BNETAL provides cloud and enterprise security consulting, solutions and expertise for health data exchange, EDI, HL7 FHIR, regulatory compliance, security and operational efficiency. Through top-notch consulting services and software products, BNETAL facilitates, enables and supports the healthcare and financial industry in improving efficiency, security and reducing cost of compliance. Our solutions enable meeting healthcare regulatory requirements for connectivity and security in regulations like ACA and Meaningful Use (EHR). With decades of senior level involvement in national healthcare initiatives such as CDC PHIN, HHS NwHIN, CAQH CORE, CMS esMD and others. BNETAL has unique and in-depth understanding of healthcare regulations, interoperability and security standards, operational requirements and security best practices. BNETAL has been providing robust solutions and CXO level trust advise to many clients. Here are some examples:• Security advisory services to CISO of Santander NY on Santander's acquisition initiatives.• Thought leadership and advisory services to CISO of NC DHHS on their cloud security initiatives.• Security architecture and secure rollout expertise to EY’s Global Tax Platform – a cloud based platform with a global deployment roadmap.• Leadership level expertise to several national and industry-wide data exchange interoperability initiatives, developing consensus among diverse stakeholder groups (e.g., CAQH CORE, CDC PHIN, HHS HITSP/NwHIN/S&I, NCPDP, CMS esMD).• Lead the architecture, design and development of the first public health information exchange system (PHINMS) that is deployed nationwide and facilitates disease data secure exchange across hospitals, state departments of health and CDC.• Concept and security architecture for the prototype and trial implementation of HHS ONC's NwHIN.

Design and analysis of B1/CMW level security systems, security presentations and training for government evaluators at the B1/CMW level. Establishment of a DC office and management of local contractors.

Research on Internet based authentication and key management protocols as part of my doctoral thesis, conducted at IBM Federal Systems Division. This research proposed a balanced approach for security assurance, by evaluating the environment and threats, hence letting security developers focus on areas where security fortification gives the maximum ROI.