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Coding Queens: Women at the Helm of Tech Evolution


Coding Queens: Women at the Helm of Tech Evolution

In the male-dominated field of technology, women are shining bright as they emerge as formidable leaders, pushing the boundaries of innovation with their expertise and vision. Known as the “Coding Queens,” these remarkable women are rewriting the rules and transforming the landscape of tech evolution. Despite the challenges and biases they face, women in tech are carving out their space, proving that they have a valuable contribution to make in the industry. With their outstanding achievements and inspiring stories, it’s no wonder that these Coding Queens are celebrated everywhere – from industry events to zoom classrooms. So, take a bow, women in tech, for your resilience, talent, and trailblazing spirit are ushering in a brighter future of technology!

Reigning Over Innovation

The realm of innovation is vast, and women are reigning supreme as architects of groundbreaking advancements. From designing cutting-edge software to spearheading hardware innovations, these Coding Queens are proving that the digital revolution knows no gender boundaries.

Consider the inspiring story of Susan Wojcicki, the former CEO of YouTube. Under her leadership, YouTube has transformed into a global platform that hosts content ranging from educational videos to entertainment. Her role as a Coding Queen in the digital landscape showcases the impact that women can have at the helm of tech giants.

Crafting New Horizons in Artificial Intelligence

Artificial Intelligence (AI) is undeniably one of the most transformative technologies of our time, and women are instrumental in shaping its trajectory. With AI poised to revolutionize industries and reshape the way we live, Coding Queens are at the forefront of research, innovation, and ethical considerations.

Fei-Fei Li, a pioneer in computer vision and AI, has championed the development of algorithms that enable machines to perceive and understand the visual world. Her work not only pushes the boundaries of technology but also advocates for diversity and inclusivity in AI development.

Empowering the Future Through Education

Empowerment through education is a hallmark of the Coding Queens movement. These women understand that sharing knowledge and creating pathways for learning are essential to ensuring a vibrant and diverse tech ecosystem for generations to come.


Reshma Saujani, the founder of Girls Who Code, and Anna Radulovski, founder of Coding Girls, are beacons of change in this arena. Their organizations equip young girls with coding skills and empower them to excel in tech fields. By fostering a community of future Coding Queens, they are sowing the seeds of a brighter, more inclusive tech future.

Shattering the Glass Ceiling

The glass ceiling in the tech industry is cracking, and women are emerging as agents of change, breaking through barriers and challenging preconceived notions of leadership. These Coding Queens are not just demanding a seat at the table; they are creating their own tables and inviting others to join them.

The story of Ginni Rometty, the former CEO of IBM, is a testament to this narrative. Her journey from a systems engineer to the helm of a technology giant is an inspiration to women around the world. Rometty’s leadership underscores the fact that Coding Queens are not confined to specific roles; they can excel in any facet of the tech landscape.

Driving Diversity and Innovation

Diversity drives innovation, and Coding Queens understand this fundamental principle. These women are breaking down silos, fostering collaboration, and ensuring that technology reflects the diverse world it serves.

Kimberly Bryant, the founder of Black Girls Code, is an exemplar of this ethos. Her organization empowers black girls with the skills and confidence to become tech leaders. By embracing diversity, Bryant is shaping a future where Coding Queens come from all backgrounds and walks of life.

Leading with Resilience and Tenacity

The path to leadership is often paved with challenges, but Coding Queens meet adversity with resilience and tenacity. They are unwavering in their pursuit of excellence, overcoming obstacles and shattering stereotypes along the way.

Sheryl Sandberg, the former COO of Facebook, embodies this spirit of resilience. Her advocacy for women’s empowerment, both in the workplace and beyond, has inspired countless individuals to embrace their inner Coding Queens and challenge the status quo.

Paving the Way for a Tech Revolution

As we celebrate the Coding Queens, it’s essential to recognize that their impact extends far beyond individual achievements. They are paving the way for a tech revolution that is equitable, inclusive, and forward-looking. These women are not merely participants; they are visionaries, leaders, and catalysts for change.

Their stories of innovation, empowerment, and determination are rewriting the narrative of what it means to be a leader in the tech industry. By embracing the Coding Queens’ journey, we contribute to a more diverse and vibrant future, where every individual has the opportunity to shine and lead.

In conclusion, the era of Coding Queens is here, and their influence is undeniable. They are rewriting history, reshaping industries, and inspiring generations to come. As we stand witness to their remarkable journey, let us celebrate their achievements, amplify their voices, and join them in charting a course toward a future where technology is guided by diversity, innovation, and the relentless spirit of the Coding Queens.


Code obfuscation

Code Obfuscation: What it is and should You Use It?

Certain programming languages like .NET and Java can very easily be decompiled to readable sources. There are a lot of definitions about code obfuscation, but to explain it better the code obfuscation is the process that makes your application binaries slightly harder to read with a decompiler. It is a very important tool to protect the intellectual property of your business.

Why Obfuscate Code?

Some compiled languages get converted directly to bytecode, for example, C++. If you want to reverse engineer, the only way to work is with a disassembler, which is a complicated and arduous process. Though, it is not impossible, inferring high-level app logic from a stream of assembly language is quite difficult.

On the other side, languages like Java and C# are not compiled for any particular OS. They are more complied to an intermediary language, such as MSIL from .NET’s. This intermediary language is very similar to assembly, but it’s very easily converted back into the source code. So this does mean that in case you have an executable or public Dynamic-link library (DLL), anyone who possesses a copy of your executable are able to open it up in, let’s say dotPeek (.NET decompiler), and directly read your source code, and copy it as well.

Any .NET DLL can be plugged into a decompiler, so code obfuscation cannot prevent this process. But what obfuscation does is use a number of things in order to make the source code very annoying to read and debug.

Renaming is the simplest form of this entity. It is a very common practice to properly name all of the methods, variables, parameters and classes according to what function they do. But of course, you don’t have to do that, so there is nothing that is really stopping you from naming them with lowercase L’s and I, or random similar combinations of unicode characters, just to make the code very hard to read and debug. For the computer, it is all the same, but to a human is very difficult to distinguish.

It could look something like this:



(neat, right?)

This process will be handled automatically by a basic obfuscator, taking the output from the build and then converting it to something that is really, really hard to read. By doing this there is no performance decrease to non-obfuscated code.

There are types of advanced obfuscators that can make it possible to change the structure of the source code. This means it can replace control structures with identical syntax but it looks more complicated.

It can also embed a code that doesn’t do anything, but it would make it harder to read for the decompiler. This means the source would look like ‘spaghetti code’ – which means it would annoy anyone who tries to read the code.

Hiding strings – is one of the common things. In this way, string obfuscation can replace strings with encoded messages – which are also decrypted, and it makes it difficult to search for them from a decompiler.

There are lots of options for obfuscators, it depends on the language the obfuscators are using. For example, Obfuscar, ProGuard, Javascript-obfuscator. etc.

Another option: You can convert to a Compiled Language

Actually, you can convert one programming language to another one, isn’t that a hard or crazy idea. It is an effective way to secure games from cracking, and it is an important step to do when protecting from piracy and cheaters. For example, Unity uses an IL2CPP converter to transform .NET code into C++ bytecode.

Is it necessary to Obfuscate?

Untrusted environments exist – so if you are using a code, and you want to secure it, it is important to use an obfuscator to make decompiling hard.

Securing your code is a must. Using an obfuscator is a must. If you don’t want anybody to decompile your app, you should try switching to a language that doesn’t have these problems.