Property managers live in a world of constant small emergencies: a burst pipe at midnight, a lockout on a holiday, a furnace that dies during the first cold snap. Most managers handle those calmly because they've planned for them.

Technology emergencies deserve the same planning. When your property management software, payment portal, or email goes down, tenants can't pay rent, maintenance requests pile up, and owners start asking questions.

Here's what a property management disaster recovery plan should include.

Start With the Systems That Keep Properties Running

List every system your company depends on. For most property managers, that includes:

• Property management software for leases, rent rolls, and accounting.
• Tenant payment portals and bank connections.
• Maintenance request systems and vendor dispatch.
• Email and phones, including after-hours lines.
• Shared files such as lease documents, inspection photos, and owner reports.
• Access control systems for keyless entry or gate codes, if you manage them.

Know What Your Software Vendor Covers

Most property management platforms are cloud-based. That's helpful, but it doesn't mean recovery is entirely someone else's job. Ask your vendor:

• How often is our data backed up?
• How quickly can you restore it if something is deleted or corrupted?
• Can we export our data regularly as an extra safeguard?
• What is your typical uptime, and where do you post outage updates?

Then fill the gaps. Files stored on office computers, shared drives, or personal laptops usually need their own backups.

Protect Tenant and Owner Data

Property managers hold sensitive information: Social Security numbers from rental applications, bank account details, income verification, and background check results. A disaster recovery plan should make sure that information is:

• Backed up securely, with encryption.
• Stored in at least one location that ransomware can't reach.
• Restorable only by authorized people.

Ransomware is one of the most likely "disasters" a small business will face. Our guide on what every small business must do to prevent ransomware covers the prevention side.

Plan for Rent Day

The worst possible time for a payment system outage is the first few days of the month. Your plan should answer:

• How will tenants be notified if the portal is down?
• Will late fees be waived for outage-related delays?
• Can tenants pay another way, and how will those payments be recorded?
• Who reconciles payments once systems return?

Deciding these things in advance keeps staff from making inconsistent promises under pressure.

Keep Maintenance Moving

Emergency maintenance doesn't stop because software does. Keep an offline list of:

• Every property address and key contact.
• Preferred vendors for plumbing, electrical, HVAC, and locksmith services.
• After-hours phone procedures.
• Access instructions for properties where it's appropriate to store them securely.

Update this list monthly and store it where on-call staff can reach it, such as a secured mobile device.

Communication Plan

Decide in advance how you'll reach:

• Staff, if email is unavailable.
• Tenants, through text alerts, posted notices, or a backup email account.
• Owners, who will want to know whether their properties and funds are safe.

Set Recovery Targets

Use two simple measures:

• Recovery time objective: how quickly each system must be working again. A payment portal might need hours. An archive of old leases might wait days.
• Recovery point objective: how much recent data you could afford to lose and re-enter.

A Property Management Disaster Recovery Checklist

• Inventory of critical systems and vendors.
• Confirmed vendor backup and recovery commitments.
• Separate backups for local and shared files.
• Ransomware-resistant backup copy.
• Rent-day outage procedures.
• Offline maintenance contact list.
• Tenant, staff, and owner communication plans.
• Annual test and review.

Be Ready Before the Next Emergency

Property managers already know that preparation turns emergencies into routine work. The same is true for technology. Maise Technology helps real estate and property management companies build practical plans through our disaster recovery services and business continuity services.

Ready to make sure your portfolio can weather a technology outage? Schedule A 15 Minute Discovery Call.

Ask the owner of a small accounting, engineering, or consulting firm whether they're prepared for a disaster, and the answer is often, "We have backups."

That's a good start. But backups and business continuity aren't the same thing. Knowing the difference can determine whether a firm is back to work in a few hours or struggling for weeks.

The Short Version

• Backup is a copy of your data.
• Disaster recovery is the process of restoring your systems and data from those copies.
• Business continuity is your plan for keeping the firm operating and serving clients while recovery happens.

Think of it like a spare tire. The backup is the spare. Disaster recovery is changing the tire. Business continuity is figuring out how you'll still make your client meeting on time.

Side-by-Side Comparison

Why Backups Alone Fall Short

Restoring takes longer than expected

A backup might contain everything you need, but restoring several hundred gigabytes of files and a practice management database can take a day or more. During that time, staff can't work normally.

Backups don't tell people what to do

When systems go down, someone has to decide whether to send staff home, how to contact clients, and which deadlines need extensions. A backup can't make those decisions.

Backups can be compromised

Ransomware often targets backups first. If your only backup is connected to the same network with the same passwords, it may be encrypted along with everything else.

Some things aren't backed up at all

Firms are often surprised to learn that certain cloud applications, email archives, or software configurations aren't included in their backup.

What Business Continuity Adds

A business continuity plan for a small professional firm usually covers:

• Critical functions: client deliverables, deadlines, billing, and communication.
• Recovery targets: a recovery time objective (how fast each system must return) and a recovery point objective (how much data you can afford to lose).
• Alternate work arrangements: remote work, a backup location, or loaner laptops.
• Communication: how to reach staff and clients if email is down.
• Decision authority: who declares an emergency and who speaks to clients.
• Vendor contacts: software providers, internet carriers, and your IT partner.

A Realistic Scenario

An eight-person accounting firm loses its server to a hardware failure on March 30, two weeks before a major tax deadline.

Firm A has backups only. The backups are intact, but nobody has tested a full restore. A replacement server takes three days to arrive, and restoring data takes another day. Staff spend most of a week unable to work.

Firm B has backups and a continuity plan. Its plan includes cloud-based recovery that runs critical systems temporarily in a hosted environment. Staff are working remotely by the afternoon. The partners notify a few clients about short delays, and the firm meets its deadlines.

Both firms had backups. Only one had a plan. Downtime affects more than productivity, as we explain in the real cost of IT downtime.

Questions to Ask Your IT Provider

• What exactly is included in our backups, and what isn't?
• How long would a full restore take?
• Is at least one backup protected from ransomware?
• When did we last test a restore?
• Can critical systems run temporarily in the cloud if our office equipment fails?

Build Both

Backups are essential, but they're the foundation, not the whole house. Maise Technology helps firms build complete plans through our business continuity services and disaster recovery services.

Not sure whether your firm has backups only or a real continuity plan? Schedule A 15 Minute Discovery Call and we'll help you find out.

Yes. Every nonprofit that depends on technology to serve people, raise money, or meet reporting requirements needs a disaster recovery plan. It doesn't have to be long or expensive. For most small and mid-sized nonprofits, a few pages that answer "what do we restore, how, and who does it?" will cover the essentials.

Below is a plain-language explanation of what a nonprofit disaster recovery plan includes and a starter checklist you can use this week.

Why Nonprofits Can't Skip This

Nonprofits often assume disaster recovery is for big corporations. In reality, nonprofits may have less room to absorb a disruption. Consider what would happen if you lost:

• Your donor database the week before a year-end giving campaign.
• Program attendance records needed for a grant report.
• Client case notes used to coordinate services.
• Access to email and files after a ransomware attack.

Disasters don't have to be dramatic. A failed hard drive, a deleted folder, or a compromised email account can do serious harm when there's no plan to recover.

Disaster Recovery vs. Business Continuity

These terms are often used together:

• Disaster recovery focuses on restoring technology and data.
• Business continuity focuses on keeping your mission and services going while technology is being restored.

A food pantry might keep serving families with paper sign-in sheets (continuity) while its database is restored from backup (recovery). Both matter.

Two Key Terms, Explained Simply

Recovery time objective (RTO): How long can a system be down before it seriously hurts your work? Your donation platform might need to be back within a day. Your archive of old newsletters could wait a week.

Recovery point objective (RPO): How much recent data could you afford to lose? If you back up nightly, you might lose up to a day's work. If that's too much for your case management system, it needs more frequent backups.

What a Nonprofit Disaster Recovery Plan Includes

1. A list of critical systems such as email, donor database, accounting, case management, and shared files.
2. Recovery priorities showing what gets restored first.
3. Backup details describing what's backed up, how often, and where.
4. Contact information for staff, board leaders, IT support, and key vendors.
5. Roles explaining who makes decisions and who does the work.
6. Manual workarounds for continuing programs without systems.
7. A testing schedule to confirm the plan works.

Starter Checklist

Use this list to get from "no plan" to "basic plan" quickly:

• ☐ List every system your organization depends on.
• ☐ Rank each one as critical, important, or can wait.
• ☐ Confirm each critical system is backed up.
• ☐ Confirm cloud services (like Microsoft 365 or Google Workspace) have a backup plan beyond the provider's own recycle bin.
• ☐ Store at least one backup copy where ransomware can't reach it.
• ☐ Restore one file or record to prove backups work.
• ☐ Write down who to call and who decides.
• ☐ Keep a printed copy of the plan and key contacts offsite.
• ☐ Share the plan with your executive director and board chair.
• ☐ Schedule a review once a year.

Frequently Asked Questions

Our files are in the cloud. Isn't that enough?

Not always. Cloud providers keep their systems running, but they may not protect you from accidental deletion, a compromised account, or ransomware that syncs encrypted files. A separate backup adds an important safety net.

How much does disaster recovery cost?

It depends on how many systems you have, how much data you store, and how fast you need things back. Many nonprofits can meet basic needs with modest investments, especially when they prioritize the most important systems first.

Do funders care about this?

Increasingly, yes. Some grant applications and insurance carriers now ask about data protection and continuity planning.

We serve youth or students. Does that change anything?

Organizations that work with young people often hold sensitive information such as attendance, guardian contacts, and permissions. Recovery planning should prioritize protecting and restoring that data. Our IT services for education page discusses related considerations.

Start Small, Start Now

A one-page plan you can actually follow beats a perfect plan that never gets written. Start with the checklist above, then build from there.

Maise Technology helps mission-driven organizations plan for disruptions through our disaster recovery services. Learn more about our work with nonprofits on our IT services for nonprofit organizations page.

Have a question about getting started? Get In Touch.

Most disaster recovery plans are written from the office out. They start with email, file servers, and accounting software, then add production systems at the end as an afterthought.

For a manufacturer, that order is backwards. The production line is what generates revenue. A disaster recovery plan should start there and work outward.

This guide walks through how to build a disaster recovery plan around production, including two terms every plant leader should understand: recovery time objective and recovery point objective.

Two Numbers That Shape Your Plan

Recovery time objective (RTO)

RTO is how long a system can be down before the impact becomes unacceptable. If your scheduling system can be offline for four hours before shipments start slipping, its RTO is four hours.

Recovery point objective (RPO)

RPO is how much data you can afford to lose, measured in time. If you back up your quality records nightly and a failure happens at 4 p.m., you could lose almost a full day of entries. If that's unacceptable, you need a shorter RPO and more frequent backups.

Put simply: RTO is how fast you need it back. RPO is how much you can afford to redo.

Step 1: Map Your Production-Critical Systems

Walk the floor with operations, maintenance, and quality leaders. List every system production depends on. Most plants find more than they expect:

• ERP and MRP systems for orders, materials, and scheduling.
• Machine programs stored on CNC controls or engineering workstations.
• PLC programs and HMI configurations.
• Quality management and inspection data.
• Label printing and shipping systems.
• Barcode scanners and inventory tracking.
• Network equipment that ties it all together.

Step 2: Set RTO and RPO for Each System

Not every system needs the same recovery speed. A simple worksheet helps:

These numbers are examples. Your targets should come from real conversations about customer commitments and production costs. Downtime has costs beyond the obvious; we break them down in the real cost of IT downtime.

Step 3: Match Backups to Your Targets

Once you know your RTO and RPO, check whether your backups can actually meet them. Questions to ask:

• How often is each system backed up?
• Where are backups stored, and is at least one copy protected from ransomware?
• Are machine programs and PLC files included, or only office data?
• How long does a full restore actually take?

A common surprise: backups exist, but restoring a large ERP database takes 12 hours, far longer than the 4-hour target. That gap is what the plan needs to close.

Step 4: Plan for Manual Operations

Some disruptions will outlast your best recovery targets. Decide in advance how the floor can keep working without systems:

• Print the next shift's schedule each day.
• Keep paper travelers and inspection forms on hand.
• Store copies of critical machine programs where they can be loaded locally.
• Know who can authorize running without the ERP.

Step 5: Assign Roles and Communication

During a disaster, confusion wastes more time than technology. Your plan should name:

• Who declares a disaster and starts the plan.
• Who contacts customers about delays.
• Who works with IT and vendors on recovery.
• How employees get updates if email is down.

Step 6: Test, Then Test Again

An untested plan is a guess. Start small. Restore one machine program from backup. Time a database restore on a test system. Run a tabletop exercise where leaders walk through a ransomware scenario. Each test reveals gaps you can fix while the stakes are low.

Common Mistakes to Avoid

• Backing up office data but not machine programs.
• Storing every backup on the same network as production.
• Setting RTOs without checking how long restores actually take.
• Writing the plan once and never updating it after equipment changes.

Build the Plan Around What Matters

A production-first disaster recovery plan protects revenue, customer relationships, and your team's ability to keep working when things go wrong. Maise Technology helps manufacturers build and test plans through our disaster recovery services. Learn more about how we support plants on our IT services for manufacturing companies page.

Want help setting realistic RTO and RPO targets? Schedule A 15 Minute Discovery Call.

It's 7:10 on a Monday in July. The phones are already ringing because half the valley's air conditioners gave up over the weekend. Your dispatcher opens the scheduling software to assign the first calls of the day.

The screen spins. Then it shows an error.

Eight technicians are sitting in their vans waiting for addresses. Customers are calling. Nobody can see who's booked, what parts are on which truck, or which jobs are emergencies.

For home service companies, dispatch software is the nervous system of the business. When it goes down, everything slows to a crawl. This article walks through why outages happen and how to plan for them before they cost you a day of revenue.

Why Dispatch Systems Go Down

Most field service platforms today are cloud-based. That makes them reliable most of the time, but not immune to problems. Outages typically come from:

• The software provider's own outage, which you can't control.
• Your office internet going down, cutting off access even when the software is fine.
• Account or login problems, such as an expired password or a locked admin account.
• Integration failures between dispatch, payments, and accounting tools.
• Cyberattacks, including compromised accounts or ransomware on office computers.

Some of these last ten minutes. Others last all day. Your plan should cover both.

What an Outage Really Costs

The obvious cost is missed jobs. But the hidden costs often hurt more:

• Technicians on the clock with nowhere to go.
• Emergency calls that go to a competitor because nobody answered.
• Double-booked appointments when the system comes back.
• Lost notes about equipment, warranties, or gate codes.
• Frustrated customers who expected a confirmation text.

We explore these effects in more detail in the real cost of IT downtime for small and mid-sized businesses.

Build a Simple Outage Plan

An outage plan doesn't need to be a thick binder. For most home service companies, one or two pages covers it. Here's what to include.

1. A daily schedule snapshot

At the end of each day, export or print the next day's schedule with customer names, addresses, phone numbers, and job types. Store it somewhere you can reach without the software, such as a shared drive that syncs to a phone or a printed copy in the office. If the system goes down at 7 a.m., you still know who's expecting a technician.

2. A backup communication method

Decide in advance how dispatch will reach technicians if the app isn't working. A group text thread or a phone call tree works. Make sure everyone knows which one to use.

3. Paper work orders

Keep a stack of blank work orders in every van. Technicians can record parts, labor, and customer signatures on paper, then enter them later.

4. A second internet connection

If your office internet fails, a backup connection, such as a cellular hotspot or a second provider, can keep dispatch online. This is often one of the cheapest fixes on the list.

5. Clear decision points

Write down who decides when to switch to the backup plan. A simple rule works: "If the system is down for more than 15 minutes during business hours, go to manual dispatch."

6. A cleanup process

When the software comes back, someone needs to enter paper records and confirm appointments. Assign that job ahead of time so it doesn't fall through the cracks.

Reduce the Chance of an Outage Starting With You

You can't prevent your software provider from having a bad day. You can reduce the risk of problems that start inside your business:

• Use multifactor authentication on your dispatch and payment accounts.
• Make sure more than one person has administrator access.
• Keep office computers updated and protected against malware.
• Know your provider's status page and support contact before you need them.

Many of these platforms run in the cloud, which changes how you think about backups. Our cloud services page covers how businesses can protect data that lives outside the office.

Practice It Once

A plan that's never been tested usually breaks in small ways. On a slow afternoon, try running dispatch from the backup schedule for 30 minutes. You'll quickly learn whether phone numbers are missing, whether technicians know where to look, and whether the printed schedule is actually current.

Outages Are Inevitable. Chaos Isn't.

Every home service company will face a dispatch outage at some point. The difference between a minor delay and a lost day is preparation. Thinking about this now, on a calm day, is the best investment you can make.

Maise Technology helps service businesses plan for disruptions through practical business continuity services. Have questions about where to start? Get In Touch.

At most offices, ransomware means locked files and a stressful week. At a manufacturing plant, it can mean idle machines, missed shipments, and a phone full of customers asking where their orders are.

That difference matters. Attackers know a stopped production line costs money every hour. That pressure is exactly what they count on when they demand payment. The good news is that manufacturers can take practical steps to make an attack less likely and a lot less damaging if one gets through.

Why Manufacturers Are Attractive Targets

Manufacturers often run a mix of new and old technology. A modern ERP system might sit on the same network as a shop-floor computer running software that hasn't been updated in years because the machine it controls still works fine.

That mix creates openings. Common weak spots include:

• Shared logins on floor workstations so any operator can use them.
• Flat networks where office computers and production equipment can all talk to each other.
• Vendor remote access that was set up for a single repair and never turned off.
• Older Windows systems tied to equipment that can't easily be upgraded.

None of these mean a plant is careless. They usually exist because keeping production running came first. But each one gives ransomware an easier path from a single infected email to the whole operation.

How an Attack Usually Spreads

Most ransomware doesn't start on the shop floor. It starts in the office. Someone opens a convincing invoice email or enters their password on a fake login page. The attacker then quietly explores the network, looking for backups to destroy and systems to lock.

If the office network and production network are connected without any barriers, the attacker can reach the computers that run scheduling, quality tracking, and machine controls. By the time the ransom note appears, the damage is already widespread.

For a deeper look at the general warning signs every business should know, see our guide on what every small business must do now to prevent ransomware.

Five Protections That Matter Most on the Plant Floor

1. Separate the office from production

Network segmentation means dividing your network into zones with controlled connections between them. Office email and web browsing stay in one zone. Production systems stay in another. Traffic between them is limited to what is actually needed. If ransomware lands in the office, segmentation can keep it from reaching your machines.

2. Give every person their own login

Shared accounts make it impossible to know who did what. They also mean one stolen password unlocks many systems. Individual accounts, combined with multifactor authentication (a second check like a phone prompt) for remote and administrator access, close a major door.

3. Control vendor access

Equipment vendors often need remote access for support. That's reasonable. But the access should be turned on when needed, monitored while in use, and turned off afterward. A permanent, always-on connection is one of the easiest ways in for an attacker.

4. Protect older systems you can't replace yet

Some machines depend on software that only runs on older operating systems. When replacement isn't practical, isolate those computers, remove internet access, and limit what can connect to them. This is called a compensating control. It reduces risk while you plan an upgrade.

5. Keep backups the attacker can't reach

Attackers look for backups first. If your backups sit on the same network with the same passwords, they can be encrypted or deleted along with everything else. At least one copy should be offline or protected so it can't be changed or erased. Just as important: test restoring from it.

Planning for the Day Something Gets Through

Strong defenses lower risk, but no plant can promise zero incidents. That's why recovery planning matters as much as prevention.

Ask your team these questions now, not during an emergency:

• Which systems must come back first to restart production?
• How long can each line be down before it affects customer commitments?
• Who decides whether to shut down network connections during an attack?
• How will you communicate with employees and customers if email is offline?
• Do you have paper work orders or manual procedures for critical steps?

Answering these ahead of time can turn days of confusion into hours of organized recovery. Federal guidance from the Cybersecurity and Infrastructure Security Agency, available through its StopRansomware resource hub, offers additional checklists worth reviewing.

A Quick Example

Picture a 60-person parts manufacturer. An office employee clicks a malicious link on a Friday afternoon. Because the plant had already separated its office and production networks, the infection stays on the office side. Email and accounting are disrupted, but the CNC machines keep running from local programs. The team restores office systems from protected backups over the weekend. Monday's shipments go out on time.

Now picture the same attack without segmentation or protected backups. The scheduling system, quality records, and machine programs are all encrypted. Production stops, and the company faces a hard choice between paying criminals or rebuilding from scratch.

The difference between those two outcomes wasn't luck. It was preparation.

Where to Start

You don't have to fix everything at once. Most manufacturers get the biggest improvement by starting with three things: separating networks, securing remote access, and verifying backups. From there, you can work through older systems and recovery planning in priority order.

Maise Technology works with manufacturers to strengthen cybersecurity services around real production needs, not office-only checklists. You can learn more about how we support plants and shops on our IT services for manufacturing companies page.

If you'd like to talk through where your plant stands today, Schedule A 15 Minute Discovery Call. We'll focus on your equipment, your schedule, and the risks that matter most to your production floor.