Joined team of developers in building microservices (AWS) for integrating internal data with external 3rd party web services (Salesforce and CCMP). Worked within an Agile Development lifecycle. Led the development of the initial microservice dedicated to publishing data to Salesforce. The universe of microservices included many providing unique data schemas, making calls for multiple microservices required to collect and translate into Json Objects submitted to Salesforce (or other 3rd parties). Event driven controller method invocation was the result of Messages being published to a queue. I developed an alternative programming architecture, for our microservices that minimized the in-memory footprint that reduced cloud costs.

After identifying a systemic problem, took the initiative to develop a library of classes to facilitate the mapping of JSON data structures with date extrapolated from JSON Objects with values (POC was made in my after-hours efforts). Adapted to using Amazon Web Services and successfully translated experiences with Microsoft Azure. Utilized field level encryption to comply with GDPR and hosted all data in Ireland.

Additionally, developed a library of algorithms to identify html tags based code injections and remove (symbols like <> are represented by a number of different key combinations and interpreted by browsers). The challenge was to eliminate injections of script based code that would reside within any number of character based sequences parsed as either a < or>. The algorithm used a process of identifying characters representing the first “less than” and then locating a matching “greater than” representing an html tag. Then scanning for the next tag combination and then deleting the tags and everything in-between and finally repeating the process recursively until sanitized.

Designed Microservices implementation and design for new SaaS Web API. The company was providing a new integration with customers requiring real-time updates and notifications. Worked within an Agile Development lifecycle. Using WebHooks as the basis for asynchronous responses, updates for notifications were relayed. Proposed a design I developed for them to specifically their basic needs for data processing. Using the Json Mapper, I developed a workflow engine for them and provided a working Proof of Concept.

Using new features of SQL Server 2016, I developed working models for the implementation of NoSQL. Embedding JSON Objects within the string values contained in fields, and stand-alone fields used for maximizing relational benefits combined with indexing, provided a very lightweight and effective data architecture.

Led the establishment of a practical implementation of agile and scrum methodology. Developed a number of POCs for use of repositories (dependency injections) and angular 5 interfaces. Also ported a number of nuget packages (in .net framework) to .net core.

Leading development efforts for maintaining legacy applications and creating new solutions. Designed and developed mobile application for warehousing management used by shipping, receiving and pickers. Recently developed an application for interfacing with customers and sales force to provide portal for sales. Integrated with MS Dynamics AX and created the SOA framework. Responsive application development with multi-threaded browser communication with ReSTful services using web-workers and ajax. Used Bootstrap development for fully responsive Single Page Application. Migrated legacy applications to newer technology. Worked in existing Angular JS SPAs as well as ASP.net MVC and ASP.net Web APIs, and ASP.net Web Forms. Designed and developed cutting edge Windows Services with self-hosted web-apis to deliver Singleton Patterned Data Syncing application.

I was the head developer working with a number of different companies with Antigua (Antigua, Dunlop, and Everlast Worldwide), implemented modern approaches integrated in their current platforms such as using entity framework and LINQ/Lamdas/Delegates.

Implemented a new Security Monitoring Platform for reporting (https://www.brinqa.com/). Brought in as a Technical Architect to provide low level expertise for replacing a internally developed Vulnerability Management system. Having very little to no documentation available for the Brinqa Platform, I needed to reverse engineer the flow of data from data providers (like Qualys and Veracode) through the Neo4J database, to data models (containing Groovy scripting for derived attribute values) and finally to the consumption of data in visualizations based on Json Schema configurations.

Utilized extensive JSON source coding to explore the limitations of the platform. Used my understanding Graph Databases, I developing a number of filtering methodologies that can be shared through the report developer community for delivery of visualizations. Work with teams around the globe to train and translate current processes into new technology platform.

Created training & tutorials with Confluence to create a community of support for business users. Introduced the use of front-end programming (HTML5, CSS3, Javascript, jQuery, Bootstrap4) HTML embedded within Confluence pages.

Frameswork is a user interface framework I designed and developed to simplify and accelerate front-end development for enterprise applications. The motivation behind Frameswork was to remove the heavy dependencies and steep learning curves associated with mainstream JavaScript frameworks, while still enabling developers to rapidly produce modern, responsive, and secure interfaces. The framework integrates seamlessly with .NET and Python backends, dynamically injecting stored UI components from a database and rendering them into fully functional applications at runtime. Frameswork reduces front-end delivery effort by as much as 90%, enabling smaller teams to deliver projects in days rather than weeks. By eliminating dependencies on large third-party libraries, the framework lowers licensing costs, reduces maintenance risks, and ensures applications remain lightweight and future-proof. Its successful implementation at Cushman & Wakefield demonstrated how innovative frameworks can directly impact enterprise development cycles.

JSON Mapper is a library I authored to address one of the most persistent challenges in modern web and cloud development: the dynamic nature of JSON payloads. As companies migrate legacy architectures to microservices and cloud APIs, they often encounter brittle integrations caused by frequent changes to JSON schemas. JSON Mapper solves this by providing a configuration-driven, flexible mapping layer capable of scanning JSON payloads, identifying key/value pairs, and dynamically binding them to objects, LINQ queries, or executable methods. This eliminates the need to constantly rewrite models, significantly reducing development effort and maintenance costs. Beyond basic mapping, the library supports schema validation, field-level transformations, and business rule injections, making it adaptable to a wide range of enterprise use cases. JSON Mapper has been used in financial services, healthcare, and cloud migrations, and has proven its ability to hydrate complex objects in less than a second. By abstracting the mapping logic from code into configurations, it provides teams with a powerful tool to future-proof their API integrations.