Abstract: According to various embodiments disclosed herein, methods and systems for managing security vulnerabilities of a heterogeneous computing platform utilizing a microprocessor are disclosed. Specifically, methods and systems for managing attack surfaces of an instruction set architecture co-processor in communication with an FPGA control module are disclosed.

Abstract: A system includes an application plane having a reconfigurable logic device defining application logic, a data input plane defining a first port operable to receive application data for processing on the application logic and a management plane defining a second port separate from the first port and operable to reconfigure the application logic

Abstract: To provide a transaction processing environment with security and low latency, an FPGA based data and currency exchange includes a multi-party trusted data and currency broker processing system. Participants can fund accounts on the exchange and define business rules that govern the distribution of currency and data to other participants. The business rules are encoded onto hardware and transaction information is processed using the hardware.

Abstract: The FPGA PaaS enables enterprise developers to easily build applications using its' marketplace components, apps, and stream services. The FPGA PaaS provides its capabilities to its FPGA PaaS enterprise developers.

Abstract: A processing server may receive transaction data from one or more point of sale (POS) terminals in near real-time. Transaction data received from each of the POS terminals may be in a format that is specific to the POS terminal. Upon receiving the transaction data having the POS specific format, the processing server may convert the transaction data to a common format that is compatible with the operations of the processing server. Further, the processing server may index the converted transaction data into one or more categories. Responsive to indexing, the processing server may generate aggregate data from the indexed transaction data. Further, the processing server may receive a request for a data report associated with the aggregate data. Responsive to receiving the request, the processing server may generate the data report, format the data report to match a user preference, and transmit the data report for presentation.

Abstract: To provide a transaction processing environment with security and low latency, an FPGA based data and currency exchange includes a multi-party trusted data and currency broker processing system. Participants can fund accounts on the exchange and define business rules that govern the distribution of currency and data to other participants. The business rules are encoded onto hardware and transaction information is processed using the hardware.

Abstract: A processing server may receive transaction data from one or more point of sale (POS) terminals in near real-time. Transaction data received from each of the POS terminals may be in a format that is specific to the POS terminal. Upon receiving the transaction data having the POS specific format, the processing server may convert the transaction data to a common format that is compatible with the operations of the processing server. Further, the processing server may index the converted transaction data into one or more categories. Responsive to indexing, the processing server may generate aggregate data from the indexed transaction data. Further, the processing server may receive a request for a data report associated with the aggregate data. Responsive to receiving the request, the processing server may generate the data report, format the data report to match a user preference, and transmit the data report for presentation.