Eric Green Email & Phone Number

Los Angeles, CA, US

• Successfully architected, implemented and deployed cloud-based and containerized GoLang Automatic Configuration Server (ACS) to manage and monitor Cradlepoint multi-vendor 4G and 5G Radios. Deployment of ACS was.
• Integrated ACS with other backend, distributed services such as Redis for caching andAWS Kafka for event publishing
• Implemented event & performance metric collection (observability) of ACS server usinggRPC and protocol buffers
• Made several modifications to Ericsson's EP5G platform including changes to the Linuxbased SALT master and minion framework

• Formulated architecture for implementing an embedded Container Runtime to run multiple parallel containers on an STM32 IOT Discovery Board as a referenceimplementation
• Architecture addressed challenges that needed to be overcome significant obstacles as previous efforts were not successful: running multiple containers in parallel, memory constraints and latency
• Successfully ported open-source, C language based WASM micro-runtime to STM32 IOT Discovery Board running FreeRTOS and implemented Container Runtime based on WASM micro-runtime
• Increased available RAM by more than 50% on STM32 IOT Discovery Board by remapping RAM configuration
• Dramatically reduced latency by almost 15 fold which allowed container services to run at near native speeds by using Ahead of Time (AOT) compilation of container services
• Implemented Fleet Provisioning and Device Provisioning services using FreeRTOS and integration with AWS IOT Core and orchestration hub

• Primary engineer hired to design and implement entire cloud-based, multi-tenant IOT orchestration hub for the building and deployment of tiny container services to MicroControllers (MCUs) - the far edge. Orchestration.
• Developed GoLang CLI using Cobra CLI package, GraphQL and Auth0. The CLI is also used as the primary enabler for automating CI/CD pipelines
• Implemented GraphQL backend interface to support our React based Web interface and GoLang CLI
• Transport and messaging from the Orchestration Hub to the devices (MCUs) was implemented using MQTT and Google Protobuf messages via AWS IOT Core Service as well as Mosquito MQTT broker
• Fully integrated Orchestration Hub with AWS IOT Core and AWS Lambda to support fleet provisioning including certificate and key management
• Orchestration Hub, Web GUI and CLI interfaced with Auth0 to provide authentication and authorization

Frisco, Texas, US

• Reduced compute resource consumption and OPEX costs at each of Boingo's venues by over 50% by re-Architected Boingo's on-premise Venue appliance which involved moving subscriber management capabilities to a private.
• Designed and implemented GoLang based controller for managing multiple Boingo Venues,deployed as a Kubernetes PODs running in AWS and using Elastic Cache service to cache session data
• Implemented NodeJS and React GraphQL and Micro-service framework for Boingo's Venue Management Platform
• Architected and implemented RBAC security framework using Auth0 and Node.js, and successfully integrated framework with Boingo's Venue Management Platform
• Designed bandwidth throttling solution to limit subscriber bandwidth when their usage reaches a carrier specific threshold

San Jose, California, US

• Architected and implemented a GoLang NFVI Analytics platform that included NFVI compute node metrics and discovery agent in conjunction with a REST based service framework and Web UI to support discovery, topology and.
• Designed a GoLang based distributed time-series metrics collection platform which was scalable to support the ingestion of 1.2 million metrics/second. The platform was based on the InfluxData stack. and was integrated.
• Designed and implemented a GoLang REST based chassis administration service that uns on all Spirent chassis, appliances and virtual chassis products that provides complete administration capabilities for managing and.

Santa Clara, CA, US

• Collaborated with Systems Engineering and Product Marketing team in producing EMS Product Requirements Documents and Functional Specifications
• Architected Element Management System (EMS) which implemented full FCAPS functionality and provided a management server for managing GSM and UMTS location products. Technologies included AdventNet WebNMS framework.
• Architected and implemented complete agent-based management framework for GSM and UMTS wireless network location products which consists of SNMP and Telnet Interfaces to support full FCAPS management model
• Hired, staffed and managed EMS Development Team in Bangalore India, which consists of 1 Software Manager, 4 EMS software developers and 1 Agent developer

US

• Architected EMS a multi-tiered JAVA based product framework and performed technology assessment and selection. The EMS, which ran on Linux, Windows and Solaris, was used to manage the company's router product line..
• Performed hands-on C development of embedded CORBA, SNMP, Netflow agents, and real-time probe collection system for the company's routing platform for integration and interoperability with the EMS
• Successfully planned, delivered and exceeded delivery schedule of 4 releases of the EMS product

• Designed and implemented hardware platform abstraction API that encapsulated the differences in hardware platforms that the Data Domain Restorer product executed. The platform API provided a set of generic functions.
• Designed Data Domain proprietary MIB that encompasses the Data Domain Restorer product line and implemented SNMP Agent for the DD Restorer product using the Net/SNMP Agent stack.
• Integrated SNMP MIB with HP/OpenView which provided a set of customized menu bar item, pop-up menus, graphs and tables
• Implemented CLI to support the configuration of the SNMP Agent and NTP Daemon

San Jose, California, US

• Responsible for leading a team of 6 Engineers in the design and development of a new Test Equipment infrastructure framework. This was a component-based framework based on J2EE technologies including Session Beans &.
• Responsible for architecting a distributed software framework for the company’s new test equipment product line in the Performance Analysis for Broadband market. These responsibilities include working and communicating.
• Designed and implemented TCL based Automation interface to the infrastructure platform. This required the design and implementation of JMX Management Beans to provide a CORBA interface to the TCL environment, and the.

• Responsible for architecting and implementing JAVA based infrastructure to support company's Disk Based Content Addressable Server/Disaster Recovery Product. The infrastructure includes JAAS, Java Logging, JDBC.

US

• Primary responsibilities included interfacing with our product marketing team to obtain product requirements for the on-box Element/Network Management (EMS/NMS) application suite for the company’s Multi-Router product.
• Designed and implemented multi-tiered, distributed Java based on-box Element Management platform for the company’s Multi-Router product. This management platform provides the capabilities to provision and monitor the.
• Designed and implemented Management CLI plugins in C for controlling/monitoring the EMS as well as Router Provisioning CLI plugins for managing the provisioning and un-provisioning of individual routers.
• Integrated product specific EMS GUI and SNMP MIB and trap definitions with HP OpenView as well as created product specific symbols that are displayed on OpenView discovery maps.
• Ported Kaffe Java Virtual Machine to run under NetBSD on our PowerPC platform.

US

• Designed and developed Java based distributed SAN Management Platform for managing and monitoring various vendor’s (Brocade, Vixel, Gadzoox, Emulex, Crossroads, etc) SAN switches, hubs and controllers as well as.
• Designed and implemented SNMP Agent using Java programming and AdventNet SNMP Agent Toolkit for company’s SAN Intelligent NIC Card. This agent was designed to run as a service under Windows2000/NT.
• Designed and developed Java based agent for managing the workstation platform running the company’s NIC card. This agent was implemented in JAVA and used JNDI to register with a centralized LDAP server used for.