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Position Fault Injection Tools with Accuracy and Repeatability
Positioning systems play a critical role in fault injection testing by enabling the precise placement of probes, lasers, and other fault injection equipment above the device under test. Accurate positioning is essential for targeting specific areas of a device, reproducing fault conditions, and ensuring consistent results across multiple evaluations.
The DS1010A Precision XYZ Stage provides stable and highly accurate movement across three axes, allowing security engineers to precisely align electromagnetic probes, laser systems, and other fault injection hardware with a target device. Whether evaluating a smart card, secure element, microcontroller, system-on-chip (SoC), or printed circuit board, the stage provides the flexibility needed to support a wide range of devices and testing setups.
Designed to support advanced fault injection workflows, the DS1010A helps reduce setup variability while improving targeting precision and test repeatability. By enabling accurate positioning and automated scanning of the device under test, it forms a foundational component of voltage, electromagnetic, and laser fault injection environments, helping engineers execute more efficient and reliable security evaluations.
Enable Precise Targeting
Accurately position probes, lasers, and fault injection equipment above the device under test for targeted security evaluations.
Improve Test Repeatability
Maintain consistent positioning across multiple experiments to reproduce fault conditions and validate results.
Support Diverse Test Setups
Accommodate a wide range of devices, from smart cards and secure elements to larger embedded systems and printed circuit boards.
Build a Stable Fault Injection Environment
Provide the stability and precision required for advanced fault injection testing, automated scanning, and vulnerability assessment.
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Step Size
0.3 µm
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Range of Operation
X/Y/Z: 50 mm
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Product type
Precision XYZ stage
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Technology
Device Security
Most Popular Configurations
Precision XYZ Stage
Precision XYZ Stage
DS1010A
The DS1010A Precision XYZ Stage is the default XYZ stage for various Keysight hardware components which need accurate positioning above the device under test.
The DS1010A Precision XYZ Stage is the default XYZ stage for various Keysight hardware components which need accurate positioning above the device under test.
- Three high-precision stages with a small step size, small backlash, and small yaw
- Surface-ground steel carriage and high-precision screw pitch
- Base frame allows maximum flexibility for mounting device under test, from small smart cards to large printed circuit boards with significant height
- Frame holds XYZ stages in a fixed position during load and temperature changes
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Frequently asked questions
A positioning system enables the precise placement of fault injection equipment, such as electromagnetic probes, laser systems, and other targeting hardware, above the device under test. Accurate positioning helps security engineers target specific regions of a device and perform repeatable fault injection evaluations.
Many fault injection attacks depend on influencing a very specific area of a device at exactly the right location. Precise positioning helps improve attack repeatability, reduce setup variability, and increase confidence in evaluation results.
The DS1010A Precision XYZ Stage is used to position fault injection hardware with high accuracy and repeatability. It supports electromagnetic, optical, and other fault injection methodologies that require precise targeting of the device under test
A positioning system helps maintain the same attack location across multiple test runs. This enables engineers to reproduce successful fault conditions, compare results, and validate vulnerabilities more efficiently.
The DS1010A can be used with a variety of fault injection hardware, including:
- Electromagnetic fault injection probes
- Laser fault injection systems
- Optical analysis equipment
- Other positioning-sensitive security testing tools
Electromagnetic fault injection effectiveness can vary significantly depending on probe location. Accurate positioning enables engineers to identify sensitive regions, optimize attack success rates, and reproduce results across multiple evaluations.
Yes. The DS1010A is designed to support both fault injection and side-channel analysis workflows, making it a versatile component of a hardware security testing laboratory.