#python programming app for pc

[bare1ythere]

How to back up your tumblr blog with Tumblr-Utils FOR MAC USERS

I've seen a few guides floating around on how to use some more complex options for backing up your tumblr blog, but most are extremely PC focused. Here is a guide for fellow (unfortunate) mac users!

Note: I am not a tech savvy person at all. My brother walked me through this, and I'm just sharing what he told me. Unfortunately I won't be able to help much if you need trouble shooting or advice ;; sorry! This is also based off of this guide (link) by @/magz.

- - - - GUIDE - - - -

First, open terminal. You can command+space to search through your applications, and search for "terminal". It should look like this.

You should see something like this within the window:

[COMPUTER NAME]:~ [USER NAME]$ []

First, create a virtual environment for tumblr back up. This will limit any conflicts with other python programs. Type and enter this into terminal:

python3 -m venv .tumblr_backup

Then, Activate the virtual environment by entering this:

source .tumblr_backup/bin/activate

The next line should now show something like this:

(.tumblr_backup) [COMPUTER NAME]:~ [USER NAME]$ []

As a side note, you can exit this virtual environment by typing and entering "deactivate". You can re-enter it through the previous line we used to activate it to begin with.

Next, install the base package with this line:

python3 -m pip install tumblr-backup

The linked guide details various options for tumblr back up packages that you can install. Copied from the guide for convenience:

"tumblr-backup : default tumblr-backup[video] : adds option to download videos tumblr-backup[exif] : adds option to download EXIF information of fotos (photography metadata information) tumblr-backup[notes] : adds option to download notes of posts (huge) tumblr-backup[jq] : adds option to filter which posts to backup  tumblr-backup[all] : adds all options (personally doesn't work for us at the moment of writing this)"

I chose the video option, but you can pick which you'd like. Download that specific package with this line. Note that unlike the previous lines Ive shown, the square brackets here are actually part of it and must be used:

python3 -m pip install tumblr-backup[OPTION]

Next, you need to create an app linked to your tumblr account to get an OAuth consumer key (aka API key). Go to this link: [https://www.tumblr.com/oauth/apps] and click the [+Register application] button. Here, you will have to input a bunch of info. What you put doesn't really matter. This is how the original guide filled it out, and I did pretty much the exact same thing:

(The github link for your convenience: https://github.com/Cebtenzzre/tumblr-utils)

For the next step, You'll take the OAuth consumer key (NOT the secret key) and set it as the API key in tumblr-utils to give it the ability to download your blog. Input this line. Note that in this case, the square brackets are NOT to be included- just copy and paste the key:

tumblr-backup --set-api-key [YOUR OAUTH CONSUMER KEY]

This will set you up to start your back up! Type this to see all the different customization options you can pick from for your backup:

tumblr-backup --help

To begin your back up, pick which options you want to choose from and select which of your blogs you want to back up. It should look like this:

tumblr-backup [OPTIONS] [BLOG NAME]

For example, I am currently backing up this blog and I wanted to save videos as well as reversing the post order in the monthly archives. This is what my command looked like:

tumblr-backup -r --save-video bare1ythere

And there you have it! Your backup will be saved into a file titled after your blog. You can search through finder for it from there. There is also an option to specify where you want to save your blog, but I'm not sure how it works. I hope this was useful!!

[nameforadragon]

I keep seeing posts being like "omg. The kids don't know how to use computer! They don't know how to use a mouse! They don't know what a command line is! They can't even use a browser. The kids don't know anything about technology if not app on phone:("

And idk dude like. I'm not gonna accuse these people of lying but I am gonna accuse them of being completely biased with absolutely no self reflection at all. You sound like your parents. Like holy shit. First of all, LOTS of us [aged<20] have had computer classes. "Computer lab" was a class all throughout primary school for me, and in grade 8 I had a required course where I learned some Python, had to use Adobe Photoshop, that kind of stuff. I know so many people who go further than that (including myself) and take elective coding classes. Now, it would be incredibly fucking biased of me to conclude that, because almost everyone I know is at the very least functional with a computer and can use a mouse, this means everyone is. Of course not. But thats what these posts do. "I only interact with children who don't know this, therefore no one under 20 knows anything and they're all stupid with their little tik toks" you have a very incomplete sample of kids at this age, and you barely acknowledge it.

Secondly, more on the self reflection bit. This is absolutely a privilege issue. Not a "the kids are so dumbb omggg" issue. Kids don't have computer classes? It's a privilege I was able to get that education. Should we mock people who didn't have music classes growing up and don't know the difference between a rhythm and a beat? If your answer to that is no, then maybe we shouldn't mock kids for not knowing the difference between a search engine and a browser. I know plenty of people bring up the issue to try and get at this, but I cant shake the undertone that all of these posts have in common, which is essentially this air of superiority, like people who grew up with desktop computer access are somehow better than people who didn't, which is just kind of terrible?? Like no joke, I've seen people complaining about uni students who don't really know the ins and outs of programming yet in undergrad and its like,,, did you just not want them to go to school because they didn't know that prior to post secondary? Like, what do you think school is for? Being perfect all the time and telling the teacher that you know everything already? I was under the impression that school was for acquiring knowledge and skills that you previously didnt have.

I also know people who are much older than me, and could have been coding all of their life, but didn't so much as touch a computer until after college, and they learned how to use it, and how to code, and now it's their career! You don't need to learn how computers work when you are five! I grew up scribbling on ms paint and being confused how solitaire worked, and struggling to comprehend minesweeper strategy on a very old version of Windows. I could functionally operate a mouse at the age of one, and that's all privilege. I'm not smarter, or better or more refined or anything, I was literally just born into a family that had desktop computers. And again, to point out the bias, I know way more adults that fit the whole "don't understand it if it's not an app on my phone" than kids.

Finally, a minor nitpick but I feel like it's warranted since the people authouring these posts often present themselves as being more knowledgeable about computers than the average teen? Don't go just saying incorrect bullshit. If you mean PC, say pc. If you mean a desktop computer, or a laptop, say that. Phones are not "fake computers" they just ARE computers. They are computers that have been engineered to be tiny. Their size does not mean they are not computers, it just means they are small. Furthermore, an "app" isn't a "thing u use on a phone." It's literally just the word application shortened. Anytime you use an application that you download on a laptop, or a pc or whatever, you are using an app. Your browser application is an app. I hate to tell you, but it must be said.

Sorry if anything I said in this is straight up wrong, I am not immune to hypocrisy, yadda yadda you know the deal. I also AM NOT an expert on computers, I have (what I, a teenager consider to be) a relatively baseline understanding of computers. And I'm writing this exhausted because I can't sleep. Admittedly on the mobile app, (which explains any typos) but I swear to you that I have a laptop and I use it more than I use my phone most days. I doubt anyone will really see this post but thanks for reading if you got this far I guess. Maybe let's just not fearmonger about "the kids these days" when we should be trying to help kids become functioning adults. I didn't get past my struggles with reading as a kid by being told that I was stupid, or getting mocked. I got past them by finding a book that I loved, and by being encouraged to read by adults who genuinely cared about my education. I really don't see how computers are different, that's all I have to say.

[mysabarablog]

🚀 Code to Career How SUSL’s Computing Faculty Builds Future Tech Leaders

Imagine this: A misty morning in the hills of Belihuloya. Birds are chirping, the air is fresh, and somewhere on campus, a group of students is huddled over their laptops, not just writing code but writing their future.

Welcome to the Faculty of Computing at Sabaragamuwa University of Sri Lanka (SUSL) where classrooms are launchpads, and degrees are only the beginning of an extraordinary journey.

👨‍💻💡 Not Just Learning – Becoming

At SUSL, computing is more than a subject. It’s a mindset. Whether you dream of building the next social media platform or analyzing big data to fight climate change, this is where you begin.

Students choose from three powerhouse programs:

BSc. Honours in Computing & Information Systems

BSc. Honours in Software Engineering

BSc. Honours in Data Science

But here’s the twist you won’t just be memorizing theory. You’ll be:

Coding real applications

Participating in 24-hour hackathons

Collaborating with industry mentors

Solving the kind of problems companies actually face

Because at SUSL, we believe education should feel like the future you’re preparing for.

⚙ Tools of the Trade: Tech You’ll Actually Use

Gone are the days of outdated lab PCs and boring lectures.

Here, you’ll explore:

Python, Java, and JavaScript

React, Node.js, Spring Boot

GitHub, Docker, MySQL, and Firebase

Machine learning models and data visualizations

You’ll learn how to deploy apps, track bugs, manage databases, and even host your own full-stack projects before you graduate.

Sounds exciting? That’s just the beginning.

🤝 Where the Classroom Meets the Company

What makes SUSL truly different is how closely it works with industry.

Through:

Guest lectures by IT professionals

Industry-designed assignments

Internships with real tech companies

Final-year projects with real-world applications

You won’t just “study” computing you’ll live it.

By the time you graduate, your résumé won’t say “student.” It’ll say “problem-solver,” “developer,” “creator,” or even “founder.”

🌿 A Campus That Inspires Innovation

SUSL’s campus isn’t just beautiful it’s built for brilliance.

Tucked between mountains and lakes, the Sabaragamuwa University offers a calm, focused environment where you can:

Collaborate under a tree

Brainstorm with your friends near a stream

Present your ideas in labs surrounded by nature

Creativity flows better when your surroundings fuel your imagination.

🎯 Beyond the Degree: Launching Careers & Startups

Many SUSL alumni go on to become:

Software engineers at top firms

Data scientists in banking, health, and tech

Founders of their own tech startups

Freelancers building global portfolios

From humble beginnings to global careers SUSL’s Faculty of Computing is a launchpad to the world.

✨ Why SUSL?

Because here, coding isn’t a subject — it’s a superpower.

✅ Modern, industry-ready curriculum ✅ Supportive, tech-savvy faculty ✅ A nature-filled learning atmosphere ✅ Practical skills, real tools, real results

[govindhtech]

PyRDP And Rogue RDP: Automating Malicious RDP Exploits

PyRDP automates file exfiltration and clipboard theft for rogue RDP campaigns. This method allows unnoticed spying via hacked remote desktop sessions.

Remote Desktop Protocol?

The Windows service Remote Desktop Protocol (RDP) allows Terminal Servers and Clients to communicate. This system uses “virtual channels” to convey data from presentations, keyboard and mouse actions, clipboards, and serial devices. Traditional RDP security research has focused on how attackers with authentic victim credentials may get full GUI access to a machine.

Innovative New Campaign RDP Use

Google Threat Intelligence Group (GTIG) uncovered a new phishing campaign tied to UNC5837, a suspected Russian espionage actor, in October 2024. This effort targeted European military and political institutions using signed.rdp file attachments. Instead than stressing interactive sessions, this marketing ingeniously used two obscure RDP protocol features:

Resource redirection maps victim file systems to attacker servers.

RemoteApps: Giving victims access to attacker-controlled applications.

RDP proxy programs like PyRDP may automate dangerous actions like file exfiltration and clipboard gathering. This approach is called “Rogue RDP.” This effort focused on file theft and espionage.

Key RDP Features

.rdp configuration files: .rdp configuration files can change RDP session functionality by configuring IP addresses, display settings, and certificate options. These files setup an RDP session like the traditional GUI (mstsc.exe). The observed campaign used phishing emails with malware-signed.rdp file attachments. This file allowed the adversary to read and write all of the victim's discs and clipboard contents and create an RDP connection from the victim's computer.

The resource redirection capability lets remote desktop users utilise local peripherals and devices. This includes printers, keyboards, mouse, discs, serial connections, hardware keys, audio equipment, and clipboards. The observed campaign's malicious.rdp file sent all discs, printers, COM ports, smart cards, WebAuthn requests, clipboards, and POS devices to the attacker's C2 server. Microsoft's "virtual channels" allow resource redirection and RDP packet transmission.

RemoteApps: This optional RDP feature lets remote server apps run as windowed programs on the client (victim). Thus, a malicious remote program that isn't installed on the victim's PC may seem local. Malicious.rdp files in RemoteApp campaigns presented users with a fake “AWS Secure Storage Connection Stability Test” app.

This application was hosted on the attacker's RDP server and looked local. The session displays this application alone when remoteapplicationmode is 1. RemoteApp requires RDP server resources, yet mapped victim CDs allow RemoteApp access. This malware also received the victim's Windows environment variables as command-line arguments.

Function of PyRDP

PyRDP, an open-source Python-based MiTM RDP proxy toolkit, is used offensively. Even if its use in the claimed campaign is unverified, its automation makes it a feasible weapon for such attacks. PyRDP relays the victim-RDP server connection to boost capabilities:

Possible NTLM hash and plaintext password theft.

The RDP server executes commands, not the victim's machine.

Note the user's clipboard.

Mapping and maybe scraping drives.

Controlling, recording, and broadcasting RDP sessions.

PyRDP uses fine-grained control over built-in functionality rather than RDP protocol vulnerabilities. PyRDP might have been used in the campaign under observation to bypass the user login screen and reveal the malicious RemoteApp by giving credentials. Potential features include clipboard capture and automatic file exfiltration.

Security Risks and Effects

This campaign highlights unknown RDP security risks. It shows how attackers may employ lawful characteristics for evil, making identification and incident response harder due to fewer forensic artefacts than other attack routes. Even without direct command execution on target PCs, the attackers were able to access victim discs, steal files, collect clipboard data (including passwords), and steal environment variables. Signed.rdp files may bypass security alarms, reducing attack suspicion.

Advice for Defenders

The sources give several ways to fortify systems and identify these attacks:

Log Artefacts: Monitor registry keys (HKU\…\Microsoft\Terminal Server Client\Servers) and Windows Event Logs (Event IDs 1102, 1027, 1029) to comprehend an attacker's infrastructure. Increased logging (e.g., Sysmon) can track file write activity from C:\Windows\system32\mstsc.exe on redirected discs, however transient files should not be included. You may also use regex patterns to identify.rdp files run from email attachments.

System hardening: Network-level blocking of outgoing RDP traffic to public IPs, registry-based resource redirection disablement, and Group Policy-based granular RDP policy configuration (e.g., resource and clipboard redirection management, enforcing Network Level Authentication, and blocking.rdp file extensions as email attachments) can improve security.

Questionable RDP configuration files with a base64 encoded Let's Encrypt certificate or that allow resource redirection and RemoteApps can be identified using YARA criteria.

Final comments

The “Rogue RDP” campaign shows how to innovate with old tactics. The risk is dishonestly using actual RDP capabilities, not protocol weaknesses. To defend against such assaults and grasp PyRDP's potential, one must understand RDP features, notably resource redirection and RemoteApps.

[antsdigital1]

Web Development vs. App Development: What's the Difference?

Deciding between web development and app development can be tricky. Each offers distinct advantages, and choosing the right path for your business depends on your target audience, features needed, and budget. Whether you're working with an app development company or a social marketing agency like Ants Digital, understanding the core differences between these two options will help you make the best decision for your online presence.

Understanding Web Development

Web development refers to creating websites and web applications that can be accessed through a browser. This process includes everything from designing the user interface to managing the back-end that makes everything run smoothly. It's a versatile and essential component of any business's online presence.

Key Components of Web Development

Front-End DevelopmentThe front end of a website is what users interact with. Everything appears on the screen, including layouts, graphics, and navigation. Developers use languages like HTML, CSS, and JavaScript to create a smooth and visually appealing experience. Popular frameworks such as React and Angular are commonly used to enhance user interfaces.

Back-End DevelopmentThe back end is the server-side part of the website that deals with data storage, processing, and integration with the front end. Languages like PHP, Python, and Ruby are used to ensure that the back-end systems run smoothly. A well-developed back-end ensures your website is functional and responsive.

Full-Stack DevelopmentFull-stack developers are capable of managing both front-end and back-end processes. They have the skills to build websites from start to finish, ensuring that all parts of the system integrate seamlessly.

What is App Development?

In contrast, app development focuses on creating applications for mobile devices, like smartphones and tablets, as well as desktop applications for operating systems like Windows or macOS. Apps can be downloaded and installed on a user's device, offering a more interactive and personalized experience.

Key Types of App Development

Mobile App DevelopmentMobile apps are developed specifically for platforms like iOS (Apple) and Android (Google). These apps are designed to work seamlessly with the device’s features, such as the camera, GPS, and other sensors. Developers use programming languages like Swift for iOS or Kotlin for Android to build native mobile applications. Cross-platform frameworks like React Native also allow developers to build apps that work on both platforms simultaneously.

Desktop App DevelopmentDesktop apps are designed to run on desktop computers with operating systems such as Windows, macOS, or Linux. These applications tend to be more complex and offer advanced functionality compared to mobile apps. Languages like C++, Java, and C# are often used to develop desktop apps.

Key Differences Between Web Development and App Development

While both web and app development serve different purposes, the decision on which route to take depends on various factors, including your business’s goals, audience, and user experience needs.

Platform DependencyOne of the biggest differences is platform dependency. Web applications are accessible from any device with a browser, making them platform-independent. This means that users can access your website from a PC, laptop, or mobile device without worrying about compatibility. On the other hand, mobile apps are platform-specific. An Android app won't work on an iPhone without a specific version of the app designed for iOS.

Development ComplexityWeb development is generally less complex than app development. Websites are developed using standard technologies that work across various browsers and devices. App development, on the other hand, can be more complicated since developers often have to create different versions for Android and iOS, each with its own set of guidelines and requirements.

User ExperienceMobile apps tend to provide a more customized and seamless user experience since they can take full advantage of the device's unique features, such as its camera, sensors, and GPS. Web applications, while offering a consistent experience across devices, can't fully leverage these device-specific capabilities.

Maintenance and UpdatesWebsites are easier to maintain and update. Changes made on the server-side are reflected immediately for all users. For apps, updates need to be submitted to the app store, where they must be approved and downloaded by users, which can take more time.

Which One Should You Choose for Your Business?

When deciding between web development and app development, it's important to consider what you need to achieve. If you're looking to build a platform that reaches a wide audience on different devices with less complexity, web development is likely the better choice. However, if you need a more immersive experience with access to device-specific features, then developing a mobile app might be the way to go.

Conclusion

Both web development and app development are essential tools in creating a strong online presence, but each serves a different purpose. If you're still unsure about which path to take, consider partnering with an expert app development company like Ants Digital to guide you through the process. Additionally, a reliable social marketing agency can help you amplify your reach and ensure your platform—whether it’s a website or an app—gets the attention it deserves.

Making the right decision for your business will depend on the specific needs of your project, but with the right development approach, you can create a digital solution that best serves your goals

[xaltius]

Beyond the Code: Exploring the Diverse Fields of Software Engineering

Software engineering isn't a monolithic entity; it's a vast landscape encompassing numerous specialized fields, each with its own unique challenges and opportunities. While the core principles remain consistent, the application of those principles varies significantly across different domains. Let's embark on a journey through the diverse fields of software engineering and discover the exciting possibilities they offer.

1. Web Development:

This field focuses on building websites and web applications.

It involves front-end development (user interface), back-end development (server-side logic), and full-stack development (both).

Technologies: HTML, CSS, JavaScript, Python (Django, Flask), Ruby on Rails, etc.

2. Mobile App Development:

This field centers on creating applications for mobile devices (smartphones, tablets).

It involves developing apps for different operating systems (iOS, Android).

Technologies: Swift (iOS), Kotlin/Java (Android), React Native, Flutter.

3. Embedded Systems Development:

This field involves creating software for embedded devices (e.g., appliances, automobiles, medical devices).

It often requires a deep understanding of hardware and real-time operating systems.

Technologies: C, C++, assembly language.

4. Game Development:

This field focuses on creating video games for various platforms (consoles, PCs, mobile devices).

It involves programming game logic, graphics, and sound.

Technologies: C++, C#, Unity, Unreal Engine.

5. Systems Software Development:

This field involves creating operating systems, device drivers, and other system-level software.

It requires a deep understanding of computer architecture and operating system principles.

Technologies: C, C++, assembly language.

6. Data Science and Machine Learning Engineering:

This field involves building software that analyzes data, develops machine learning models, and implements AI solutions.

It requires expertise in data analysis, machine learning algorithms, and programming.

Technologies: Python, R, Tensorflow, Pytorch.

7. Cloud Computing Engineering:

This field involves developing and maintaining cloud-based applications and infrastructure.

It requires expertise in cloud platforms (AWS, Azure, GCP) and distributed systems.

Technologies: Python, Java, Go, Docker, Kubernetes.

8. Cybersecurity Engineering:

This field focuses on developing and implementing security solutions to protect computer systems and networks from cyberattacks.

It requires expertise in network security, cryptography, and ethical hacking.

Technologies: Python, C, security tools.

9. DevOps Engineering:

This field focuses on automating software development and deployment processes.

It involves using tools and practices to improve collaboration between development and operations teams.

Technologies: Docker, Kubernetes, Ansible, Jenkins.

Choosing Your Path:

The diverse fields of software engineering offer a wealth of opportunities for those with a passion for technology. When choosing your path, consider:

Your Interests: What areas of technology excite you the most?

Your Skills: What are your strengths and weaknesses?

Your Career Goals: What type of work do you want to do?

Xaltius Academy's Software Engineering Course: Your Gateway to Success:

Whether you're interested in web development, mobile app development, or any other field of software engineering, Xaltius Academy's Software Engineering Course can provide you with the foundation you need to succeed. Our curriculum covers essential programming concepts, software development principles, and hands-on projects, preparing you for a rewarding career in the world of software.

Conclusion:

Software engineering is a dynamic and ever-evolving field. By exploring the different specializations and choosing a path that aligns with your interests and skills, you can embark on a fulfilling and successful career.

[ludoonline]

Why Startups Prefer Game Development Companies in India for Mobile App Success

The global gaming industry is growing rapidly, and startups are playing a crucial role in shaping the future of mobile gaming. Among the top destinations for game development, India has emerged as a preferred hub for startups looking to create engaging and high-quality mobile games. But why are Indian game development companies the top choice for startups worldwide?

Let’s explore the key reasons why India is the go-to destination for game development startups.

1. Cost-Effective Game Development Services

One of the biggest advantages of outsourcing game development to India is cost efficiency. Developing a mobile game requires skilled professionals, advanced technology, and extensive testing—all of which can be expensive in countries like the USA, UK, or Europe.

How India Offers Cost-Effective Solutions:

✅ Lower labor costs without compromising quality ✅ Flexible pricing models (hourly, fixed-cost, dedicated teams) ✅ Access to full-stack game development services at a fraction of the global cost

This cost advantage allows startups to allocate more budget towards marketing, user acquisition, and post-launch updates.

2. Access to Skilled and Experienced Talent

India is home to a vast pool of talented game developers, designers, and animators proficient in the latest technologies. Indian game development companies specialize in:

🎮 Game Engines: Unity, Unreal Engine, Godot, Cocos2d-x 🖥️ Programming Languages: C++, C#, Java, Python 🎨 2D/3D Game Design: Blender, Maya, 3ds Max 📲 Cross-Platform Development: Mobile (Android, iOS), PC, Console

With thousands of game developers graduating from top institutions every year, India offers a skilled workforce at competitive rates.

3. Expertise in Trending Game Technologies

Indian game development companies are quick to adopt new technologies, making them ideal partners for startups looking to integrate cutting-edge gaming features.

Key Technologies in Indian Game Development:

🚀 Augmented Reality (AR) & Virtual Reality (VR) – Used for immersive gaming experiences 🎮 AI and Machine Learning – Personalized gaming experiences and adaptive difficulty levels ☁ Cloud Gaming & Multiplayer Integration – Seamless online gameplay and social connectivity 🔗 Blockchain & NFTs – Play-to-earn games and in-game asset ownership

With these technologies, Indian studios help startups create next-gen gaming experiences that attract a global audience.

4. Faster Development and Time-to-Market

For startups, speed is crucial. Indian game development companies use agile development methodologies to ensure: 📌 Faster prototyping and MVP (Minimum Viable Product) creation 📌 Rapid iteration based on user feedback 📌 Scalable game architecture for future updates

A well-structured game development process allows startups to launch their games faster and gain a competitive edge in the market.

5. Strong Outsourcing & Collaboration Culture

India has a long history of IT and software outsourcing, making its game development companies highly efficient in working with global clients.

Benefits of Outsourcing Game Development to India:

✔ 24/7 development cycle due to time zone advantages ✔ Dedicated teams that adapt to client needs ✔ Effective communication & project management through Slack, Zoom, Jira

Startups can focus on marketing and business growth while their game is developed by an experienced Indian team.

6. Expertise in Mobile-First Game Development

With over 500 million smartphone users in India, the country has a deep understanding of mobile gaming trends. Indian developers specialize in:

📲 Casual & Hyper-Casual Games – Quick gameplay loops for mass adoption 🎮 Mid-Core & Hardcore Games – Engaging mechanics for serious gamers 🏆 Esports & Multiplayer Games – Real-time gaming experiences

Since mobile-first gaming dominates the global market, Indian game studios are well-equipped to develop mobile apps that succeed.

7. Proven Success Stories from Indian Game Development Studios

Many successful mobile game startups have leveraged India’s game development talent. Notable game development companies in India include: ApperStudios - Leading in mobile app and game development Nazara Technologies – Leading in mobile gaming and esports Moonfrog Labs – Creators of the popular Ludo Club JetSynthesys – Innovators in mobile gaming and blockchain-based games 99Games – Known for successful casual and strategy games

These companies have demonstrated India’s capability in delivering top-quality games that attract millions of players worldwide.

8. Post-Launch Support & Game Maintenance

Launching a mobile game is just the beginning. Regular updates, bug fixes, and new content are essential for keeping players engaged.

Indian game development companies offer: ✅ 24/7 technical support and performance monitoring ✅ Game analytics & user behavior tracking ✅ Live operations & event-based game updates

With a strong post-launch strategy, startups can sustain long-term user engagement and maximize revenue.

Final Thoughts

For startups looking to develop a successful mobile game, India offers the perfect blend of affordability, talent, and innovation. With expertise in cutting-edge technologies, mobile-first game design, and scalable development solutions, Indian game development companies are the ideal partners for building high-quality gaming apps.

Looking for a game development company? ApperStudios might be the perfect choice for your startup’s success! 🎮

[ronin-deactivated19851026]

i couldn't afford much in general as a teen and a young adult and while it may suck not to be able to afford fancy art tools or expensive board games, there are so many things one can do

list of stuff from my personal experience (i had low budget/outdated pcs/laptops during these periods of my life):

i was a casual doodler in my mid teens and pencil+eraser+black ballpoint or gel pen+checkered notebooks+cheap printing paper was a heavenly combo

dollar store cross stitch kits are good. they may be knock offs, they may not have fancy threads, but they're great for a casual hobby. also major stores may have fancier kits at huge discounts, especially around the end of season (to get rid of "outdated" kits that weren't sold), that's how i got almost all of cool cross stitch kits i own

thrift stores and places like craigslist or whatever equivalent you have in your country have cheap knitting needles and yarn, if you want to get into knitting. sometimes people can giveaway those, like i do sometimes with art supplies i don't need

pixel art. you got a pc/laptop with a mouse or a mobile device? then you're fully capable of drawing in ms paint or freeware graphic editors (medibang, krita, dotpict, pixilart, etc). pixel art doesn't require basic drawing motor skills, you just poke on dots

explore new music. back in 2000s i used to pirate random music, these days you can just explore yt music or bandcamp, or simply google random music radio stations

myabandonware.com is my way to go to get old games for free. there are a lot of gems forgotten by the mainstream but worth exploring

console game emulation. all of my nostalgia trips to my childhood during teen years when i couldn't afford anything were through downloading emulators and game roms. on itself, the whole thing is also a huge territory of unexplored/forgotten gems worth of playing

various programming skills. all major programming languages you can think of, html, css, python, c#, etc, all have enormous amounts of free courses online. depending on what you're making, you likely won't need a beefy device for that, like making a neocities page doesn't require much. if you want to make a game, there are free engines and, again, enormous amount of free information even without pirating stuff, tumblr has a lot of blogs that focus on writing advises

speaking of, writing. you can just start typing out stories. i personally sucked at this and never was really interested, but it's a free, entry-level hobby that everyone can pick up, and again, writing advises are all over the place

if you want to learn a skill and know a great book or a course about it (to me, that's sometimes the case, as i don't want to waste time filtering out information online) just pirate it lol. or look it up at your local library

another hobby that i failed at, but for the sake of a "hobby list" that i'm making i'll mention it: almost 20 years ago i wanted to compose music and pirated fl studio. they currently have a free version! i'm also pretty sure there are other entry-level music apps and yt has lots and lots of tutorials and valuable info about using them. all i needed back then for fl studio was just a mouse and a keyboard

learning a new language. again, a lot of ways to practice it, the internet makes it super easy to get exposed to the content of whatever language you're learning. yt has a lot of courses, and various great textbooks are available either in your local library, or you can pirate it

This person wrote a manifesto I ain’t reading all that but this is literally the type of behavior im talking about the idea hobbies all cost money is so removed from reality if you have the time to pick up your phone and write 7 paragraphs on how im victimizing you with my offhanded post you have the time to watch a movie on YouTube with your very same phone instead come on now. How is you freaking out on the internet helping any of these issues

[pov-amna]

Hey there, eager learners! 📚 Just dropped a fresh blog post. Dive in and let's chat about all things knowledge!💡

[medrec-tech]

Step-by-Step Guide to Creating Mobile Games: Learn Game Development Today!

The mobile gaming industry is thriving like never before. With billions of smartphone users worldwide, mobile games have become a favorite pastime for people of all ages. If you've ever thought about creating your own game, there's no better time to start. The process may seem complex at first, but with the right guidance, anyone can become a game developer.

In this comprehensive guide, we’ll break down everything you need to know about creating a mobile game — from conceptualizing an idea to publishing it on app stores.

Why Should You Learn Game Development?

Before diving into the technical details, let’s explore why mobile game development is a valuable skill:

Massive Market Opportunity: The global mobile gaming market is projected to reach $160 billion by 2026.

Creative Freedom: Designing games lets you unleash your creativity by building immersive worlds and characters.

Potential Income Stream: Developers can earn through ads, in-app purchases, and game sales.

Community Support: There are countless forums, tutorials, and resources to help beginners succeed in this field.

Whether you’re an artist, programmer, or entrepreneur, game development has something for everyone.

What You Need to Start Game Development

Before building a mobile game, ensure you have the right tools, skills, and mindset.

1. Skills Required

While you don’t need to be an expert, having a basic understanding of the following can help:

Programming: Languages like C# (used in Unity), Python, or Java are commonly used in game development.

Graphic Design: Basic knowledge of design software like Photoshop or Blender is helpful for creating visual assets.

Problem-Solving: Game development involves a lot of trial and error, so patience is key.

If you’re entirely new, don’t worry. Many game engines provide visual scripting tools that minimize coding.

2. Tools and Software

The right tools can simplify the game development process. Here’s a list of essential software and platforms:

Game Engines:

Unity: Known for its versatility, Unity supports both 2D and 3D games.

Unreal Engine: Best for creating high-quality 3D graphics, though it has a steeper learning curve.

GameMaker Studio: Ideal for 2D games and beginners due to its drag-and-drop interface.

Godot: An open-source game engine with an active community.

Design Tools:

Photoshop/Illustrator: For creating 2D assets and textures.

Blender: A free, powerful tool for designing 3D models.

Canva: A beginner-friendly option for simple designs.

Audio Tools:

Use software like Audacity or GarageBand to create background music and sound effects.

3. Hardware Requirements

To run game engines efficiently, your computer should meet these minimum specifications:

Processor: Intel i5 or equivalent.

RAM: At least 8GB (16GB recommended).

Graphics Card: Dedicated GPU like NVIDIA GTX 1060 or better.

Storage: SSDs are preferred for faster performance.

A mid-range PC is sufficient for most 2D games, but high-end specifications are recommended for 3D game development.

Steps to Create a Mobile Game

Now that you have the tools and mindset, let’s dive into the actual steps of creating a mobile game.

Step 1: Choose Your Game Idea

The foundation of a successful game is a unique and engaging idea. Here’s how to brainstorm:

Identify a Genre: Decide if you want to create a puzzle, adventure, racing, or strategy game.

Research Competitors: Analyze popular games in your chosen genre to understand their strengths and weaknesses.

Solve a Problem: What makes your game stand out? Focus on unique gameplay, visuals, or storylines.

Example: If you love Sudoku, consider creating a modernized version with unique challenges or themes.

Step 2: Select a Game Engine

The game engine you choose will determine how your game is built. Here’s a comparison of popular options:

Unity:

Pros: Beginner-friendly, supports both 2D and 3D games, extensive library of tutorials.

Cons: Some features require coding.

Unreal Engine:

Pros: Exceptional graphics and visual scripting with “Blueprints.”

Cons: Steeper learning curve, requires high system specifications.

GameMaker Studio:

Pros: Drag-and-drop interface for beginners, great for 2D games.

Cons: Limited support for 3D games.

Pro Tip: Start with Unity if you’re unsure, as it balances ease of use and flexibility.

Step 3: Learn the Basics of Programming

If you’re new to programming, here’s how to start:

Take Online Courses: Platforms like Udemy and Codecademy offer game-specific programming courses.

Explore Visual Scripting: Engines like Unity and Unreal Engine let you use visual tools to design gameplay without writing code.

Practice Consistently: Start small by scripting simple game mechanics like player movement or object collisions.

Example: Write a basic script to make a character jump when the spacebar is pressed.

Step 4: Design Your Game Assets

Game assets include everything visual and auditory in your game.

Graphics:

Create custom characters and environments using Blender (3D) or Photoshop (2D).

Download free or paid assets from Unity Asset Store, Envato, or Itch.io.

Sound:

Record sound effects or download royalty-free music from platforms like Freesound.org or Bensound.

Pro Tip: Keep the design simple for your first game. Minimalist graphics can still be highly engaging.

Step 5: Build and Test Your Game

This step involves assembling your assets, writing code, and creating gameplay mechanics.

Integrate Assets: Import your characters, backgrounds, and objects into the game engine.

Set Up Gameplay Mechanics: Write scripts to control player actions, AI behavior, and level progression.

Test Regularly: Use the game engine’s play mode to identify and fix bugs.

Example: Test how your character interacts with objects like platforms or enemies.

Step 6: Publish Your Game

After thorough testing, it’s time to release your game to the world.

Google Play Store:

Pay a one-time $25 registration fee.

Submit your APK file and fill in the necessary details.

Apple App Store:

Requires an annual $99 developer account.

Follow Apple’s guidelines for app submission.

Monetization Tips:

Add ads using platforms like AdMob.

Offer in-app purchases like extra levels or customization options.

Release a free version and a premium version of your game.

Advanced Tips for Game Development Success

Start Small: Build simple games like tic-tac-toe before tackling complex projects.

Engage Your Audience: Test your game with friends or online beta testers and incorporate their feedback.

Update Your Game: Regular updates can improve user retention and attract new players.

Join Communities: Participate in forums like Reddit’s r/gamedev or Unity’s discussion boards for advice and collaboration opportunities.

Frequently Asked Questions (FAQs)

Q: How long does it take to create a mobile game?A: It depends on the complexity. A simple 2D game can take a few weeks, while 3D games might take months.

Q: Do I need a team to develop games?A: Solo developers can create games, but collaborating with artists or sound designers can enhance the quality.

Q: Can I make money from my game?A: Yes! Ads, in-app purchases, and premium versions are common revenue models.

Conclusion

Creating a mobile game might seem challenging, but it’s a journey filled with learning and creativity. Start small, explore resources, and never stop experimenting. With dedication and the right tools, you can transform your ideas into playable realities.

Are you ready to create your first mobile game? Share your thoughts and questions in the comments below!

[atplblog]

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[gitengineering]

 Best engineering college in Kerala| The Expansive Scope of Computer Engineering in India

Explore vast career prospects in computer engineering at GIT Engineering College, a top-ranked institution in Kottayam. Specialize in artificial intelligence, software development, data science, and more. Start your journey towards a tech-driven future today!

Computer engineering offers immense scope and opportunities, making it a popular choice among students. Are you curious about the possibilities in this dynamic field? Let’s delve into what computer engineering entails and the vast career prospects it offers.

 What is Computer Engineering?

Computer Engineering is a branch of engineering focused on developing and evolving both computer hardware and software. This field integrates software development and design, hardware-software integration, and electronic management of computer systems. It encompasses circuit designing, computing, design, and control of microcontrollers, microprocessors, PCs, supercomputers, and more.

 Scope of Computer Engineering

The rapid growth of technology and the IT sector has significantly increased the scope of computer engineering in India. The digital transformation spurred by the pandemic has further accelerated this trend, expanding the IT sector from a small flower garden to a vast field. A B.Tech in Computer Science equips students with foundational knowledge in systems, computer architecture, networking, database systems, operating systems, programming, website design, computation, e-commerce, software and hardware studies, and multimedia applications.

Graduates with a B.Tech in Computer Science can earn between ten to thirty lakhs per annum. They can seek employment in various sectors, including MNCs, NGOs, private firms like Wipro, Google, Infosys, HCL, Facebook, Microsoft, Amazon, Flipkart, IBM, Adobe, and government organizations through the GATE examination. Computer engineers find opportunities in software companies, banks, public sectors, colleges and universities, IT firms, media and entertainment, PR, advertising, finance, research labs, medical fields, digital consultancy, armed forces, and more.

 Career Domains in Computer Engineering

Computer engineering offers careers in:

- Artificial Intelligence and Robotics

- Embedded Systems

- Ethical Hacking

- Wireless Networks

- Computer Manufacturing

- Database Systems

- Web Applications

- Animation

- Computer Graphics

- Scientific Modelling

- Computational Biology

- Video Game Development

- Mobile Application Development

- Data Science

- Network Administration

 Top Professional Job Profiles for Computer Engineers

Here are the top nine job profiles for computer engineers:

1. Data Scientist

   - Data Scientists analyse and interpret large amounts of data, utilizing skills in statistics, mathematics, and computer science to structure and organize databases for various organizations.

2. System Analyst

   - System Analysts optimize and troubleshoot existing systems, suggest new programs and applications, and enhance the role of technology in organizations, working in financial, medical, IT, and government agencies.

3. Software Developer

   - Software Developers design and develop system software and applications to improve organizational performance, creating apps and games by writing code in languages like Python, Java, C, SQL, etc.

4. Hardware Engineer

   - Hardware Engineers design, develop, and test physical components of computers and technological systems, contributing to fields like robotics, AI, embedded systems, and medical sectors.

5. IT Consultant

   - IT Consultants work on projects, analyse data, determine information system requirements, recommend hardware and software, and troubleshoot issues for various sectors, including IT, finance, and medical fields.

6. Networking Engineer

   - Network Engineers create and maintain information transmission systems and networks, ensuring security and maximum infrastructure for users and organizations.

7. Database Administrator

   - Database Administrators manage and analyse databases for banks, hospitals, financial firms, government organizations, and universities.

8. Web Developer

   - Web Developers design and develop websites, ensuring technical functionality, user interface, engagement, performance, and maintenance for businesses, non-profits, and e-commerce.

9. Embedded Systems Engineer

   - Embedded Systems Engineers use software programming tools and microprocessors to control devices and machines in education, healthcare, aviation, automotive, and consumer electronics industries.

 Building a Successful Career in Computer Engineering: Tips and Hacks

1. Know Your Strengths

   - Understand why you are interested in computer engineering and what you plan to achieve with it. Identifying specific technical and soft skills is crucial for your chosen career path.

2. Graduate from a Prestigious Institution

   - Choose a degree from a well-accredited institution to enhance your employability. For those seeking the best engineering college in Kottayam, consider GIT Engineering College, a top-rank engineering college in Kottayam.

By following these guidelines, you can pave the way for a successful career in computer engineering. Embrace the vast opportunities and be part of the technological revolution shaping our world.

 Conclusion

The field of computer engineering is thriving, offering a wealth of career opportunities. By obtaining a degree from a prestigious institution like GIT Engineering College, one of the best engineering colleges in Kottayam, you can ensure a bright and successful future in this dynamic field.

For more information and to explore our programs, visit our website today. Start your journey towards a rewarding career in computer engineering with GIT Engineering College Top engineering college in Kottayam.

[takeoffproject]

Innovative Python Projects for Engineering Students

Python Projects for Engineering Students are a great way to demonstrate your knowledge and abilities. Takeoff Projects values practical experience, so we've put together a list of Python projects that will help you apply your learning in real-world situations, which will improve your resume and get you ready for the job market. Whether you're interested in automation, web development, data science, or other fields, these projects will help you innovate and succeed in your engineering career.

Importance of Practical Projects

For engineering college students, realistic initiatives are crucial due to the fact they fill the information hole among what is discovered inside the classroom and realistic programs. Students can advantage a deeper understanding of the subjects they've studied in textbooks via running on Python tasks. Students can follow their theoretical know-how to real-world conditions through those initiatives, which promote crucial wondering and trouble-solving abilities. Completing projects also can help college students stand out to employers through demonstrating their potential to deal with actual-international engineering troubles.

Smart Home Automation System 

Using a pc or mobile tool, you can automate and manipulate household home equipment using a Smart Home Automation System in Python. A internet interface or app can be used to govern lighting, fanatics, and other gadgets with this machine. The device may additionally right now switch off lights when it detects no motion thanks to its sensors. Building this assignment calls for the use of Python modules like PySerial for hardware communication and Flask for internet development. Speech recognition libraries can also be used to combine voice manipulate functions. This assignment gives you fingers-on enjoy integrating software program and hardware similarly to teaching you approximately the Internet of Things. You will gather useful skills in automation, sensor integration, and designing person-pleasant interfaces with the aid of operating on this mission, with the intention to enhance the efficiency and smartness of your house.

Automated Student Attendance System 

Using facial reputation era, an Automated Student Attendance System in Python mission makes the method of documenting attendance easier. This device takes photos of pupils as soon as they walk into the study room and uses their facial trends to routinely file their attendance. What you may examine from it and how it operates are as follows

How It Works 

Picture Capture

Students are photographed by means of a digicam that is positioned at the entrance.

Face Recognition

 To comprehend and identify faces in the obtained pics, the system makes use of Python modules consisting of OpenCV and face recognition.

Attendance Recording

A pupil's attendance is right now recorded in a database as quickly as their face is known. MySQL or SQLite can be used to address this database.

Data management

A consumer-friendly interface that may be created with Python frameworks like Flask or Django may be used to retrieve and manage the attendance facts.

Learning Outcomes

Computer imaginative and prescient and device mastering

 You will get understanding about the way to realize faces using device getting to know techniques. For this, libraries like face recognition and OpenCV might be critical.

Database Management

 Understanding database structures is vital for dealing with attendance statistics. You'll select up SQL and database management skills.

Web improvement

 Web development competencies are required to provide an interface that allows administrators and teachers to monitor and manipulate attendance records. Django or Flask can help you in growing this interface.

Automation

Compared to guide attendance systems, this assignment will teach you a way to automate ordinary tactics, if you want to keep time and reduce errors.

Working in this Automatic Student Attendance System will provide you realistic expertise in a number of important regions of era.

[rupasriymts]

Innovative Python Projects for Engineering Students

Python projects for Engineering Students are a great way to demonstrate your knowledge and abilities. Takeoff Projects values practical experience, so we've put together a list of Python projects that will help you apply your learning in real-world situations, which will improve your resume and get you ready for the job market. Whether you're interested in automation, web development, data science, or other fields, these projects will help you innovate and succeed in your engineering career.

Importance of Practical Projects

For engineering college students, realistic initiatives are crucial due to the fact they fill the information hole among what is discovered inside the classroom and realistic programs. Students can advantage a deeper understanding of the subjects they've studied in textbooks via running on Python tasks. Students can follow their theoretical know-how to real-world conditions through those initiatives, which promote crucial wondering and trouble-solving abilities. Completing projects also can help college students stand out to employers through demonstrating their potential to deal with actual-international engineering troubles.

Smart Home Automation System 

Using a pc or mobile tool, you can automate and manipulate household home equipment using a Smart Home Automation System in Python. An internet interface or app can be used to govern lighting, fanatics, and other gadgets with this machine. The device may additionally right now switch off lights when it detects no motion thanks to its sensors. Building this assignment calls for the use of Python modules like Serial for hardware communication and Flask for internet development. Speech recognition libraries can also be used to combine voice manipulate functions. This assignment gives you fingers-on enjoy integrating software program and hardware similarly to teaching you approximately the Internet of Things. You will gather useful skills in automation, sensor integration, and designing person-pleasant interfaces with the aid of operating on this mission, with the intention to enhance the efficiency and smartness of your house.

Automated Student Attendance System 

Using facial reputation era, an Automated Student Attendance System in Python mission makes the method of documenting attendance easier. This device takes photos of pupils as soon as they walk into the study room and uses their facial trends to routinely file their attendance. What you may examine from it and how it operates are as follows.

Conclusion

Python projects for engineering students an outstanding danger to apply their programming information to clear up real troubles. Takeoff Projects offers a huge variety of Python-primarily based initiatives that enhance education and stimulate creativity. These initiatives, that may include growing a chatbot, a traffic light management machine, or an app for weather forecasting, provide students actual-international revel in and assist them come to be geared up for moneymaking careers in generation. Students can transform their instructional know-how into sensible capabilities and come to be industry-equipped by participating in Takeoff Projects.

[rozgar24]

Software Jobs for Freshers: Start Your Tech Career with These Top Roles

Beginning a vocation in the tech business can be energizing and unnerving, particularly for learners. For those simply beginning, there are a lot of chances, which is phenomenal information. Here are some of the best software jobs for freshers to help you succeed if you want to enter the computer industry. 

1. Programming Engineer

A product engineer is one of the most pursued positions for ongoing alumni in the PC area. You will be in charge of software program planning, development, and testing as a software developer. Solid critical thinking skills and familiarity with programming dialects like Java, Python, C++, or JavaScript are essentials for this position. It's a great place to start your career in technology because many companies offer training programs to new hires.

2. Web Designer

Web advancement is one more brilliant choice for freshers. Web engineers make and oversee sites, that are both outwardly engaging and utilitarian to guarantee that they. There are roughly two types of web developers: back-end engineers, who handle information bases and server-side activities, and front-end designers, who center around the UI and experience. finding out about HTML, CSS, JavaScript, and back-end dialects like PHP or Node.js. Js can assist you in finding employment in this field.

3. Quality Affirmation (QA) Analyzer

Quality Affirmation (QA) Because they guarantee that the application's capability is as planned and are sans blunder, analyzers are critical to the product improvement process. As a novice, you will be responsible for composing experiments, running tests, and detailing any issues. For this position, analytical abilities and attention to detail are required. It's an extraordinary spot to begin for anybody hoping to find and tackle issues.

4. Mobile app developer 

There is a lot of demand for mobile app developers because more people are using smartphones. You will develop apps for the iOS and Android operating systems as a mobile app developer. Programming languages like Swift and Java—or Kotlin and Java in Android development—are required for this function in iOS development. Since versatile application improvement offers a dynamic and high-speed workplace, it's an engaging option for fledglings.

5. Information Investigator

It is the obligation of information investigators to decipher information and give bits of knowledge that assist organizations with settling on informed choices. Working with large datasets and using statistical tools and programs like Python, SQL, and Excel are required for this position. On the off chance that you have a talent for numbers and appreciate searching for patterns, a task as an information investigator may be ideal for you. New hires can take advantage of on-the-job training that is provided by many entry-level positions.

6. Engineer in Technical Support

 Engineers in technical support assist clients and customers with software or hardware issues. Strong communication skills and a thorough understanding of the product you are advertising are required for this position. It's a dynamite spot to begin for individuals who are simply beginning since it gives crucial involvement with investigating and client support — the two of which are useful for future vocation development. 

7. Engineer in DevOps

 Engineers in DevOps work at the interface of operations and development to enhance communication between the two departments. To accomplish this work, one necessities to guarantee persistent coordination and conveyance, mechanize and improve processes, and oversee the foundation. As a novice, becoming familiar with AWS, Jenkins, and Docker can assist you in obtaining a DevOps position. 

8. Business Examiner

Business necessities and innovation arrangements are intervened by business investigators. They assemble prerequisites, and survey cycles, and make suggestions for upgrades. For this job, scientific and relational abilities are urgent. It's an extraordinary substitute for ongoing graduates with a specialized foundation who are keen on the business side of innovation.

Conclusion

 The technology sector offers novices numerous opportunities. Whether your abilities and interests are in trying, information examination, coding, or help, there's a task for you. You can start with one of these top software jobs for freshers to get the experience and information you'd like to propel your vocation. Never fail to focus on the significance of deep-rooted learning, interest, and receptiveness to new encounters and difficulties. Your vocation is just getting everything rolling, and there are endless possibilities in the tech area.