I recently watched the new Resident Evil movie. 🎬
Watching the main character stumble from one disaster into another was absurdly funny and a little heartbreaking. But what impressed me most was his professional commitment. He is a courier, and no matter what happens around him, he never forgets the job: the package must reach its destination.
I will avoid major spoilers here. You can join this discussion even if you have not seen the movie.
But I have to say this first: the main character deserves real credit for his work ethic. He is not a trained superhero. He is an ordinary courier who takes “deliver at all costs” to its absolute limit. That level of professional commitment is genuinely admirable.
So this thought experiment is not making fun of his decision. It uses his commitment as the starting condition:
You are just as dedicated to your profession as he is to delivering that package.
You cannot resign, call in sick, close the ticket, or simply refuse the mission. You still have to do your job and move forward. Your only advantage is the way your profession has trained you to think.
This is not a serious disaster survival guide. It is just a fun career question inspired by a horror movie. 😄
The city is failing. The ticket is still open.
Then I started wondering: what if I were in his place?
I have worked in QA for 15 years. If I carried all those testing habits into an extreme situation, what would my survival rate be?
My answer is: 50%. 🎲
Not because I can fight monsters. I cannot.
My advantage is that a QA engineer rarely trusts a happy path just because somebody says it should work.
QA Might Try to Stop the Story Before It Starts 🧪
Imagine receiving this task:
Deliver the only copy of a critical item into a city that is clearly falling apart. The environment is unknown. The recipient may be offline. There is no backup route.
My first questions would be:
- Who created this requirement?
- Is the recipient still online?
- Why is there only one copy of the critical item?
- Where is the backup?
- What is the rollback plan?
- Why are we continuing the happy path when production is already throwing alerts everywhere?
Without the “you must be as dedicated as the protagonist” rule, the movie might end in ten minutes. I would return the ticket with this comment:
Preconditions are incomplete. The recipient is unreachable. The production environment is unstable. Release blocked.
Unfortunately, our rules say I still have to continue.
This is where testing experience might help. One strange event can be random. Two might require investigation. But when the roads, people, communications, and infrastructure all fail at the same time, a senior QA should recognize a systemic failure.
The answer is not to keep following the original route. Pause that path. Isolate the risk. Find a safer alternative. Then continue the mission.
Why Testing Skills Might Improve My Odds
I would not casually bring a strangely behaving person into my only vehicle.
That would be the survival equivalent of connecting unvalidated, high-risk input directly to the only production environment that still works.
Before entering an unfamiliar building, I would also check:
- Where is the exit?
- Is there a second route?
- Can the door be opened from the inside?
- What happens if the power fails?
- Is this plan dependent on a single point of failure?
I would not assume that something is permanently dead just because it fell over once. I would also avoid putting all hope into one sample, one laboratory, one vehicle, or one person.
Fifteen years in QA has taught me at least one thing:
Every critical process without a backup is just waiting for a sufficiently unlucky day.
That is why I give myself a 50% chance.
Testing experience might help me spot danger earlier, challenge bad assumptions, and stop a broken flow. But it cannot solve fitness, luck, limited resources, or unknown biological monsters.
Fifty-fifty is already my optimistic estimate.
QA Could Also Die From QA Habits 🐛
Of course, being a tester does not automatically make someone good at survival.
Our greatest risk is the need to reproduce a bug.
I might escape safely, then suddenly stop and think:
What exactly triggered that mutation? Distance? Time? Sound? Temperature?
Then I would go back to collect logs, record a better video, and attempt a second reproduction.
Or I might reach the exit, notice one unopened door, and say:
The main flow passed. I will test one last edge case before I leave.
At that moment, my survival probability drops from 50% to 5%. 🚨
The most dangerous sentence in QA: “One last edge case.”
What About Your Tech Job? 🧑💻
The same rule applies to you. You bring the same admirable professional commitment that the courier brings to his delivery. You cannot end the story by saying, “Not my ticket.” You must keep doing your job while using your professional skills to stay alive.
Every tech role has a possible survival advantage and a potentially fatal professional habit.
Frontend Engineer
They quickly notice that none of the exits provide useful status feedback and the city map violates every basic UX principle.
Unfortunately, they may spend valuable time complaining that the emergency door has no hover state.
Backend Engineer
They try to identify the source of the infection chain and shut down the upstream service.
They may also believe that restarting the core system will somehow fix everything.
DevOps / SRE
They check monitoring, capacity, failover, and backup regions. They would never trust a cure deployed as a single instance.
However, while every alarm in the city is firing, they might still be deciding whether this is a real incident or a broken alert rule.
Security Engineer
They trust nobody, no attachment, and no unknown device. Their isolation instincts may be the strongest of any profession.
They may also enter the most dangerous area just to prove the full impact of a vulnerability.
Data Engineer
They build a model from infection times, locations, and behavior patterns.
First, they must accept that half the data is missing, every source uses a different format, and there is no schema documentation.
Product Manager
They ask for the goal, target user, priority, and success metric before the outbreak begins.
Then, during the evacuation, they ask whether we can add multiplayer collaboration to the MVP.
AI / Agent Engineer
They send one agent to scout ahead and another agent to review the first agent's conclusion.
The biggest risk is that both agents confidently report “Task completed successfully” while the critical package is still sitting where it started.
Your Turn 🎯
Give yourself a survival probability based on your real profession.
You can use this format in the comments:
Role:
Years of experience:
Survival probability:
My biggest professional advantage:
The professional habit most likely to get me killed:
My first survival rule:
Here is mine:
Role: QA / Test Engineer
Years of experience: 15
Survival probability: 50%
My biggest professional advantage: I do not ignore repeated anomalies or trust a single happy path
The professional habit most likely to get me killed: Going back to reproduce the bug one more time
My first survival rule: When every monitor is alerting, pause the main flow, isolate the risk, and roll back
In the ideal ending, I survive the night, preserve the logs, reproduce every critical issue, and submit this bug report:
Severity: Critical
Reproduction rate: 100%
Impact: Entire city
Recommendation: Block the release immediately
The next morning, Umbrella management replies:
Status: Rejected
Reason: Known issue. No fix planned. Does not affect core business.
Known issue. No fix planned. Apparently production can continue.
Again, this is a silly thought experiment, not an actual survival guide. 😂
And every percentage comes with one final condition: do not run into a Tyrant, Nemesis, or any of the franchise's main characters. If you are a random civilian standing next to the protagonists, your survival rate is basically zero. 😂
Now it is your turn:
If you were dropped into Resident Evil and had to rely on your professional skills, what would your survival probability be—and why?
Top comments (26)
If am a frontend guy, then I would give my last update to the company website:
In place of the normal website ui a message saying:
"Why the heck are you wasting your time in our app, go run and save your lives!" 😂
Best production deploy ever! A life-saving emergency notice. The higher your app traffic, the more people you can save 🤣
Wow!
🤣🤣
Wait, there’s a new Resident Evil movie? I might have to watch it now 😹 I’ve always liked the games. 🧟♂️
Also, the QA survival guide was hilarious. “One last edge case before I leave” absolutely sounds like how a QA engineer would die 😹 Please turn that version into a movie too!
As for me
Role: Frontend Engineer / OSS Maintainer
Survival probability: 55%
Biggest advantage: I’m used to understanding messy existing systems, migrating legacy code without breaking everything, and debugging unfamiliar codebases.
The professional habit most likely to get me killed: Seeing a broken system and thinking, “I can probably fix this.” 😹
My first survival rule: Don’t rewrite the whole city during the incident. Stabilize the critical path first.
Really fun article! 🚀
Role: Systems Architect / Infrastructure Engineer
Years of experience: 20+
Survival probability: Maybe 40% 😅
My biggest advantage: Years of dealing with unexpected failures have taught me to stay calm, look for alternatives, and always have a backup plan.
The habit most likely to get me killed: Trying to fix something that really should be left alone. 😂
My first survival rule: Never trust a single point of failure, especially when that single point is me!
I can already imagine everyone running away from Raccoon City while I’m still trying to figure out why the backup server isn’t responding.
Twenty years of experience, and I’d probably get eaten because I couldn’t resist troubleshooting one last problem. 💀😂
Loved this thought experiment! Your point about going back to reproduce a bug made me laugh. I think we’d both be in trouble for very similar reasons. 😄
Exactly! We engineers can’t resist troubleshooting, even in a zombie apocalypse 💀🤣🤣🤣
😌
ith such insane dedication, Umbrella Corporation would definitely poach you as their infrastructure architect. The systems you design will go up against the main protagonists of Resident Evil. Better add a few laser corridors to your design, hahaha.🤣
Hahaha, I think I’d fail the job interview! 😂
My first question would be, “Why does your entire security system depend on a few laser corridors? Where’s the redundancy?” 🤣
And knowing Umbrella, they’d probably classify that as a security incident and lock me inside. 💀😂
Congrats! You could end up as a Tyrant test subject 😂
Role: Data Scientist (with a security / reverse-engineering background)
Years of experience: 10+
Survival probability: 35%
My biggest professional advantage: I treat every unknown as untrusted input, and I'd model the outbreak's spread from whatever data I could gather
The professional habit most likely to get me killed: "Just one more sample until the result is statistically significant"
My first survival rule: Isolate first, analyze later, and never wait for p < 0.05 before running
I think QA and data science die the same way: you stay at the exit door asking for “n = 30,” and by the time the sample size is enough, the zombies already have the dataset. 😄
The reverse-engineering side doesn’t help either. I’d probably spend the escape trying to read the lab door’s firmware instead of just opening it. 💀
Nice thought experiment, and the AI agent joke (“Task completed successfully” while the package hasn’t moved) is painfully accurate.
Hahaha this hits perfectly! Waiting for statistical significance at the exit is such a data scientist trap. The firmware part made me laugh out loud 💀😂
As a QA, I might not even dare to take a single step. It’s my instinct to think: this path definitely carries risks. There must be hidden dangers I haven’t spotted yet.
I have 10 years of experience in reverse engineering; Is there any work I could do?
Crack all of Umbrella’s locks and lab gear ahead of time, clearing the path for Resident Evil protagonists and cutting short the crisis. But never meet them in person. Any random person who crosses paths with the main characters will end up dead, hahaha 🧟
Full-Stack Engineer 😢
Full-Stack Engineer? Then the survival rate has to be 100%! A super engineer combining every kind of engineering skill. They can handle product, development, testing, operations, even hacking. Totally unstoppable, hahaha 🤣
Honestly, I feel a little jealous of people with 15 years of QA experience and system architects with 20+ years of infrastructure experience. They must be making so much money! :( 😃
Good salary won’t help against zombies though 🧟♂️
Ohhhhhhhhh! 🦊🧟♂️🧟♀️
No need to fear, your plant army and tree friends are here! Time for Plants vs Zombies 😂
Arjun Wins🔥🌴
Of course
Essentially what you have is a critical and questioning mindset - never assume, or "believe", always check! That's what gives you an edge ...
As for myself, I'd stock up on bottled water and tinned sardines - and always look over your shoulder, and keep doors & windows locked! ;-)
Hahaha, you flatter me! I’d probably be too scared to step outside. I’ll live on stockpiled instant noodles for a few days, and binge-read all those apocalypse survival guides 🤣
That's really an interesting question!
To be honest,I can't calculate such a probability(may be zero?)
As a software engineer , i can't use my tech do anything without electricity and network😅
If certain conditions are met, I can develop a website to help the protagonist and survivors mark key map information and survival strategies, helping them increase their chances of success.😆
From the games and films: internet can go down, but power likely remains. Your tech is still useful, and that map site would be great for survivors. Wait wait wait — no internet means nobody can access the website anyway, hahaha 🤣