The Algorithm That Knows You Better Than You Do

G M Jubayer Zaman

Senior Executive, Press Release and Publications

Every morning, before you even open your eyes, a quiet army of algorithms has already predicted your day. Spotify knows the song that might lift your mood. Instagram decides which post will keep you scrolling for “ just five more minutes.” Google Maps, like a polite psychic, reroutes you away from traffic you didn’t even know existed.

We built technology to make life easier, but somewhere along the way, it started learning us. It memorized our cravings, our late-night searches, even our moments of weakness. It feels like magic, but it’s also a mirror reflecting our habits, desires, and contradictions.

There’s something hauntingly beautiful about this dance between human and machine. It doesn’t judge; it just observes. It knows that on Monday you want motivation, but by Friday, you crave memes and comfort food. It understands that “just checking notifications” really means taking a small break from reality.

Maybe, in this digital partnership, we’re not losing our individuality but translating it, turning emotions into data and chaos into patterns. The algorithm doesn’t define us; it amplifies us. The question is, are we still leading the dance, or have we quietly given up the rhythm?

In the end, the most human part of us may be how we choose to respond to what it predicts. After all, algorithms can anticipate our moves, but they cannot anticipate our imagination.

Autocorrect: Blessing or Curse?

Md. Mushroor Muttakin Khan

Senior Executive, Press Release and Publications

Once, I forgot to submit my assignment for a course. When I realized, I quickly sent an email to my faculty. A few hours later, I got a reply that said, “Asthma? Please submit your asthma report, then.”

I thought the faculty had emailed the wrong person. But when I checked my mail, I got the shock of my life. I had actually written, “Sir, I missed my deadline. I have attached my asthma below.” My autocorrect heroically changed “assignment” to “asthma.” Autocorrect got 1, my grade got 0.

Autocorrect was invented to make our lives easier by saving time. Instead, it’s the reason we double-check our texts. It learns our typing habits, predicts our words, and still somehow thinks “ducking” is the polite version of what we actually mean. It does its job 99% of the time, but that 1% is probably the germ even the soap from Lifebuoy ads couldn’t kill. And it just takes that 1% to turn our positive happy aura into a negative one. Behind this, a familiar field of computer science is at work. Autocorrect uses Natural Language Processing (NLP) to figure out what we meant. It analyzes how we type, what we said before, and the context of our sentences. In general, it’s a mini chatbot living inside our keyboards.

Still, it’s fascinating how our devices can now learn our tone, slang, and even sarcasm. We’re indirectly training tiny AI models in our pockets, one word at a time.But no matter how smart it gets, it’ll always pick the worst time to betray us. In the end, typos will keep evolving like technology, but in reverse.

Leet VS Neet

Wasifa Afsara

Executive, Press Release and Publications

Tired of hearing the words LeetCode and NeetCode but don't know where to start? Studying CSE/CS even though it’s not your actual passion? If you can relate, trust me, you’re not alone.

If you’ve recently started studying in this field, you’ve probably heard your peers or faculties mentioning platforms like LeetCode or NeetCode. At first, it might be confusing to acknowledge the prominence of these, why should university students solve problems from interview prep sites? The truth is, it’s never too early to start. Getting familiar with these platforms helps you sharpen your coding skills and stay updated in a field that’s constantly evolving.

Before diving deeper, let’s differentiate between the two. While LeetCode and NeetCode are quite similar, they have a few key distinctions. For intermediate learners, NeetCode often works better as a teacher , offering structured roadmaps and clear video tutorials. On the other hand, LeetCode serves as a practice ground to test your problem-solving abilities. Once you grasp DSA basics through NeetCode, you’ll find it much easier to tackle problems on LeetCode. Don’t stress too much about getting stuck, you can always find community discussions or explanations for solutions in different languages on YouTube. However, here’s a crucial reminder: avoid becoming overly dependent on YouTube or ChatGPT in the long run!

To sum it up, mastering DSA takes consistent effort and smart practice. Start small ,use ChatGPT to find lists like NeetCode 150, explore channels like Nick White or TechWithTim, and build the habit of regular problem-solving. Stay curious, stay consistent, and happy learning !

The Rise of Edge Computing: Power at the Periphery

Sayed Sohanul Islam

Senior Executive, Press Release and Publications

In the age of data, speed is everything. Each tap, swipe, and stream demands an instantaneous response. Yet as data volumes grow exponentially, traditional cloud computing struggles to keep up.

Edge computing shifts computation closer to where data is generated. It’s a paradigm shift that reduces latency and redefines our technological experience. Rather than relying solely on distant data centers, processing now happens at the edge ,in routers, gateways, and even smartphones. These edge devices perform analysis locally instead of sending data thousands of miles away for processing later. The impact is most critical in systems where even microseconds matter, autonomous vehicles, industrial automation, and healthcare monitoring. In such cases, life itself may depend on instant computation. Imagine sensors that deliver real-time diagnostic data directly to a patient’s bedside or traffic systems that adapt dynamically instead of following rigid schedules. Beyond speed, edge computing also enhances privacy and efficiency. Sensitive information stays local, and networks operate without unnecessary congestion. When combined with advances in 5G and AI, the edge becomes more than a node ,  it becomes intelligent, an active arbiter of decisions.

However, this new frontier introduces its own challenges: securing distributed devices, managing decentralized data, and optimizing energy consumption. Enterprises now race to design architectures capable of meeting these demands with lightweight, adaptable AI models. Edge computing doesn’t replace the cloud, it completes it. As the boundary between device and server fades, we move toward a world where technology isn’t merely reactive but anticipatory. The computing of tomorrow won’t dwell in distant clouds, but right at the edge of possibility.

Flagship Phones: Innovation or Illusion?

MD. Rizwanul Mushfiq

Senior Executive, Press Release and Publications

We have reached the peak era of smartphones, devices that are no longer just “smart,” but our daily companions. What once required a bulky computer just two decades ago is now possible in the palm of your hand. As technology evolves rapidly with flashy marketing stunts like Samsung’s 100x zoom or Google Pixel’s intelligent image optimization, one question remains: are we truly getting what’s promised, or are these just gimmicks designed to make us buy more?

Before diving in, let’s rewind to 2007 when Apple unveiled the first iPhone. Who knew that one presentation by Steve Jobs would revolutionize modern technology and forever change how we communicate? Physical keypads soon vanished, and a new era of smartphones began. While brands like Samsung and Blackberry kept up, giants like Nokia failed to adapt and eventually faded away. Over time, a few companies survived, and many new ones rose to fill the gap.

In the early days of iOS and Android development, hardware innovation drove progress. From multi-touch detection to fitting advanced cameras into tiny sensors and later embedding fingerprint scanners under displays, every upgrade felt groundbreaking. One company would innovate, and others would follow.

But soon, the focus began shifting toward software, and that’s what brings us back to our main question. Google’s Pixel was among the first to prioritize software processing over hardware upgrades, using AI and machine learning to enhance photos from the same old camera sensor. Then came Apple’s iPhone 11 lineup, which set a design template they’ve largely kept to this day. Samsung and other tech giants followed the same route.

Companies started offering longer software support, initially a few years, now up to seven in some Android phones. That sounds great in theory: your phone stays “new” through updates, refreshed UI, and added features. But in reality, most devices don’t even last 3–4 years properly before hardware issues emerge.

The 2019 to 2021 period brought truly mind-blowing features such as Samsung’s 100x zoom, advanced stylus note-taking, Apple’s raw processing power, and Pixel’s software-driven imaging. These redefined what a phone could do. But recent upgrades have been mostly incremental, like a slightly bigger sensor, a less curved display, or a larger camera bump.

Compare two generations of flagships from the same company, and you’ll see how similarly they perform. Since camera sensors rarely change yearly, the main differences lie in software, which older models also receive through updates. But here’s the catch: the hardware fails. One of the most common issues today is random green or pink lines appearing on displays, often requiring an expensive screen replacement.

So the question stands, why should anyone spend so much on a new flagship when it barely lasts three years and offers almost the same experience as its predecessor? Software updates may keep your interface fresh, but when hardware durability declines and innovation stalls, the truth becomes clear: these so-called “upgrades” are more about profit than progress.

At this point, it feels less like innovation and more like repetition, polished, branded, and sold anew each year.

Executive Bodies

MD. Tahmid Iqbal

Director, Press Release and Publications 

Pritom Mondal

Director, Creative

Senior Executive

G M Jubayer Zaman

Press Release and Publications