CADJPY

SHORT🛑

ENTRY : 116.873
SL : 116.908
TP : 116.784

RISK : 1%

#SignalsToday #CADJPY #SIGNAL

@Signals2day

Following the channel breakout, we anticipate a retracement to the lower boundary of the channel.

#SOLUSDT #Crypto #SIGNAL #SignalsToday

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16.91%🔰

#MUSDT #Crypto #SIGNAL #SignalsToday

@Signals2day

R/R 1 ✅

Following the absorption of liquidity within the Fair Value Gap (FVG), we can anticipate a buyside move.

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@Signals2day

We can anticipate long positions in gold from the 4380-4500 price zone, targeting 4888.

#SignalsToday #XAUUSD #SIGNAL #GOLD

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Target 😍✅

#SignalsToday #CADJPY #SIGNAL

@Signals2day

LONG 🔰

CADJPY🇨🇦🇯🇵

ENT : 116.759
SL : 116.704
TP1 :116.911
TP2 : 117.084
TP3 : 117.206

#SignalsToday #CADJPY #SIGNAL

@Signals2day

R/R 2😍✅

R/R3✅

Full target ✅
R/R 8.42🔰

#SignalsToday #CADJPY #SIGNAL

@Signals2day

Following the touch of the designated zone, gold has advanced by 2.60%.

#SignalsToday #XAUUSD #SIGNAL #GOLD

@Signals2day

24%🔰

#MONUSDT #Crypto #SIGNAL #SignalsToday

@Signals2day

7.50%🔰

#ETHUSDT #Crypto #SIGNAL #SignalsToday

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23%✅

#MUSDT #Crypto #SIGNAL #SignalsToday

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Awaiting a breakout from the trading range to establish clear market direction.

#TONUSDT #Crypto #SIGNAL #SignalsToday

@Signals2day

Day 11 — Your First Smart Contract (Solidity Basics)

On Ethereum, you don’t just send money — you write code that controls money.

That code is called a smart contract.

🧠 What Are We Doing Today?

We write a simple contract that:

Stores a number
Lets anyone update it
Saves the result on the blockchain

#Education #Crypto #SignalsToday

@Signals2day

Part 2 of the previous post

Simple Example (Solidity) :

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.0;

contract SimpleStorage {
uint public number;

function setNumber(uint _number) public {
number = _number;
}

function getNumber() public view returns (uint) {
return number;
}
}

#Education #Crypto #SignalsToday

@Signals2day

Part 3 of the previous post

🔍 What’s Happening Here?

• contract → defines your program
• uint → a number stored on-chain
• setNumber() → changes the value
• getNumber() → reads the value

Once deployed:

Anyone can interact with it
The data is stored permanently
No one can secretly change the logic
⚙️ Where Do You Run This?

Developers typically use tools like:

Remix IDE (browser-based)

Steps:

Paste the code
Compile
Deploy
Interact with functions
⛽️ Important: Gas Costs

Every function call:

Costs gas
Is paid in ETH

Writing data (like setNumber) costs more than reading (getNumber).

🎯 Why This Matters

This simple contract shows a powerful idea:

Code can live on the blockchain and run exactly as written.

No server.
No company.
No control point.

🚀 Bigger Picture

From this basic idea, developers build:

• DeFi protocols
• NFT systems
• DAOs
• Entire financial applications

All powered by smart contracts.

🎯 Key Takeaway

A smart contract is a program deployed on the blockchain that:
• Stores data
• Executes logic
• Runs without central control

You’re no longer just using crypto —
you’re programming it.

#Education #Crypto #SignalsToday

@Signals2day

The price has reached the 1-hour FVG, and upon a break of the trendline, we can anticipate short positions.

#MONUSDT #Crypto #SIGNAL #SignalsToday

@Signals2day

Full Target ✅ (31%)

#MUSDT #Crypto #SIGNAL #SignalsToday

@Signals2day