What to Test in Your Recovery Plan for Wisconsin Storms

What to Test in Your Recovery Plan Before Storm Season Hits Wisconsin

Storm season in Wisconsin can bring a messy mix of threats: heavy rain, straight-line winds, hail, tornadoes, flash flooding, long utility outages, and roads blocked by debris or standing water. For businesses, municipalities, healthcare providers, manufacturers, retailers, farms, and nonprofits, the problem is rarely just the storm itself. The larger risk comes from discovering too late that a recovery plan looks complete on paper but breaks down under real pressure.

A recovery plan is supposed to answer a simple question: after a disruptive event, how will you keep people safe, protect critical assets, restore operations, and communicate clearly? The answer depends on testing. A binder on a shelf won't tell you if your phone tree is outdated, if your backup generator can actually carry the loads you've assigned to it, or if your cloud backups are recoverable within the timeframe your operations require.

Before severe weather starts stacking up in the forecast, organizations across Wisconsin should pressure-test the parts of recovery that tend to fail first. That means checking technology, facilities, communication methods, vendors, staffing assumptions, insurance documentation, and the decisions leaders will need to make in the first few hours after impact. The most useful tests don't need to be theatrical. They need to be realistic enough to reveal weak spots while there's still time to fix them.

Start with the hazards Wisconsin actually brings

Recovery planning gets sharper when it's built around local conditions instead of generic disaster language. Wisconsin organizations often face overlapping risks rather than one clean event. A thunderstorm can knock out power, disable internet service, flood a basement server room, and prevent part of the workforce from traveling at the same time. Along Lake Michigan and in low-lying river areas, flooding concerns may be more prominent. In rural counties, extended outages and fuel access can be bigger issues than building damage. Urban operations may be more exposed to traffic disruption, sewer backup, and multi-tenant building constraints.

Test your recovery plan against a few specific scenarios rather than a broad "storm event." For example, imagine a Friday afternoon tornado warning followed by a six-hour power outage. Then test a second scenario where no one can access your primary location until the next morning. A manufacturer in Green Bay may need to ask how a halted production line affects raw materials and in-process inventory. A medical clinic in Madison may focus on patient scheduling systems, temperature-sensitive supplies, and after-hours call routing. A school or municipal office in western Wisconsin may care most about public communications and continuity of payroll, records, and constituent services.

When scenarios reflect local weather patterns and your actual dependencies, test results become much more useful.

Test your communication tree under time pressure

Communication failures are among the most common recovery gaps. Plans often list names and numbers, but those lists may include former employees, personal numbers that no one has permission to use, or managers who become single points of failure.

Run a timed notification drill. Pick a realistic trigger, such as a building closure due to storm damage, and see how quickly you can reach employees, leadership, critical vendors, and key customers. Don't just confirm that a message can be sent. Confirm that it is received, understood, and acted on.

• Can you notify all staff within 15 to 30 minutes?
• Do you have backup methods if text messaging platforms fail or cellular service is spotty?
• Are bilingual communications needed for your workforce or customer base?
• Do supervisors know what they are allowed to say publicly?
• Can your website, phone greeting, and social channels be updated by more than one person?

A real-world example: many regional businesses rely on one office manager to send closure notices. That works until the office manager is on vacation or loses power at home. Testing often reveals the need for at least two trained backups, remote access to communication tools, and prewritten templates for closures, delays, relocation, and safety instructions.

Verify data backup restoration, not just backup completion

Many organizations feel reassured when they see a nightly backup status report marked successful. That report doesn't prove your systems can be restored fast enough to support recovery. Storm damage can expose this gap quickly, especially if local hardware is destroyed or internet bandwidth is limited during regional outages.

Testing should answer three questions. First, what data is actually backed up? Second, how long does restoration take? Third, can your team operate while recovery is in progress?

A practical exercise is to restore a representative set of systems, not merely a single file. That may include email, accounting data, shared drives, line-of-business applications, and configuration settings for critical devices. If you use cloud services, test account access under disrupted conditions. Multi-factor authentication can become a barrier if staff phones are unavailable or a primary administrator can't be reached.

One Wisconsin nonprofit learned during a tabletop exercise that its donor database was backed up nightly, but the custom reporting templates used for grants were stored only on a local workstation. Another business found that restoring a core application from offsite media would take more than a day, far beyond its acceptable downtime. Those are fixable discoveries, but only before the storm.

Check generator capacity and fuel assumptions

Backup power planning often fails because of hidden load creep. Over time, more equipment gets plugged into emergency circuits, yet generator capacity isn't re-evaluated. During a storm, that mismatch can force hard choices between refrigeration, production equipment, HVAC, security systems, and IT infrastructure.

Don't limit testing to starting the generator. Put it under expected load and confirm that the right systems are connected. Review transfer switch operation, startup time, maintenance records, and the fuel plan. A generator that can run for 24 hours is less useful if roads are blocked and your supplier can't deliver diesel on schedule.

1. Identify which loads are truly mission critical.
2. Test startup after a simulated utility loss.
3. Measure actual runtime under realistic conditions.
4. Confirm fuel vendor contacts, contracts, and alternate suppliers.
5. Make sure staff know safe operating procedures and shutdown steps.

This matters for more than hospitals and large industrial sites. A small grocery store may depend on refrigeration and point-of-sale systems. A senior living facility may need medication storage, lighting, elevators, and call systems. A machine shop may need compressed air and select CNC equipment to fulfill urgent orders after an outage.

Inspect physical site vulnerabilities that affect recovery

Recovery doesn't begin after the storm if the site wasn't prepared before it. Physical weaknesses can turn a manageable incident into a prolonged shutdown. Walk your property with operations, maintenance, safety, and IT staff together. Different teams notice different risks.

Pay attention to roof drains, sump pumps, window seals, exterior doors, tree limbs, grading around the building, and basement or ground-level storage. If critical paper files, spare parts, archived records, or networking gear are stored below grade, challenge that choice. Test flood barriers and water sensors if you have them. Review where server racks, telecom closets, and electrical panels sit in relation to likely water intrusion points.

A common Wisconsin issue is assuming that spring and summer storms pose only a wind threat. In many facilities, the first serious problem is water. Backed-up floor drains, roof leaks over electrical rooms, or seepage into storage areas can interrupt operations long before structural damage becomes severe. If your plan says you'll recover from another part of the building, verify that area won't be affected by the same hazard.

Make sure alternate work arrangements can actually work

Many recovery plans assume employees can shift to remote work or another location. That assumption deserves testing. Internet access may be uneven during widespread weather events. Staff may be dealing with home damage, school closures, or transportation issues. Shared workspaces might be unavailable on short notice.

Instead of treating alternate work as a generic capability, test it by department. Ask customer service to work remotely for a day using only approved tools. Have finance process a sample payment run away from the office. Ask your dispatch or scheduling team to operate from a secondary location for part of a shift. These exercises reveal practical problems such as missing VPN licenses, poor call forwarding, printers tied to the main site, or documents that still require physical signatures.

One professional services firm in Milwaukee discovered that remote access worked fine for managers but not for support staff because license limits had never been expanded after hiring growth. A municipal department found that key forms were stored on a shared drive available remotely, but the software needed to edit them was installed only on office desktops.

Test vendor dependencies and service restoration priorities

Your recovery timeline is shaped by outside partners more than many plans admit. Power utilities, internet providers, cloud software vendors, fuel distributors, cleanup contractors, equipment repair firms, banks, payroll processors, and temporary staffing agencies all influence how quickly you can return to normal operations.

Review vendor contracts and contact methods before storm season. Then test the assumptions behind them. If your internet circuit goes down, do you know the expected restoration process and escalation path? If your facility takes water damage, is your preferred remediation firm likely to have capacity during a region-wide event? If a refrigeration unit fails after a power issue, how many service providers are qualified to work on it?

Many organizations benefit from ranking vendors by criticality and identifying at least one backup source for the top tier. A food processor, for instance, may need alternates for refrigerated transport, sanitation support, and specialized equipment repair. A bank branch may need backup arrangements for cash logistics, secure document destruction, and branch communications if a primary location is inaccessible.

Run a leadership decision exercise, not just an evacuation drill

Evacuation procedures matter, but recovery often stalls because leaders haven't practiced the judgment calls that happen after everyone is safe. Those decisions include when to close, when to reopen, which services to restore first, how to document damage, and how to balance employee safety with customer expectations.

A tabletop exercise works well here. Gather decision-makers and present a scenario in stages. At 2:00 p.m., the National Weather Service issues a severe thunderstorm warning. At 3:15 p.m., power fails. By 4:00 p.m., a section of roof is leaking over records storage. At 6:00 p.m., social media posts claim your site is closed indefinitely, but leadership hasn't approved a public statement yet.

Good exercises force tradeoffs. Do you ask overnight staff to report if roads are flooded in some areas? If your building is secure but internet is down, can payroll still run from another location? Who decides whether to discard inventory exposed to water or temperature fluctuation? Which executive can authorize emergency spending if the usual signer is unreachable?

Organizations often uncover gaps in authority, documentation, and succession during these sessions. If one person has all approval power, your plan is more fragile than it appears.

Review insurance documentation and damage evidence procedures

Insurance can support recovery, but only if records are accessible and losses are documented properly. Test your ability to retrieve policy details, broker contacts, asset inventories, photographs, and prior claim information without entering the damaged site.

Then go deeper. Who is responsible for taking photos and videos? Who tracks emergency expenses such as generators, tarping, debris removal, hotel stays for relocated staff, or rush shipping for replacement equipment? Which costs need separate accounting codes? If your organization owns multiple buildings or vehicles, can you quickly match damage to serial numbers, locations, and policy schedules?

A construction company might need immediate documentation for damaged tools and vehicles spread across several job sites. A retailer may need itemized inventory evidence before disposing of wet merchandise. A school district could need clear records of cleanup, temporary classroom arrangements, and contractor invoices. Testing these workflows before a claim gives teams a better chance of recovering eligible costs.

Don't ignore payroll, cash flow, and manual workarounds

Storm recovery isn't only operational. It's financial. If systems are down for several days, can you still pay employees, process receivables, approve purchases, and access funds? This is where many otherwise solid plans thin out.

Map the minimum financial processes needed to keep the organization stable for one week. Then identify manual backups. If your accounting platform is unavailable, can you still issue payroll using prior period data and later reconcile adjustments? If point-of-sale systems fail, can staff record transactions manually in a controlled way? If ACH processing is delayed, how will vendors be informed?

Some businesses in storm-prone areas keep printed emergency checklists and limited paper forms for this reason. A clinic may need paper intake and charge capture workflows. A manufacturer may need manual receiving logs. A property management firm may need offline tenant contact lists and maintenance dispatch forms when phones or software are disrupted.

Where to Go from Here

Testing a recovery plan for Wisconsin storms is really about proving that your organization can keep making sound decisions when conditions are messy, fast-moving, and stressful. The most effective plans do more than look complete on paper—they show that your people, systems, vendors, and backups can actually support continuity when severe weather hits. If you want help reviewing your current approach or identifying gaps before the next storm season, Axcel Technology can be a valuable resource at axceltechnology.com. A little preparation now can make your response calmer, faster, and more resilient when the next disruption arrives.