SKU: SBCD-0520
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NewAE NAE-SCAPACK-L1 Level 1 Starter Kit

₹134,459.00 (Inclusive of all taxes)
Out of Stock

The NewAE NAE-SCAPACK-L1 ChipWhisperer Level 1 Starter Kit is an open-source hardware security research platform for learning side-channel power analysis and fault injection attacks. It combines a powerful capture tool with a versatile baseboard, supporting 8-bit AVR and 32-bit ARM Cortex target microcontrollers for comprehensive security experimentation.

Features

  • Comprehensive platform for side-channel power analysis & fault injection.
  • Features 10-bit ADC with 105MS/s sampling rate for precise data capture.
  • Includes capture hardware, UFO Baseboard, and 8-bit AVR/32-bit ARM Cortex target MCUs.
  • Seamlessly integrates with open-source Python-based ChipWhisperer software.
  • Expandable design for custom targets and advanced security research.

Out of stock

Description

The ChipWhisperer Level 1 Starter Kit, NAE-SCAPACK-L1, is an entry-level hardware security research platform specifically engineered for mastering side-channel power analysis and fault injection attacks. This comprehensive kit is an ideal resource for students, security engineers, and researchers, integrating the robust open-source ChipWhisperer-Lite Capture hardware with a highly versatile UFO Baseboard and a selection of sample targets, ranging from 8-bit AVR to 32-bit ARM Cortex devices. It provides a structured environment to explore real-world attack vectors on embedded systems.

Designed for maximum flexibility and future expansion, the kit enables users to conduct practical attacks on various embedded targets and to develop custom boards for in-depth security validation. All hardware components interface flawlessly with the open-source, Python-based ChipWhisperer capture software, which supports Windows, macOS, and Linux, ensuring full control over experimental setups and data analysis workflows. This Level 1 Starter Pack is thus an excellent foundation for anyone aiming to gain hands-on expertise in embedded security attacks, offering a path from foundational experiments to advanced, customized security evaluation.

Key Features

  • Complete, beginner-friendly platform for side-channel analysis and fault injection.
  • Includes dedicated capture hardware, UFO Baseboard, and multiple programmable target microcontrollers.
  • Supports a range of microcontrollers, including 8-bit XMEGA and 32-bit STM32 ARM Cortex devices.
  • Built upon an open-source hardware and Python-based software ecosystem for transparency and flexibility.
  • Expandable architecture allows integration with custom targets, FPGAs, and advanced microcontrollers.
  • Equipped with SMA connectivity for high-precision power trace analysis and fault injection.
  • Software compatible with Windows, macOS, and Linux operating systems.

Applications

  • Embedded system security research and vulnerability assessment.
  • Educational training for side-channel analysis and fault injection techniques.
  • Developing and validating custom hardware security solutions.
  • Evaluating cryptographic implementations for power leakage and fault resilience.
  • Reverse engineering and firmware analysis of embedded devices.

Technical Specifications

ADC Resolution10-bit
Sampling Rate105 MS/s
GainUp to +55 dB
Clock Frequency5 MHz – 200 MHz
GPIO Voltage3.3V
USB SpeedUp to 25 MB/s

Frequently Asked Questions

What types of attacks can be performed with the NAE-SCAPACK-L1 kit?

This kit is designed for hands-on learning and experimentation with side-channel power analysis and fault injection attacks. Users can explore vulnerabilities by analyzing power consumption or introducing glitches to disrupt microcontroller operations, revealing critical security flaws in embedded systems.

Is the ChipWhisperer software compatible with all major operating systems?

Yes, the open-source Python-based ChipWhisperer capture software supports Windows, macOS, and Linux. This cross-platform compatibility ensures that researchers and students can utilize the kit regardless of their preferred development environment for conducting security analyses.

What microcontrollers are supported as target devices for analysis?

The NAE-SCAPACK-L1 kit includes sample targets based on both 8-bit AVR (XMEGA) and 32-bit ARM Cortex (STM32) microcontrollers. This variety allows users to practice and develop attack techniques across different architectures commonly found in embedded systems.

Can custom target boards be integrated with the ChipWhisperer platform?

Absolutely. The ChipWhisperer platform is built for flexibility and expansion. Its open-source nature and versatile UFO Baseboard allow users to connect and analyze custom-designed target boards, including those with FPGAs or other advanced microcontrollers, for specialized security validation.

What is the typical ADC resolution and sampling rate for power analysis?

The ChipWhisperer-Lite capture hardware features a 10-bit Analog-to-Digital Converter (ADC) capable of a maximum sampling rate of 105 MS/s. This high resolution and speed are crucial for capturing detailed power traces necessary for precise side-channel analysis.

Package Includes

  • 1x ChipWhisperer-Lite Capture Hardware
  • 1x UFO Baseboard
  • Multiple Sample Target Boards (8-bit AVR & 32-bit ARM Cortex)
  • Required Connection Cables and Accessories
  • Access to Open-Source ChipWhisperer Software Suite

Additional Information

Weight 0.25 kg
Dimensions 12 × 8 cm