Using a Web3 app can feel simple on the surface.
connect wallet
click a button
confirm a transaction
But behind that interaction is a series of processes
most users never fully see.
Understanding what actually happens
changes how you think about Web3.
Step 1: Connecting Your Wallet
The first action in most Web3 apps is:
👉 connecting a wallet
This does not:
log you into an account
send your data to a server
Instead, it:
👉 proves ownership of an address
Your wallet acts as:
identity
access point
authorization layer
Step 2: Reading the Blockchain State
Once connected, the app reads data from the blockchain:
balances
token holdings
contract states
This is done through:
RPC endpoints
node infrastructure
The app is not storing your data.
It’s:
👉 querying a shared system
Step 3: Preparing an Action
When you click something like:
“Swap”
“Stake”
“Mint”
The app prepares a transaction.
This includes:
destination contract
function to execute
parameters
At this stage:
👉 nothing has happened yet
Step 4: Transaction Signing
Before anything executes, you must:
👉 sign the transaction
This happens inside your wallet.
Signing does not send funds.
It:
👉 authorizes the action
This step is critical.
Because it’s the point where:
user intent becomes executable
Step 5: Broadcasting the Transaction
Once signed, the transaction is:
👉 broadcast to the network
It enters a pool of pending transactions.
From there:
validators or miners process it
it gets included in a block
Step 6: Network Execution
The blockchain executes the transaction:
smart contract runs
state changes occur
balances update
This is deterministic.
Meaning:
👉 the same input produces the same result
Step 7: Confirmation
After execution:
the transaction is confirmed
the state is updated
Depending on the network:
this can take seconds
or longer
Step 8: UI Updates
Finally, the app updates:
balances
status
transaction history
This gives the appearance that:
👉 the app performed the action
But in reality:
👉 the blockchain did
Why This Feels Complicated
Because users are interacting with multiple layers:
frontend application
wallet
blockchain network
infrastructure providers
Each step introduces:
👉 friction
Where Things Break
Failures can occur at multiple points:
wallet connection issues
incorrect transaction parameters
network congestion
failed execution
Which leads to:
👉 inconsistent experiences
Why This Matters
Understanding this process helps explain:
why transactions take time
why fees exist
why errors happen
It also explains:
👉 why UX is still evolving
The Role of Abstraction
The future of Web3 is not about making users understand this process.
It’s about:
👉 hiding it
Through:
better UX
automation
invisible infrastructure
What This Looks Like Long-Term
Eventually:
wallet interactions become seamless
transactions happen in the background
users focus on outcomes
Not processes.
Where This Connects to Broader Tech Trends
This mirrors shifts across technology:
fewer visible steps
more automation
systems handling execution
Web3 is moving in the same direction.
WTF does it all mean?
Every action in Web3 is more complex than it appears.
Because you’re not using an app.
You’re interacting with:
👉 a distributed system
The future isn’t about making this process visible.
It’s about making it:
👉 disappear
