Mastodawn

# How to Use the Working Backwards Method for Disaster Recovery Planning in Education B2B

Your education B2B SME runs Crystal with a small team of two to five people. You build a learning management system for corporate training departments. The LMS handles course creation, student enrollment, progress tracking, assessment delivery, and certification management. You've been around for six years with nineteen employees and four people on the product team. (1/28)

You don't have a disaster recovery plan. That gap became very real last month when your primary cloud provider went down for six hours. The LMS went offline. Three hundred and twelve corporate training departments couldn't access courses. Missed training deadlines led to compliance violations. Compliance violations led to contract penalties. The total hit was forty seven thousand dollars in penalty fees, customer credits, and emergency support (2/28)

. Your monthly revenue is sixty two thousand dollars. That single outage cost you seventy six percent of a month's revenue.

You need a plan. Jeff Bezos built Amazon using the working backwards method, and it applies directly to your situation.

## Where Bezos Started (3/28)

Bezos noticed that the biggest problem in product development was building things nobody wanted. That waste killed companies. His fix was simple: start with the end. Write a press release from the customer's perspective before building anything. That forced the team to solve a real problem. (4/28)

He used the same logic for disaster recovery. He didn't start with servers and backup schedules. He started with the customer. He wrote a scenario describing the disaster from the customer's point of view. That scenario drove the entire recovery plan.

For your company, the approach is the same. Start with the customer. Write down what the worst day looks like from their perspective. That document becomes the foundation of your plan.

## The Core Principle (5/28)

The best way to handle disaster recovery is to write the worst case scenario from the customer's perspective first. Then work backwards to identify every system that needs restoration and the exact steps to restore it.

Bezos didn't begin with infrastructure lists. He began with a scenario describing what the customer experienced. That experience set the destination. The destination shaped the plan. The plan addressed the real impact. (6/28)

Your situation is identical. No plan exists. The gap creates risk. That risk just cost you forty seven thousand dollars. The working backwards method says: start with the customer, write it down, and let that writing create the plan.

## Four Steps to Apply the Working Backwards Method

### 1. Write the Worst Case Scenario as a Customer-Facing Incident Report (7/28)

At Amazon, Bezos had teams write the worst case scenario as a customer-facing incident report before any technical planning started. The report described the disaster through the customer's eyes. That perspective made sure the plan addressed real impact.

Your team lead should do the same thing. Write the worst case scenario as a one-page incident report with four sections. (8/28)

Section one is the incident summary. Describe the disaster from the customer's perspective. Picture Sarah, a corporate training manager at a pharmaceutical company. She has five hundred employees who need compliance training finished by the end of the quarter. Two weeks remain. She logs into the LMS at nine AM on Monday. The screen is blank. She refreshes. Still blank. She tries a different browser. Nothing. Support says they're working on it. Four hours pass. The LMS is still down (9/28)

. She can't enroll employees. The delay causes a missed deadline. The missed deadline triggers a compliance violation. The violation brings a fifteen thousand dollar contract penalty.

Section two covers customer impact. Three hundred and twelve training departments affected. Roughly five hundred employees per department. One hundred and fifty six thousand total users locked out. Six hours of downtime. Forty seven thousand dollars in penalties and credits. (10/28)

Section three is root cause. The primary cloud provider had a regional outage. The LMS database wasn't replicated. No replication meant no data availability. No data meant a blank screen.

Section four is resolution. The cloud provider restored service after six hours. The LMS came back online. Data was intact.

This incident report is your starting point. It's written from the customer's experience. That experience drives everything that follows. (11/28)

Last month, your team lead wrote this report. It took thirty minutes. That half hour revealed the root cause immediately: a single point of failure in the database. The database wasn't replicated. Setting up replication took two hours. Three weeks later, another outage hit. It lasted ten minutes, the time it took to fail over to the replica. The automatic failover prevented the blank screen. It prevented the forty seven thousand dollar loss. (12/28)

For a Crystal team of two to five, keep the report to one page with four sections. Write it from the customer's perspective. Make it part of your reflection workshop.

### 2. Work Backwards from the Incident Report to Map Restoration Order

Bezos worked backwards from the incident report at Amazon. That process identified every system that needed restoration and in what order. The restoration priority minimized downtime, which minimized impact, which protected the customer. (13/28)

Your team lead should run a one-hour session with all four team members. Use the incident report as the starting point. The customer saw a blank screen. The blank screen happened because the database was unavailable. The database was unavailable because of the cloud provider outage. (14/28)

Work backwards to identify your systems. The database stores all course data, user data, and progress data. It's the most critical system. It gets restored first. The application server runs the LMS code and serves pages. It's second. File storage holds course materials, videos, PDFs, and slides. It's third. The email service sends enrollment confirmations, deadline reminders, and certificate deliveries. It's fourth. (15/28)

Document this as a table. Four rows, one per system. Three columns: system name, restoration priority, and estimated restoration time.

Database. Priority one. Ten minutes. Application server. Priority two. Five minutes. File storage. Priority three. Fifteen minutes. Email service. Priority four. Five minutes. Total estimated restoration time: thirty five minutes. (16/28)

That's a fifty seven percent reduction from the six hour outage. Thirty five minutes of downtime instead of six hours. At thirty five minutes, customers don't miss deadlines. No missed deadlines means no compliance violations. No violations means no contract penalties. No penalties means the forty seven thousand dollars stays in your account. (17/28)

For a Crystal team, this session should take no more than one hour. Identify at least four systems with clear priorities. Make it part of your reflection workshop.

### 3. Create a Minimum Viable Recovery Plan for the Top Three Systems

Bezos created a minimum viable recovery plan at Amazon. It covered the top three systems. It was simple enough that any team member could execute it. That simplicity meant the plan worked even when the primary engineer was unavailable. (18/28)

Your team lead should create a two-page document covering the database, application server, and file storage.

Database recovery has five steps. Log into the cloud provider console. Navigate to the database section. Identify the replica in a different region, like us-west. Promote the replica to primary. Update the application configuration to point to the new primary. (19/28)

Application server recovery has four steps. Log into the console. Navigate to the compute section. Restart the application server instance. Verify the LMS loads.

File storage recovery has three steps. Log into the console. Navigate to the storage section. Verify the file storage bucket is accessible.

Print this plan. Store a physical copy in the office. If the LMS is down, digital files may be inaccessible. A printed copy means any team member can pick it up and execute. (20/28)

Test the plan monthly through drills. Run a simulation. Confirm the steps work. Update anything that doesn't.

Last week, your primary engineer was on vacation. A minor outage hit, a database connection timeout caused by a network issue. A junior developer who had never handled a failover followed the plan. It took twelve minutes. Users didn't notice. No support tickets came in. No panic. The customer was protected. (21/28)

For a Crystal team, the plan should cover the top three systems in no more than two pages. Print it. Store it physically. Test it monthly. Make it a reflection workshop output.

### 4. Run a Feedback Loop After Every Incident or Drill

Bezos ran a feedback loop after every incident at Amazon. The team reviewed what happened, identified lessons, and added them to the plan. Each iteration made the plan better. Better plans meant less impact on customers. (22/28)

Your team lead should run a thirty minute meeting after every incident or drill. All four team members attend. Ask three questions.

What worked? Identify what went well. Keep those things. What didn't work? Identify what went poorly. Fix those things. What's missing? Identify gaps. Fill them. (23/28)