What Is the Difference Between a Tech Scam and True Innovation?

Dr. Moshiur Rahman

These days in Bangladesh, the word “innovation” seems to have become a magic spell. Whenever a new gadget, app, or tech idea appears, we are quick to accept it as a groundbreaking discovery. Perhaps we are expecting too much, or maybe we just want to hear success stories as soon as possible. But the real problem arises when the inventor themselves doesn’t know whether what they have created is truly innovative, and the individual or organization investing money has no idea how to properly evaluate it either. As a result, “nonsense” projects get wrapped up in the colors of big dreams and are swept along by waves of state or personal funding, but in reality, the outcomes are often zero.

Over the past decade, having worked closely in the country’s tech sector and studied abroad, I have repeatedly observed that some projects are built solely on glamour and big talk. Presentations on giant screens dazzle, the slogans are flashy, and speeches tell tales of flawless expertise—but upon closer inspection, you often find no reliable data, test reports, or answers to basic questions: how does it work, how well does it work, and has anyone else been able to replicate it? There is a fundamental rule in engineering: what cannot be measured, cannot be believed. This is equally true for innovation.

The first sign of a tech scam is excessive confidence. When someone claims, “We are working in a completely new way,” but cannot provide any tried and tested methods, standards, or comparative data, alarm bells should ring. Genuine research is generally humble, because it stands on evidence. A scammer’s language is heavy with words but light on data. The risk grows greater when they demand, “If you don’t invest right now, you’ll miss your chance,” but offer no visible timeline or step-by-step plan. The pressure for quick decisions often acts as a shield for weak ideas.

Innovation is not just about doing something new, but about solving an old problem in a new way—one that cannot be easily achieved with existing technology. This is why the first test of real innovation is proof. Sketches on paper, lists of components, detailed test reports, photos or videos of real prototypes—making grand claims without these is merely conjuring words. Another important aspect is reproducibility. If an invention only works in one place and nowhere else, it’s not science—it’s an anomaly. Something is considered science when the same setup yields the same results every time.

There is a serious misconception about patents in our country. People think that getting a patent means a major discovery. In reality, a patent is simply a legal document declaring someone was the first to claim an idea. But a patent itself does not say whether that idea actually works. So, just showing a patent number is no reason to bow your head in awe; you have to check: was it granted, are the claims solid, and how is it recognized internationally? Often, a very common method is presented in a new wrapper and called a major discovery, but true innovation lies in originality and applicability.

Here, the youth have a great responsibility. Those who want to create something new should become the harshest critics of their own work. Ask yourself: is my work truly offering something better than before? Can I quantify it? And those who invest or make decisions should also have the courage to ask questions. Pouring money into a project based solely on the emotional belief of “doing something for the country” is dangerous; blind skepticism is equally harmful. The only solution is a middle path—facts, testing, and third-party verification.

If you look at the world’s major innovations, you’ll see how they earned recognition by accumulating mountains of evidence. A new drug must go through thousands of tests before coming to market. The wings of a new aircraft aren’t built just on the drawing board—its strength is proven through years of wind tunnel testing. By comparison, if a Bangladeshi project suddenly claims to have solved all problems but cannot show a single valid test report, it would not be wise to believe it.

Another very important issue here is transparency. Genuine researchers usually have nothing to hide about their work. They are willing to show information, are not irritated by questions, but rather welcome them—because they know they have evidence in hand. On the other hand, those who want to hide take shelter behind words. Where public money is involved, this transparency is even more critical. Because that money doesn’t belong to just one person—it belongs to all of us.

If signs of a scam emerge somewhere, there is no need to make a hasty decision out of excitement. What’s needed is calm, third-party verification. Information can be sent to a university lab, an independent organization, or an experienced person from the relevant sector to check its authenticity. If it turns out to be false, legal action is available. But it wouldn’t be fair to put someone in front of the public without evidence. The real fight is against deception, not against people or dreams.

Bangladesh needs innovation—desperately. Our young generation is talented, courageous, and strong in imagination. But without evidence behind that imagination, dreams turn to smoke. Today’s schoolchildren will one day be the researchers, entrepreneurs, and policymakers of tomorrow. They will hold the future of the country’s technology in their hands. So, if they learn now how to ask questions, how to verify, and how to prioritize facts over emotion—then the Bangladesh of the future will be a country of true innovation, not just slogans.

The bottom line is this—demand proof before accepting any claim. Let the path of our technology be illuminated by the light of information. May investing in strong work, not show-off, become our national habit. Because innovation is not just about shouting that something is new; innovation means making the new a reality.