Smart Mission Lab

Smart Mission Lab is a remote-access platform for developing, testing and optimizing AI models, onboard software and edge processing workflows on KP Labs’ high-performance Data Processing Units. It enables users to test DPU configurations, analyze performance and validate compatibility with mission or project requirements before purchasing hardware.

The platform supports AI model creation and validation, onboard software validation, data processing algorithm development and testing, FPGA-based solution validation, Linux application testing and machine learning algorithm validation. It also allows users to evaluate different DPU configurations to find the right fit for specific mission or project requirements.

Supported applications:

• • AI model creation and validation 
  • Onboard software validation 
  • Data processing algorithm development and testing 
  • Edge processing solution optimization 
  • FPGA-based solution validation 
  • Linux application testing 
  • Machine learning algorithm validation 
  • DPU configuration evaluation 
  • Mission-specific compatibility verification before purchase 

Key features:

Remote DPU Access
Secure remote access to KP Labs’ high-performance Data Processing Units.

AI and Edge Processing
Supports AI models, onboard software, data processing algorithms and edge processing software.

FPGA, Linux and ML Support
Enables development and validation of FPGA-based solutions, Linux applications and machine learning algorithms.

Hardware Configuration Testing
Allows users to test different DPU configurations to find the right fit for mission or project requirements.

Performance Analysis
Enables evaluation of execution time, resource consumption and algorithm efficiency.

Fast Validation
Access to real DPUs within 48 hours, with iteration cycles reduced from weeks or months to hours.

Pre-Purchase Verification
Validate DPU compatibility with specific algorithms and mission requirements before purchasing hardware.

Pay-As-You-Go Access
Remote usage model with no significant upfront investment.