I’m on a journey to transform myself in body, mind and spirit. This year I start my journey as a beginner Trader and live a life of personal development.
ICT Algorithmic Signatures Explained:
Decoding the mechanics of institutional price delivery.
8 Algorithmic Signatures Every ICT Trader Must Understand.
A THREAD 🧵:
thread — liquidity as transit
when liquidity is taken, it conveys the algorithm to act. think of it like a bus stop or train station — the vehicle pauses to offload and onboard passengers, sometimes at the same time.
each stop is a liquidity event. the bus (price) doesn’t …
Use Time based fib ones your mind understand that what time you will know what you are looking for use 0-1 than 0.333 and 0.666
See the price opening for batter understanding !
This is real range of 120,240,360 full cycle
Use it in day,week, month, quater,year !
Can't miss Drinks with Raoul tomorrow at 6p ET
I'll be giving away 1000 $USDC to one lucky winner!
To enter:
1. Join the @RealVision waitlist (link below)
2. Drop a screenshot with the email confirmation & mention 2 friends in the comment (NO bots!)
3. Like & RT this post
@RaoulGMI@RealVision Thanks for gamified fun and the chance to win, as always looking forward to what you’ve been cooking up in the lab. 🧪 You’re a legend are the 🍌 zone 👑
Steps to enter:
1. Join the waitlist below https://t.co/Q2Z4SGSYfp
2. Drop the email confirmation of your waitlist entry
3. Like and retweet the main post above
Start here! 👇
I know everyone is aware of the ICT IPDA data ranges, right?
What does that mean—20 days, 40 days, 60 days data ranges, right?
See how 369 represents:
120 degrees—1+2+0=(3),
240 degrees—2+4+0=(6),
360 degrees—3+6+0=(9).
@I_Am_The_ICT !
🤙 ICT PO3 Concept 🤙
When you slap your quarter fibs on, go into settings and add 0.33 and 0.66 - save it as Quarters and Thirds.
I hope this helps someone.
You will need to watch fractal #po3 ranges
People say, he cannot make up his mind on the po3 size
Truth is, you need to see through their deception
Can you see the ERL/IRL of the 243 range and how they do the same with the fractal 81 #po3 range
And how the swing they create at the 243 IRL is used as a MSS for the 81 range?
And what level you will put your stop should they have other plans?
My inbox is flooded with hundreds of messages asking the same thing. I hate to break it to you but no, you’re not even close. The amount of studying required takes years & the notes alone would fill more pages than the Bible. These systems are extremely complex in their nature & designing them is even more complicated. Anyone who truly understands how these systems are built & operate should have no problem with answering the questions below. This is just one example out of hundreds more I could ask & it will give you a small glimpse of what is actually required & what it really takes.
Also note, you only need one logical framework that repeats, so don’t overcomplicate this. Literally find one thing that repeats & master it.
When a Macro activates, which initialization routines (setup steps) run before any output is committed (finalized) to the Output Layer (the price you see)?
How does the system retrieve the previous state from State Memory (its stored record of past events) & bind it to the current execution context (what’s happening now)?
What authorization checks (permissions) do the Delivery Conditions perform to decide if the macro is allowed to deliver?
If delivery is permitted, how does the Instruction Set perform deterministic path resolution (narrowing multiple routines down to one valid action)?
If another Macro is scheduled for the same timestamp, how does the Scheduler resolve activation priority (which runs first) while preserving execution order guarantees (ensuring the correct sequence)?
Once the instruction is selected, what pre-commit validation (final checks) does the Execution Engine perform before committing the output to the Output Layer?
How does the Time Structure maintain synchronization (keeping everything on schedule) so all macros and instructions run at the correct times?
Finally, how does the Output Layer ensure state & time coherence (accuracy of both system state and timing) when committing the result?
These algorithms don’t operate inside a chart. It doesn’t see candles, zones, or lines. It doesn’t recognize structure the way we draw it. But it does know exactly what time it is and exactly what the price is because that’s what it operates on.
Think of it like this. It’s not saying “go here on the chart” it’s saying “at t = X, execute Y.” What we see as structure or reversal is just the result of that timed instruction being executed.
That instruction “at t = X, execute Y” happens entirely outside the chart. It doesn’t reference visuals or geometry. It simply updates values based on internal logic. The chart only exists to show us what the algorithm has already done. It’s a visual aftereffect. Nothing more.
The algorithm works with time and price as raw inputs. It knows the current time, it knows the current price, and it knows what to do next based on rules that don’t exist on any chart and function outside of it. So if a reversal shows up at a clean level, it’s not because the algorithm saw it. It’s because that was the scheduled outcome at that moment in the sequence. What you’re seeing on the chart is simply how that execution expressed itself visually.