Ankit Paraskar

Resolved complex bugs on existing products, enhancing system reliability and user experience for the MFT Solutions Cerberus.

Spearheaded the design and implementation of new features, significantly improving product functionality and market competitiveness.

Developed and deployed a robust Windows installer using Advanced Installer, streamlining product deployment and user onboarding.

Executed full-stack development initiatives, contributing to both front-end (CSS/HTML) and back-end (C++20, SQL, Script) components.

Implemented critical OpenSSL-related security updates, fortifying product defenses against emerging cyber threats.

Identified and resolved critical bugs in the existing product, ensuring uninterrupted service for the TransAmerica Insurance platform.

Drove the enhancement of key product features, improving overall system performance and user satisfaction.

Directed an IBM open-source project to successfully port critical open-source applications to the Power Architecture, expanding platform compatibility.

Engineered and implemented Docker files based on UBI Power Architecture base files, optimizing containerization and deployment processes.

Developed and implemented a robust protocol stack in C/C++ for the Empirix project, ensuring high-performance network communication.

Designed and delivered significant DHCP enhancement features for both V4 and V6 versions, improving network configuration and management capabilities.

Conducted thorough bug fixes, maintaining the integrity and reliability of the protocol stack.

Led Amdocs Invoicing customization and enhancement development, delivering tailored solutions that met specific client requirements.

Mentored and guided remote team members across India, China, and Bangkok, fostering skill development and project delivery efficiency.

Assumed end-to-end ownership of critical issues and customer-funded customizations, ensuring timely resolution and client satisfaction.

Conducted customer meetings to gather requirements and present new enhancements, driving product evolution based on user feedback.

Maintained high levels of operational stability and resolved critical issues to prevent revenue loss, ensuring continuous service availability.

Developed an Invoicing End of Day Call Flow Enhancement feature, optimizing revenue management processes.

Utilized Amc Process Analyzer to diagnose and resolve complex issues, improving system efficiency and stability.

Enhanced product security by implementing TCP to SSL transitions, safeguarding sensitive data transmission.

Executed a successful Proof of Concept (POC) project for Amdocs Licensing Manager, demonstrating feasibility and potential impact.

Performed extensive debugging using GDB and SQL, identifying and rectifying critical software defects.

Developed a comprehensive Protocol Stack for Net-flow and SNMP Protocols, facilitating efficient data transmission over Ethernet.

Engineered the creation of protocol packets from the Application Layer to the Ethernet Layer, ensuring seamless data encapsulation.

Implemented functionality for receiving and processing SNMP Protocol packets, generating appropriate responses to requests.

Maintained and optimized the rate for generating Protocol Traffic, enhancing simulation accuracy and performance.

Identified and implemented IP and MAC address multiplexing for Net-flow Protocol, improving network efficiency and scalability.

Developed Vendor MIBs (Management Information Bases) comprising Scalars, Tables, and Traps for comprehensive network device management.

Implemented agent-side coding to handle SNMP requests, fetching and responding with accurate data via CORBA Object calls to switches.

Designed and implemented an architecture to efficiently fetch values from switches for SNMP Table requests.

Developed a Real-Time Event Listener in TAO CORBA to capture events generated by underlying Optical Switch hardware.

Contributed to SNMP TRAP FLOW development, including catching events/alarms, filling Var binds, and sending traps to NMS applications.

Interfaced with Qualcomm OAMAPI APIs to integrate with Location Server, enabling robust location-based services.

Automated the BSA data loading procedure, significantly improving data processing efficiency and reducing manual effort.

Developed the SUPL 2.0 OTDA Positioning development, enhancing location accuracy and tracking capabilities.

Engineered the POSLOC-INFO-3 Protocol Stack and interfaced with Qualcomm PDM, ensuring seamless data exchange.

Developed the BSSLAP Protocol for SMLC Lu Interface in GSM Positioning, enhancing mobile location services.