Sarvex Jatasra

Embarked on a FinOps initiative aimed at optimizing AWS spending while ensuring maximum efficiency and resource utilization. Through a systematic approach, the project assessed current AWS usage and spending patterns, identified areas of overspending and inefficiencies, and implemented cost-saving measures based on FinOps best practices. Governance measures were established to control costs, including tagging resources for better cost allocation and setting up budgets and alerts. Training and… Show more

Embarked on a FinOps initiative aimed at optimizing AWS spending while ensuring maximum efficiency and resource utilization. Through a systematic approach, the project assessed current AWS usage and spending patterns, identified areas of overspending and inefficiencies, and implemented cost-saving measures based on FinOps best practices. Governance measures were established to control costs, including tagging resources for better cost allocation and setting up budgets and alerts. Training and awareness initiatives were undertaken to raise awareness about the impact of actions on AWS spending, fostering a culture of cost-consciousness across the organization. The project resulted in a significant reduction in monthly AWS spending from $500,000 to $90,000, improved resource efficiency, enhanced governance, and instilled a culture of accountability, positioning Brane Enterprises for long-term financial sustainability and success in the cloud. Show less

As the Architect-in-Chief at Brane Enterprises, I spearheaded a transformative project focused on migrating an existing monolithic application to a Cloud Native architecture, aligning with the CNCF (Cloud Native Computing Foundation) principles and best practices.

With a keen focus on security, logging, metering, and auditing, our team diligently implemented the CNCF mandate to ensure a robust and reliable infrastructure. By embracing cloud-native technologies and methodologies, we not… Show more

As the Architect-in-Chief at Brane Enterprises, I spearheaded a transformative project focused on migrating an existing monolithic application to a Cloud Native architecture, aligning with the CNCF (Cloud Native Computing Foundation) principles and best practices.

With a keen focus on security, logging, metering, and auditing, our team diligently implemented the CNCF mandate to ensure a robust and reliable infrastructure. By embracing cloud-native technologies and methodologies, we not only enhanced the application's security posture but also streamlined its operational efficiency.
Through meticulous planning and execution, we successfully transitioned the application to a Cloud Native environment while maintaining its stateful nature. Leveraging advanced cloud-native solutions, we optimized the application's performance, achieving an impressive response time of just 25ms, even with billions of transactions processed per second.
This achievement is a testament to our team's deep expertise in designing and implementing scalable and high-performance systems. By leveraging the power of cloud computing, microservices architecture, containerization, and orchestration frameworks, we created a resilient and agile Cloud Native application that could effortlessly handle the demands of modern digital ecosystems.
Throughout the project, we collaborated closely with stakeholders, including developers, operations teams, and business leaders, to ensure a seamless transition to the new architecture. We prioritized effective communication and change management to minimize disruption and maximize the value of the Cloud Native transformation.
Our work on the CNCF project at Brane Enterprises exemplified our commitment to staying at the forefront of technology trends and best practices. By embracing Cloud Native computing, we unlocked new levels of scalability, reliability, and performance, enabling our organization to thrive in an increasingly digital and interconnected world. Show less

I spearheaded a transformative project focused on ensuring compliance with the European Union's General Data Privacy Regulations (GDPR) by revamping our entire architecture and making our Cloud Native application security compliant.
Recognizing the critical importance of data privacy and protection, we embarked on a comprehensive initiative to align our operations with the stringent requirements of GDPR. Our goal was to safeguard the personal data of our users and ensure their rights and… Show more

I spearheaded a transformative project focused on ensuring compliance with the European Union's General Data Privacy Regulations (GDPR) by revamping our entire architecture and making our Cloud Native application security compliant.
Recognizing the critical importance of data privacy and protection, we embarked on a comprehensive initiative to align our operations with the stringent requirements of GDPR. Our goal was to safeguard the personal data of our users and ensure their rights and privacy were respected at every level
The project began with a meticulous assessment of our existing architecture and processes, examining how personal data was collected, stored, processed, and transmitted throughout our systems. We collaborated closely with legal experts, data protection officers, and privacy specialists to gain a comprehensive understanding of the GDPR framework and its implications for our business.

Based on this analysis, we devised a robust strategy to achieve GDPR compliance. We focused on two key areas: making our Cloud Native application security compliant as per the Cloud Native Computing Foundation (CNCF) mandate and revamping our architecture to align with the stringent requirements of GDPR.

To ensure security compliance, we conducted a thorough audit of our application infrastructure, network protocols, and data handling practices. We implemented industry best practices, leveraging encryption, access controls, and secure authentication mechanisms to protect sensitive data and prevent unauthorized access. We also implemented comprehensive logging, monitoring, and auditing mechanisms to maintain visibility and traceability of data flows within our systems.

As the CTO, I am proud of the accomplishments of our team and our commitment to ensuring the highest standards of data privacy and security. Our GDPR project exemplifies our dedication to responsible technology practices and our unwavering commitment to protecting the privacy and trust of our users. Show less

I spearheaded Quantum Neural Networks (QNNs), harnessing the power of quantum computing to revolutionize deep learning and enhance processing speeds.

In this project, we embarked on the challenging task of migrating Deep Neural Networks (DNNs) to the realm of quantum computing, taking advantage of the unique properties of quantum systems to achieve exponential computational improvements. Our objective was to push the boundaries of machine learning by leveraging the immense potential of… Show more

I spearheaded Quantum Neural Networks (QNNs), harnessing the power of quantum computing to revolutionize deep learning and enhance processing speeds.

In this project, we embarked on the challenging task of migrating Deep Neural Networks (DNNs) to the realm of quantum computing, taking advantage of the unique properties of quantum systems to achieve exponential computational improvements. Our objective was to push the boundaries of machine learning by leveraging the immense potential of quantum computing.

A team of quantum physicists, data scientists, and software engineers delved into the exciting world of quantum computing and quantum algorithms. We researched and developed novel techniques to transform traditional DNN architectures into QNN counterparts, enabling them to run efficiently on quantum computers.

Through extensive experimentation and optimization, we harnessed quantum entanglement in QNNs to unlock unprecedented processing speeds and computational capabilities. By encoding information into quantum states and leveraging quantum gates, we harnessed the quantum superposition and interference effects to enhance the learning and inference processes of neural networks.

Our project involved the exploration of various quantum computing platforms and frameworks, such as IBM Qiskit, Google Cirq, and Microsoft Q#, to implement and execute QNN algorithms. We collaborated closely with quantum hardware providers to gain access to state-of-the-art quantum processors and simulators, ensuring our QNN models could be efficiently deployed and tested.

The work we have accomplished in migrating Deep Neural Networks to Quantum Neural Networks represents a significant step forward in the evolution of machine learning and quantum computing. By bridging these two cutting-edge fields, we have laid the foundation for a future where quantum-enhanced AI becomes an integral part of our technological landscape, propelling us toward unprecedented advancements and discoveries. Show less

As a Global Solution Architect at Brane Enterprises, I played a pivotal role in a groundbreaking project on merging Internet of Things (IoT) and Artificial Intelligence (AI) technologies to optimize solution development and enhance multi-tier architecture with distributed inferencing capabilities.

With a deep understanding of both IoT and AI domains, I collaborated with cross-functional teams to design and implement a cutting-edge solution that seamlessly integrated these two… Show more

As a Global Solution Architect at Brane Enterprises, I played a pivotal role in a groundbreaking project on merging Internet of Things (IoT) and Artificial Intelligence (AI) technologies to optimize solution development and enhance multi-tier architecture with distributed inferencing capabilities.

With a deep understanding of both IoT and AI domains, I collaborated with cross-functional teams to design and implement a cutting-edge solution that seamlessly integrated these two transformative technologies. By leveraging the power of IoT devices and data, combined with AI algorithms and analytics, we unlocked new levels of operational efficiency, predictive capabilities, and real-time insights.

Our project involved developing a robust and scalable architecture that facilitated the seamless flow of data between IoT devices and AI systems. We implemented advanced data ingestion mechanisms, edge computing technologies, and cloud-based infrastructure to ensure optimal performance and reliability. This allowed us to handle large volumes of real-time data generated by IoT devices, process it efficiently, and derive valuable insights using AI models.

I focused on optimizing the solution's multi-tier architecture, leveraging distributed inferencing techniques to achieve faster and more accurate AI-driven decision-making. By distributing the inferencing workload across various layers of the architecture, ensuring near-real-time responses, even in complex and data-intensive scenarios.

Our work on merging IoT and AI technologies to streamline solution development and enhance multi-tier architecture with distributed inferencing capabilities has not only improved operational efficiency for our clients but also opened up new possibilities for leveraging real-time insights and predictive analytics. By harnessing the potential of IoT and AI, we have enabled organizations to make data-driven decisions, optimize processes, and unlock new opportunities for innovation and growth. Show less

At Brane Enterprises, I spearheaded a groundbreaking Web3 project that focused on introducing the immense benefits of decentralized cryptographically secure computing to startups and enterprises, enabling multilevel trust and transforming the way organizations operate.

One of the key aspects of our project was to educate and advocate for the adoption of decentralized computing among startups and enterprises. I played a crucial role in conducting workshops, presentations, and… Show more

At Brane Enterprises, I spearheaded a groundbreaking Web3 project that focused on introducing the immense benefits of decentralized cryptographically secure computing to startups and enterprises, enabling multilevel trust and transforming the way organizations operate.

One of the key aspects of our project was to educate and advocate for the adoption of decentralized computing among startups and enterprises. I played a crucial role in conducting workshops, presentations, and consultations to showcase the benefits of Web3 technologies. By highlighting the enhanced security, data integrity, and privacy protection provided by decentralized systems, we effectively positioned Web3 as a game-changer for organizations seeking to build trust and reliability in their digital operations.

Moreover, we developed and implemented innovative decentralized solutions that addressed specific pain points faced by startups and enterprises. By leveraging blockchain technology, we offered decentralized identity management, secure data sharing, and tamper-proof auditing systems. These solutions empowered our clients to overcome trust barriers, reduce reliance on intermediaries, and embrace a more efficient and transparent way of conducting business.

Throughout the project, I collaborated closely with cross-functional teams, including developers, engineers, and business stakeholders, to ensure seamless integration of Web3 technologies into existing infrastructure. I provided strategic guidance and technical expertise, aligning the project roadmap with the organization's long-term goals and industry best practices.

By introducing the benefits of decentralized cryptographically secure computing and driving the adoption of Web3 technologies, our project laid the foundation for a more secure, resilient, and trust-based digital ecosystem. I am proud to have played a pivotal role in this transformative initiative and look forward to continuing to drive innovation in the Web3 space. Show less

As a Distinguished Engineer at Brane Enterprises, I led a groundbreaking project focused on developing an automated bot, named Buddy, from scratch using state-of-the-art transformers technology. Our goal was to create a highly advanced voice assistant that would revolutionize the way users interacted with automated systems.

In this role, I spearheaded the end-to-end development of buddy, encompassing its architecture, natural language processing capabilities, and deployment within a… Show more

As a Distinguished Engineer at Brane Enterprises, I led a groundbreaking project focused on developing an automated bot, named Buddy, from scratch using state-of-the-art transformers technology. Our goal was to create a highly advanced voice assistant that would revolutionize the way users interacted with automated systems.

In this role, I spearheaded the end-to-end development of buddy, encompassing its architecture, natural language processing capabilities, and deployment within a multi-tier processing system. Leveraging the power of transformers, we achieved remarkable advancements in chat inferencing, enabling Buddy to provide highly accurate and contextually relevant responses to user queries.

We wanted to make Buddy more than just a typical voice assistant. To deliver a truly personalized experience, we developed a sophisticated speech recognition and generation engine that could adapt to the mood preferences of the customer. By analyzing vocal cues, intonations, and patterns, Buddy could tailor its responses to match the user's emotional state, creating a more engaging and empathetic interaction.

Furthermore, we recognized the importance of catering to a diverse user base. To ensure inclusivity, we not only internationalized the bot interface, making it accessible to users worldwide, but we also went a step further by making Buddy vernacular for Indian languages. This involved implementing natural language processing models specifically designed to understand and respond in multiple Indian languages, breaking down language barriers and enhancing user experience for a broader audience.

The result of our efforts was the successful creation of Buddy, an advanced voice assistant with cutting-edge capabilities. By developing an automated bot that excelled in chat inferencing, adapted to user mood preferences, and supported multiple Indian languages, we set a new standard for voice assistants in terms of functionality, personalization, and inclusivity. Show less

As a Principal Architect at Brane Enterprises, I led a transformative project focused on harnessing the synergies between Internet of Things (IoT) and Artificial Intelligence (AI) to streamline solution development and enhance multi-tier architecture through distributed inferencing.

Drawing on my expertise in Deep Learning, I spearheaded the integration of IoT and AI technologies to create a powerful and efficient solution. By merging these domains, we aimed to unlock the full potential… Show more

As a Principal Architect at Brane Enterprises, I led a transformative project focused on harnessing the synergies between Internet of Things (IoT) and Artificial Intelligence (AI) to streamline solution development and enhance multi-tier architecture through distributed inferencing.

Drawing on my expertise in Deep Learning, I spearheaded the integration of IoT and AI technologies to create a powerful and efficient solution. By merging these domains, we aimed to unlock the full potential of IoT-generated data and leverage AI algorithms to derive valuable insights and drive intelligent decision-making.

Working closely with cross-functional teams, I led the design and implementation of a robust architecture that seamlessly connected IoT devices with AI systems. We developed sophisticated data pipelines and integration mechanisms to ingest, process, and analyze real-time data from a wide range of IoT sources.

To optimize solution development, we implemented state-of-the-art Deep Learning techniques and frameworks. By training AI models on massive datasets, we enabled them to identify patterns, make predictions, and uncover hidden correlations within the IoT data. This allowed us to extract actionable insights and drive automated decision-making processes.

By leveraging the power of distributed computing and parallel processing, we achieved significant improvements in speed, scalability, and real-time responsiveness. This enabled us to handle complex inference tasks efficiently, even in high-volume and resource-intensive scenarios.

Our work on merging IoT and AI technologies to streamline solution development and enhance multi-tier architecture with distributed inferencing has revolutionized how organizations leverage their IoT data. By harnessing the power of Deep Learning, we have enabled real-time decision-making, predictive analytics, and actionable insights, paving the way for increased operational efficiency, cost savings, and improved business outcomes. Show less

As a Global Solution Architect at Brane Enterprises, I led a groundbreaking project focused on Developer-less Development, leveraging the power of Natural Language Processing (NLP) to generate standard solutions for the day-to-day needs of startups and enterprises.

By harnessing the capabilities of NLP, we aimed to democratize software development and empower non-technical users to create customized solutions without the need for traditional coding. Our goal was to simplify and… Show more

As a Global Solution Architect at Brane Enterprises, I led a groundbreaking project focused on Developer-less Development, leveraging the power of Natural Language Processing (NLP) to generate standard solutions for the day-to-day needs of startups and enterprises.

By harnessing the capabilities of NLP, we aimed to democratize software development and empower non-technical users to create customized solutions without the need for traditional coding. Our goal was to simplify and accelerate the process of building critical business applications, such as HRMS (Human Resource Management Systems), CRMS (Customer Relationship Management Systems), E-Learning platforms, and more.

In collaboration with a talented team of experts in NLP and software engineering, we embarked on designing and implementing a cutting-edge platform. This platform leveraged advanced NLP algorithms and techniques to analyze natural language input and translate it into actionable software components.

With extensive training in NLP models, we ensured an accurate understanding and interpretation of user requirements, enabling the system to generate tailored solutions. Users could simply describe their needs in plain language, and the platform would automatically generate the underlying code and configurations needed to implement the desired functionality.

Our work on NLP-driven Developer-less Development has revolutionized how startups and enterprises approach software development. By leveraging NLP and eliminating the traditional barriers to entry, we have empowered organizations to rapidly create and deploy customized business applications, significantly reducing development time and costs.

The outcomes of this project have been remarkable, enabling businesses to leverage cutting-edge technology while focusing on their core competencies. Our platform has unlocked new possibilities for innovation and growth, fostering a culture of continuous improvement and agility within organizations. Show less

The current state of art in solar; customer premises were visited by a surveyor, who calculated the rooftop area for the power generation capabilities. This report was highly subjective and creating a proposal for the customer was a long task for sales team. This work was replaced with machine learning of satellite imagery. Satellite image of the premises was picked analysed to identify and compute the rooftop area available. Structural changes (if possible) were also suggested to increase the… Show more

The current state of art in solar; customer premises were visited by a surveyor, who calculated the rooftop area for the power generation capabilities. This report was highly subjective and creating a proposal for the customer was a long task for sales team. This work was replaced with machine learning of satellite imagery. Satellite image of the premises was picked analysed to identify and compute the rooftop area available. Structural changes (if possible) were also suggested to increase the generation potential. This was done through deep learning neural networks with back propagation. Show less

Full Online Customer Relationship Management System was created from scratch; Unified Customer, Investor, Implementer and Advocate information freely shared across the Marketplace. Track the complicated turn key implementation pipeline through the various stages and perspectives

Technological footprints in all three areas – Web, Mobile & Desktop - were created from scratch including Customer dashboard, Administrator dashboard (CRM). The apps are live on Play Store and App Store. And all of this was done with the latest technologies.

In order to create Unique User Experience for Olive phones and tablets a series of customizations was done on the vanilla android builds along with many specialized applications exclusively available on Olive smartphones and tablets.

Home Screen Ticker Widget
Screen Unlock Gestures
Exam Preparation Tool
Social Card Game
Identity Switcher
Baby Monitor
Speed Reading
Natural Keyboard
Social Address Book
Home Media Remote
Advanced Phonebook
EBook… Show more

In order to create Unique User Experience for Olive phones and tablets a series of customizations was done on the vanilla android builds along with many specialized applications exclusively available on Olive smartphones and tablets.

Home Screen Ticker Widget
Screen Unlock Gestures
Exam Preparation Tool
Social Card Game
Identity Switcher
Baby Monitor
Speed Reading
Natural Keyboard
Social Address Book
Home Media Remote
Advanced Phonebook
EBook Reader Show less

Targeting the ultra-low cost mobile phone segment ($10-$40), we not only aggressively optimized the memory footprints of existing Software but also included features that are only seen in high end smart phones.

Google Search Bar
Theme Manager
Application Carousal
Advanced Phonebook Search
File Manager
Task / Memo / Notes
World Clock
Home Screen Widgets
Localization Services
Call Firewall
Screen Transitions
Olive Messenger
Operator Enhancements… Show more

Targeting the ultra-low cost mobile phone segment ($10-$40), we not only aggressively optimized the memory footprints of existing Software but also included features that are only seen in high end smart phones.

Google Search Bar
Theme Manager
Application Carousal
Advanced Phonebook Search
File Manager
Task / Memo / Notes
World Clock
Home Screen Widgets
Localization Services
Call Firewall
Screen Transitions
Olive Messenger
Operator Enhancements (Bakri, Smart, Skylink, MTC, MTS, TTSL)
Show less

Manager cum Individual Contributor for Drivers developed for Olive Modems and Phones.
USB modems use the old style Serial Communication Protocol. In order to provide this serial communications over USB, drivers were written for Windows, Macintosh and Linux Platforms