Azure

Insecure vs Secure: Same App, Two Builds

The same mobile app on Azure, built two different ways.

What you'll learn

  • Why the insecure architecture ships first — it genuinely works
  • The six moments where the two designs stop behaving the same
  • Why the difference only shows up when something goes wrong
Azure Security 8 steps 25 seconds views

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Understand it one step at a time

The short runs these in order in about 25 seconds. Here they are written out — pick any step to jump the short straight to it.

1 Step 1 of 8

Two ways to build it

Top: the app talks straight to the database. Bottom: it never does. Both compile, both demo fine — only one survives an attacker.

Frequently asked questions

If the insecure design works, why does it matter?
Because "works" and "survives" are different claims — the insecure design ships first and behaves identically to the secure one right up until the six moments things go wrong: a leaked key, a stolen token, an oversized permission, and so on. The difference is invisible until then.
What's the real cost of the insecure design?
Every fix becomes an app store release you don't control the timing of, gated by a reviewer, while the secure design keeps every fix server-side. That gap in response time is what actually separates the two builds.

Free app · no app store

These are built for a phone

Every short is drawn at full portrait height, the shape a phone already is. Installed, it opens full-bleed with no address bar across the top — and the whole library reads offline.

How it works

Read deeper on Azure

Twenty seconds gets the shape of an idea across. These go into how it behaves in production.

More shorts

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