadn’t reached. That a fourth bond is even necessary says something: earthquake readiness is not a project with a finish line. It’s an ongoing reckoning with buildings that age, codes that evolve, and risks that don’t wait.

If a city with this level of institutional focus still has buildings that would fail, facility operators everywhere should be taking a hard look at their own properties.

What the $535 million covers

The bond breaks down into five buckets, and each one points to a specific failure in the city’s current infrastructure.

$200 million for the Potrero Yard bus facility. This is a Muni maintenance and operations hub that is 110 years old and seismically unsafe. A major earthquake could take it offline and cripple transit at the moment the city needs buses most for evacuation and emergency movement.

$130 million for the Emergency Firefighting Water System. San Francisco’s auxiliary water supply, built after the 1906 earthquake proved that post-quake fires can be more destructive than the shaking itself, still doesn’t cover the city’s west side neighborhoods. This bond expands the system into those areas and funds a new fireboat manifold at Fort Mason so crews can pump water directly from the Bay.

$100 million for fire stations. Six stations are vulnerable to collapse or red-tagging after a significant earthquake. These are the buildings that house the trucks, the gear, and the people who are supposed to show up first. If those stations go down, response times don’t just increase. They vanish.

$72 million for police facilities. Earthquake retrofits for buildings that need to function during and after a seismic event.

$33 million for other public safety infrastructure. Additional upgrades across the emergency response network.

The bond replaces retiring debt from previous ESER rounds, keeping property tax rates flat. SPUR endorsed the measure, and the Board of Supervisors placed it on the June ballot.

Why this matters beyond San Francisco

It’s tempting to read this as a San Francisco problem. It’s not.

San Francisco has been investing in earthquake safety for over a century. It has building codes, retrofit mandates, dedicated bond programs, and institutional memory that most cities don’t. And it still has fire stations that could collapse.

Now think about the average commercial building, hospital, school, or manufacturing plant in earthquake country. Most have never had a seismic audit. Many were built to codes that have been updated multiple times since. Some have been renovated or had heavy equipment added without any structural review to match.

The Hayward Fault, the San Andreas, and the Cascadia Subduction Zone are all capable of producing damaging earthquakes that affect millions of people and thousands of buildings. The question for facility operators is not whether something will shake. It’s what happens inside your building in the first five to sixty seconds, before any outside help arrives.

If San Francisco’s own first responders may not be able to respond because their stations are damaged, you cannot count on fast outside help. The first minutes of an earthquake are yours to manage. What your building does automatically in that window determines whether people walk out or get carried out.

What seconds of warning can do when the building itself is the problem

Seismic retrofitting takes years and serious capital. The ESER bonds prove it. San Francisco has been at this since 2010 and is still not done. Most private facility operators don’t have 16 years and hundreds of millions of dollars.

What they do have access to is time. Not much, but enough to matter.

Earthquake early warning systems like ShakeAlert can deliver seconds to tens of seconds of warning before shaking arrives. That is enough time to open fire station bay doors. Enough to stop elevators at the nearest floor. Enough to shut gas lines, move sensitive processes to a safe state, and trigger alerts that tell people to protect themselves.

We saw this work during the Boulder Creek earthquake, where ShakeAlert-connected systems delivered warnings before the shaking hit. Those seconds are not theoretical. They are operational.

For facility operators who know their buildings have seismic vulnerabilities but can’t retrofit overnight, integrating earthquake early warning is the fastest protection layer available. It doesn’t replace structural upgrades. It fills the gap while those upgrades are planned, funded, and built.

The bottom line

San Francisco’s $535 million bond is a reminder that earthquake risk is not a solved problem anywhere. If a city with more than a century of earthquake planning still has emergency buildings that would fail, the odds that your facility is fully prepared are lower than you think.

Two things a facility operator can do now: get a seismic assessment of your building, and integrate an early warning system that buys your people time before the shaking starts. You don’t need a bond measure for either one.

If you want to understand what earthquake early warning could do for your facility, start a conversation with our team.

About EWL

Early Warning Labs (EWL) has partnered with the USGS to develop a powerful technology, that gives people time to take cover and creates automated responses for businesses, transportation & machinery to prevent massive damage.