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Triden Accelerator
TRIDEN
Triden FPGA design possess three core computational capabilities embedded in MECs, interworking with SnapScale DLT accelerating transactions at the network edge for :

· Expediting performance boost
· Zero Knowledge Proof Privacy protection
· Fortified device security authentication
Hardware Performance Methodology
Triden’s Role
Triden Components
Triden Native
Singular MEC Acceleration Service
· Triden and SnapScale shares the same MEC environment (w/ FPGA accelerator installed)

· SnapScale acceleration service call through XENIRO API

· FPGA accelerator will be required to reload the “acceleration service program” should SnapScale initiate a new service
Triden Cloud
FPGA Cloud Acceleration Service
SnapScale and Triden are distributed across multiple MECs
FPGA operates as a resource pool that is managed via the HYZEN Platform
All acceleration services are deployed dynamically
Triden is uniquely optimized to integrate with SnapScale and the Hyzen platform for security and performance @ the 5G edge
Triden Accelerator
TRIDEN
Triden FPGA design possess three core computational capabilities embedded in MECs, interworking with SnapScale DLT accelerating transactions at the network edge for :

· Expediting performance boost
· Zero Knowledge Proof Privacy protection
· Fortified device security authentication
Hardware Performance Methodology
Triden’s Role
Triden Components
Triden Native
Singular MEC Acceleration Service
· Triden and SnapScale shares the same MEC environment (w/ FPGA accelerator installed)

· SnapScale acceleration service call through XENIRO API

· FPGA accelerator will be required to reload the “acceleration service program” should SnapScale initiate a new service
Triden Cloud
FPGA Cloud Acceleration Service
· SnapScale and Triden are distributed across multiple MECs

· FPGA operates as a resource pool that is managed via the HYZEN Platform

· All acceleration services are deployed dynamically
Triden is uniquely optimized to integrate with SnapScale and the Hyzen platform for security and performance @ the 5G edge