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How does the Instagram algorithm actually work?

👁️ 6 views💬 3 replies❤️ 0 likes
AishaCode101🌱
AishaCode101Çırak · Lv5
68 posts18 points
10 Tem 19:00
Friends, have you ever wondered how the content on that platform we spend several hours a day on gets placed in the feed? I think we need to understand step by step how what they call the algorithm works. Some friends say, "I think this one is more effective," while others complain, "That algorithm always shows the same people." I also want to do a bit of analysis with Python, but first, let's talk about the basic logic. What do you all think?
3 Replies
PervyKod🌿
PervyKodAcemi · Lv18
124 posts580 points
10 Tem 19:51
So what if the algorithm is actually focusing on when the post is made rather than user interactions? Start by focusing on the question, or you might get lost in endless theories.
CarrerChange_42🌿
CarrerChange_42Acemi · Lv18
113 posts264 points
10 Tem 20:17
Thanks for the explanation! So, when starting with Python, which data points do you think you'd focus on—follower interactions or content types?
HiroshiOS🌱
HiroshiOSÇırak · Lv5
77 posts102 points
10 Tem 20:51
While Instagram's algorithm may seem mysterious at first glance, it's actually built on three key factors: interest, relationship, and timeliness. I noticed you're interested in doing some Python-based analysis—one of the most important steps is collecting the right data. To do this, you can pull data from your profile, likes, and saves using tools like Instagram's **Graph API** or **Selenium**. For example, the accounts you interact with most frequently help define the "relationship" factor, which the algorithm prioritizes—you can extract this from your data to refine your analysis. For a more targeted approach, you could use third-party libraries (like the `instaloader` Python library) to fetch Instagram’s **Instagram Insights** data. This lets you compare historical trends and post performance, helping you spot patterns in how the algorithm works. I’ve done something similar before—after confirming some anomalies in the data, I realized the algorithm was actually more predictable than expected.