The #1 Advanced Engineering Platform

Enabling Digital Transformation to meet the rapidly-changing needs of Industry 4.0 Advanced Manufacturing

Start Here:

Play Video

Learn about DSP's engine: Digital Spec.

Eliminate the ambiguity and complexity of capturing complex product requirements in wordy and uncorrelated documents and emails

Capture and visualize a product’s complex functions, interactions, and stresses

Why Choose Us?

Map Your Product DNA

DESIGN LIMIT | NATURE OF FAILURE | ACTUAL LIFE

Reveal product weaknesses before prototyping
Eliminate the costly trial and error
Generate new product designs & revenue streams

Customer Testimonials

RICHARD MUIZELAAR

DIRECTOR OF RESEARCH AND INNOVATION AT STACKPOLE INTERNATIONAL

With Kepstrum’s DSP software and engineering methodology, our confidence is greatly enhanced in understanding our product in application with multi-domain transfer functions of stress and Key Performance.

The Kepstrum method enables deterministic definition of our product in application, with transparency, and with breakdowns of the critical interfaces to judge life, wear and performance. Using this information we are able to prioritize and optimize test cycles that ensures the key performance and wear damage correlates to defined first principle models. We are able to accelerate validation testing by combining our deterministic physics based math models, to accelerated stress tests.

The power of this approach is the linkage of knowledge and results. Compared to other traditional methodologies, Kepstrum’s DSP approach closes the gaps in understanding to questions not normally asked.”

MARTIN DAUB

MANAGER OF TESTING / VALIDATION AT BOSCH REXROTH

Over the past years Kepstrum supported us in several projects on hydraulic pump components to understand lifetime and failure issues. 

Kepstrum’s methodical approach gives a comprehensive overview of non-deterministic critical design features in a very early concept phase of engineering work. It helps to lead the engineering process straight forward, minimizing design iterations. 

The DNA structured platform has the potential to integrate knowledge of multiple teams and functions into one platform to enhance collaboration along the engineering process. 

The methods and tools are continuously refined and improved by Kepstrum. 

HERBERT REDER

ENGINEERING LEAD – CENTER OF VALVE COMPETENCY AT BOSCH GERMANY

“Intelligent Reliability Technology offers repeatability, speed and accountability to generate results and knowledge utilizing our capabilities.”

Eliminate Recalls with Intelligent Reliability

Fields

  • Mechatronics
  • Hydrotronics
  • Electronics
  • Hydraulics
  • Mechanical

Applications

  • Pumps
  • Valves
  • Motors
  • Actuators
  • Electronics
  • Batteries
  • Solenoids
  • Sensors
  • Bearings
  • Seals

Conventional vs Intelligent Reliability Methodology (IRM)

Conventional Methodology

 Two Years

Intelligent Reliability Methodology

One Year

5 Steps One Powerful Index

MAP PRODUCT DNA TO PREVENT RECALLS

STEP 1: Map your Design DNA
STEP 2: Map your Production Parts
STEP 3: Map your Design Changes
STEP 4: Map your Field Failures
STEP 5: Map your DNA Library

A COMMON TEST PLATFORM FOR ALL STEPS

Map the Product DNA through critical stages of development and production in 5 structured steps, generating an intelligent DNA Library that connects the engineering teams to field failures.

Benefits:

  • Eliminates the need for multiple test benches
  • Connects OEMs and suppliers through a unique reliability measure
  • Generates a traceable reference point for future designs
  • Keeps development and production sites connected and in control
  • Reduces field failures by finding product weaknesses in development
  • Solves complex problems through simultaneous stress interactions
  • Shortens the development time
  • Reduces the development cost
  • Controls risk to prevent recalls
Maximizing Your Profitability

Our Experiences

Contact Us