RAGHUSHANKAR A C

Developed a virtual USB card reader application, including a kernel driver module, to facilitate testing of real USB card readers without physical hardware. Implemented the MFP card reader application using QT5, ensuring accurate simulation.

Developed a mechanism to avoid GPL risk for Toshiba proprietary software by addressing copyright issues arising from direct use of open-source software licenses. Ensured compliance while integrating GPL software into proprietary code.

Conducted analysis and porting of the Android operating system to MFP hardware, leveraging ARM architecture support. Developed and tested several Android applications using an emulator, gaining expertise in Android architecture.

Developed an IoT board based on ESP01 to power on MFP devices from a web interface. Utilized MQTT server for device control and employed Espressif ESP RTOS SDK for board bring-up, demonstrating expertise in IoT development.

Ported PowerPC-based MFP software to Intel Atom motherboard architecture, ensuring Linux OS with MFP drivers functioned on the target board. Successfully compiled MFP software for Intel architecture, resolving cross-architectural issues and making necessary platform driver changes.

Ported PowerPC-based MFP software to ARM architecture using the Cubox hardware board for testing. Ensured Linux OS with MFP drivers functioned on the target board and successfully compiled all open-source and proprietary MFP software for ARM architecture.

Developed an Engine Simulator application crucial for Virtualized MFP software, implementing features like scanner, printer, and drawer settings. Ensured seamless communication between the Windows-based simulator and the Debian Linux MFP control unit software.

Implemented software to enforce SELinux features in Toshiba MFP's, aiming to adopt SELinux security mechanisms for comprehensive file system security. Explored user-level and system-level security, though the feature was later discontinued due to licensing issues.

Developed virtual multi-function printer software for TOSHIBA Weisshorn series printers, enabling marketing teams to demonstrate MFP applications and development teams to test modules without physical hardware. Designed the project to allow the printer engine module on Windows to communicate with actual printer software on a Fedora VM.

Developed the MFP TopAccess web application, enabling users to control MFP printer features from a browser. Implemented user management, authentication, and various MFP operations like copy, scan, print, and fax, along with configuration management.

Led the development of MFP, SDK, and virtual MFP software for Matterhorn2 series printers, porting applications to new boards and developing a virtual simulator. Successfully resolved software bugs and updated issue fixes in releases, ensuring product stability and performance.

Developed a web application to control multiple web virtual machines running virtual MFP software in browsers. Implemented user interface features such as authentication, virtual machine management, report generation, and user management using VueJS and Flask.

Successfully ported virtual MFP software to AWS and Azure cloud architectures, enabling virtualized MFP software to run on Debian desktop machines in the cloud. Deployed and tested VMFP software in the cloud, ensuring full feature functionality.

Developed the Open Platform SDK, an integrated software for demonstrating MFP applications to clients and marketing teams. Integrated the MFP kernel into Debian OS and created GTK and QT applications to simulate MFP device features.

Developed software to control the Linux firewall for Toshiba printers, implementing firewall rules to secure the printer system. Enforced mechanisms to control unauthorized access and ensured network-level protection for the system.

Developed a comprehensive logging management system for Toshiba printers as part of the Security Software Development Kit (SSDK). Prioritized and stored log messages, encrypting secured logs in the database for enhanced security.

Developed an encryption manager component for Toshiba printers, supporting various encryption mechanisms like AES, DSA, RSA, and SSH. Enabled different components to encrypt and decrypt critical module information during printing jobs, ensuring data security.

Contributed to software development projects, applying programming skills to various tasks. Collaborated with team members to achieve project goals and deliver solutions.

Completed secondary school education under the Karnataka SSLC Board.

Completed Pre-University Course under the Karnataka PUC Board.

Earned a Bachelor of Engineering degree in Computer Science from Sri Jagadguru Murugarajendra Institute of Technology, affiliated with Kuvempu University.

Obtained a Master of Technology degree in Computer Science from M.S. Ramaiah Institute of Technology, affiliated with Vishveshwaraiah University.