Code Infinity Research and Development Organization - CIRDO

Garuda Libraries - Open Source Collaboration !!!!
I’m building Garuda Libraries solo for the Garuda Programming Language and inviting contributors to join.
Looking for: system programmers, backend devs, compiler/tooling enthusiasts, docs writers.
Contribute to: core libraries, data structures, networking, utilities, and dev tools.
Be an early contributor and help shape this ecosystem from scratch!
DM or comment to collaborate.
(https://lnkd.in/gV2tRCtx)

Today I’m sharing a service I’ve been working on called MessageNX (Project 136).
https://github.com/rohitpidishetty/MessageNX-SDK
MessageNX is a messaging service designed to support asynchronous communication between applications and services. The idea behind it is simple: provide a lightweight API that allows systems to send tasks or messages and have them processed by background consumers using a producer-consumer model.

The service is intended for scenarios such as background job processing, distributed workloads, and microservice communication, where decoupling components and handling tasks asynchronously becomes important for scalability.

To make integration easier for developers, MessageNX also provides SDK support in multiple languages, including:

• Java
• C #
• Node.js
• Python

This allows applications built in different ecosystems to interact with the service and participate in the same messaging workflow.

The goal with MessageNX is not to replace existing large-scale messaging platforms, but to provide a simple and developer-friendly messaging layer that can be integrated quickly when asynchronous task handling is needed.

More updates and improvements will continue as the project evolves.

Excited to share my new project: Link Condenser - Base 62 URL Shortener 🚀https://url-az.web.app/

I designed and built a scalable URL shortening system inspired by real-world system design patterns used at Big tech companies.

Architecture Overview
The system follows a production-grade design:

Client → Load Balancer → API Gateway → Condenser Service → Cache → Database
🔐 Key Components
✅ API Gateway
Central entry point
Authentication & authorization
Rate limiting (Token Bucket algorithm)
✅ Load Balancer
Distributes traffic across instances
Ensures high availability
✅ Condenser Service
Generates unique Base62 short IDs
Handles redirection logic
Optimized for minimal DB reads
✅ Cache Layer
Frequently accessed URLs served from cache
Reduces database load
Improves latency significantly
✅ Database
Persistent mapping of short → long URLs
Designed for scalability

⚙️ Technical Highlights
Base62 encoding for compact and collision-resistant short URLs
Rate limiting using Token Bucket
Optimized read-heavy design
Horizontally scalable architecture
Designed with cloud-native deployment in mind
This project strengthened my understanding of:
API Gateway patterns
Distributed system design
Caching strategies
Traffic management & throttling
Designing for scalability and reliability
Building systems like this helps bridge the gap between coding problems and real-world backend engineering.
Would love feedback from backend engineers and system design enthusiasts 🙌

I had the opportunity to deliver a webinar on Technology Readiness Levels (TRL) and Technology Transfer as part of ITTacademy’s academic outreach initiatives.

During this session, I spoke with students about the evolving landscape of the software industry and highlighted the key distinctions between Computer Science and Software Engineering, with a particular focus on how young aspiring engineers can strategically prepare themselves to meet the expectations of the Software Industry in 2026 and beyond. We had an engaging discussion around industry readiness, practical skill development, and the mindset required to successfully transition from academic learning to real-world engineering environments.

I would like to sincerely thank Dr. MARAM ASHOK (Principal) and Dr. Sateesh Nagavarapu (Dean) & Dr.J Gladson Maria Britto (HOD) for providing me with this opportunity to interact with such enthusiastic learners. Their forward-thinking vision and continued commitment toward student development truly reflect their dedication to empowering the next generation of technology professionals.

Their forward-thinking vision and continued commitment toward student development truly reflect their dedication to empowering the next generation of technology professionals.

Speaking to the students not just as a guest, but as their senior from the 2018–2022 batch, brought back countless memories and made the entire experience truly nostalgic. From once sitting on those very classroom benches as a student to now delivering a webinar from the United States this full-circle moment is something that feels surreal and honestly beyond words.

Looking forward to many more such meaningful academic interactions through ITTacademy.

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