- New Features:
ChipWhisperer-Husky and CW310 Bergen Board support
Switch from pyusb to libusb1 - deprecates libusb0.dll on Windows
Add as_int parameter to scope.get_last_trace() to return traces as integers
Add driver detection for Windows
Add force and bitstream option to cw.scope()
Add SimpleSerial 2.1 and deprecate SimpleSerial 2.0
Add ChipWhisperer version check.
Add SAM3U firmware feature list and checks
Add common interface for USB scopes/targets
Add ability to connect to scope via hardware location
Fix SS_VER_1_X and XMega simplserial-rsa
Fix SSV2 unstuff data for >30 zeros
Fix AVR lock bits read
Fix nano connect status
Explicit memory ordering in bootloader-glitch
Cast analyzer CPA calculations to long double to avoid precision issues in large projects
Fix Pro screen getting stuck when capturing
Checkout master branch for ChipWhisperer-Jupyter in installer
Fix timeout length on simpleserial reads
More versionadded/versionchanged for docs
Fix FPGA target.dis()
CWPro : 1.52.0
CW305 : 0.52.0
New Features: * Lite/Pro/Husky external FPGA programming * Variable FPGA programming speed * Firmware now uses generic naeusb firmware * New firmware build date command sam_build_date() (scope/target)
Fixes: * CDC settings now works with older CW versions again (pipe error fixed) * XMEGA/AVR programming works on Lite/Pro again (only issue with Black Hat 2021 firmware)
- New Features:
Re-add SAKURA-G support
TraceWhisperer cleanup + convenience functions
ChipWhisperer firmware auto_program()
Add segmented capture to ChipWhisperer, allowing for super fast capture
New demo: uECC attack
New ChipWhisperer Firmware: CDC serial ports for UART communication (i.e. communication with `”COMX”`/`”/dev/ttyACMX”`
New target class: SimpleSerial2_CDC with automatic serial port detection (no need to figure out `”COMX”`/`”/dev/ttyACMX”`)
Add simpleserial documentation (thanks @coastalwhite !)
Add new simpleserial commands to get available commands
Add maskedAES for more targets (thanks @jmichelp !)
Add better method for loading new CW bitstream
Add avr-gcc and arm-gcc to installer (optional)
Add CWPro aux_out
Update ESP32 build for newer build system version
Reset Xmega if programming fails (should prevent programming from immediately failing next call)
Setup script improvements
Fix outdated 99-rules.newae
Fix voltage range on CW305 VCCINT
Fix STM32F4 HW floating point (thanks @mcsmonk !)
Fix Nano crash when >128 bytes read from USART
VM now supports uploading firmware to chipwhisperer
Fix pipe error caused by interrupting USB communications
- New Features:
AES MixColumns Attack and Variable Vector KTP (requires scared/estraces)
Update FW for USB devices - auto configure as WinUSB
Update FW to increase serial buffer
Support both libusb0 and libusb1
Add automated plotting functions for analyzer plots
Improve CW305 AES implementation
Major CWNano speedup
- Add SimpleSerialV2 (not used by default) binary serial protocol
Use 230400bps for SSV2 baud
Major capture speedup when using SSV2
New experiment/target class: CW305 HW ECC
Add CW305 register name autodetect
Add glitch arm timing of “no_glitch” (moderate speedup for SSV2)
target.baud not being reset correctly after programming STM32
Turn of STM32 HW floating point
- New Features:
New CWPro firmware - Add in_waiting_tx for Pro
Add SAMFWLoader CWPro support
Add CWPro USB binary
Fix TIO state read on CWPro
Fix tx buffer overrun on CWPro
- New Features:
New CW305 USB firmware
New CWLite/CWNano USB firmware
Major tutorial overhaul - Tutorials now built for https://learn.chipwhisperer.io - Includes both remastered and all new tutorials - Add prerecorded traces to power analysis labs
New tutorials (SCA101): - Lab 3_1 - Recovering Data from a Single Bit - Lab 6_4 - Jittery Triggering on UART
New tutorials (Fault101): - Voltage glitch versions of clock glitch tutorials
New tutorials (SCA201): - Dynamic Time Warp resync - Hardware AES lab
New tutorials (Fault201): - Introduction to AES Fault Attacks - AES Loop Skip Fault attack - 1.5 Round AES Attack - DFA Attack Against Final MixColumns
New hardware documentation at https://rtfm.newae.com
Add documented way to read state of TIO1-4 on Lite/Pro
Add glitch controller for improved glitch recording
Add API reprogramming supports for Nano and CW305
Add T-Table enc/dec leakage models
Add __array__() function to IndividualIterable (allows conversion to numpy array)
Add tqdm to preprocessing
Add batch run for CW305 for fast capture
Add SPI Programming for CW305
Add default FPGA programming for CW305
Make Nano serial and capture more reliable
Improve Nano reliablity in VM
Build fixes for STM32F3 and STM32L5
Greatly improved reliablity OpenADC long offset captures
Make target.SimpleSerial more robust
Fix tx buffer overrun
- New Features:
CW-Lite/Pro: Increase maximum glitch repeat to 8192
CW-Lite/Pro: Add nRESET as trigger input
Targets: Add RT1062 HAL (NXP Cross-over MCU)
Targets: Add EFR32MG21 HAL (SiLabs with ‘secure element’)
Targets: Add FE310 HAL (RISC-V)
Targets: Add STM32L5 HAL (NXP M33)
Add option to allow more specific hardware AES engine triggers
Add SAD section to SPA_1
Small fixes to SPA_2
SimpleSerial additions: - simpleserial_read_witherrors - Define return for simpleserial_wait_ack - simpleserial_last_sent - simpleserial_last_read
CW-Lite/Pro: Fix glitch logic which was not correctly gating output - start and end edge were slightly off
Fix HW float being used on STM32F3 instead of software float - This also fixes a crash related to the wrong C library being used on older (pre q2-2018) gcc versions
Allow STM32F3 to use different input clock speeds (was previously fixed to 7.37MHz)
Fix STM32F3 programming timeout
Add ack option to capture_trace()
Fix project not saving correctly when multiple segments used
Various other fixes
Windows installer (released)
Improvements to Jupyter notebooks - use real-time plotting during capture, various small fixes
New LPC1114 Jupyter tutorial
Add PSOC62 HAL, fix NRF52840 HAL and SAM4L HAL
Add CW-Nano firmware source + schematics
Fix PGE calculation and known key highlighting for attacks which don’t target the base key.
Fix STM32F baud setting
Update Jupyter requirements to have everything needed to run all tutorials
Fix chipwhisperer autodetect when nothing attached
- Tutorial Updates:
New tutorial: Fault_5-RSA_Fault_Attack
New tutorial: Fault_2-Introduction_to_Vcc_Glitch_Attacks
New tutorial: PA_DPA_3-AES_DPA_Attack
New tutorial: PA_HW_Pro_1 added
New tutorial: !!Introduction_to_Jupyter!!
Fault_4 updated for new API
Tutorials now list supported hardware at the top of the tutorial
Improved support for non-CWLITEARM targets
Tutorial tests now output .rst files for Read the Docs
Change Setup.ipynb to Setup_Generic.ipynb
- Scope updates:
Added default_setup() method
cw.scope() can now autodetect scope type
CWPro only features updated to work with API
- Project updates:
Major project API updates
New project format
CW1200 Pro only features added to API
Completed tutorials now available on Read the Docs
Added tutorials submodule for completed tutorial .rst files
Key text pair interface updated
Moved Jupyter to Submodule in top of project
Separated requirements.txt into Jupyter (in Jupyter submodule) and non Jupyter files
Changed to snake_case instead of camelCase
Added Sphinx documentation
API now documented with Google Style Guide
Many tutorial changes to reflect API changes
Changed tutorials to use C preprocessor to change firmware rather than via awk
C firmware CRYPTO_TARGET no longer defaults to AVRCRYPTOLIB
CW308_AURIX clock and regulator fixes
Fixed generate_firmware_files.py for python3
Removed some unused files
Expose baud for STM32 programmer
Fixed XMEGA and STM32 programming issues
Fixed “Trigger not found in ADC data” issue
Improved CW305 support
Fixed project loading
Initial CW305 Support
Various small fixes
Replaced GUI with Jupyter
Moved to Python 3 (Python 2.7 no longer supported)
Improved API for Projects
Added GUILess Analyzer support
Added Jupyter Notebooks for most major tutorials
Added Notebooks for new tutorials
Small cleanups to API
Improve SAD logic
Add RSA firmware build for ARM.
Add new setup scripts (CEC1702, ESP32)
Various small fixes
State for GUI Programmers is not held in between actions, allowing the programmers to be left open during captures/glitching without causing problems
The GUI programmers now use the 4.0 api to set pins for programming, saving pin states before an action to restore them after.
Most firmware files are now compatible with the ARM compiler
Example scripts in chipwhisperer/software/scripting-examples have been updated for 4.0, providing an example of using the ChipWhisperer tool without the GUI for clock glitching, trace capture during encryption, and trace analysis.
Rewritten script interface, now almost all work is done via preconfigured scripts
New API allows direct access to configuration (useful with new script architecture)
New firmware examples (ESP32, Spartan 6 cheap FPGA board)
FW: Add RSA firmware example (see https://wiki.newae.com/Tutorial_B11_Breaking_RSA)
FW: Add MBED TLS crypto library for ARM targets (see https://wiki.newae.com/Tutorial_A8_32bit_AES)
SW: Add utility to copy traces to new project
Capture: Add ability to measure “Trigger High” length in number of samples
FW: Fix trigger GPIO pin in STM32F4 HAL
FW: Fix AVR “sizeafter” target in makefile
SW: Update testing scripts to use os.path and auto-program for XMEGA programming
Capture: Fix timer bug in CW1173 Reset aux module
SW: Allow each module to set a default error message severity
Capture: Support connecting multiple CW-Lite/Pro scopes
Capture: Add SPI flash programmer target
Capture: Add STM32F programmer
Capture: Add setup script for 87C51 target
FW: Fix bug in SAM4L HAL that disabled crypto countermeasures
FW: Improve Makefile output on Windows
SW: Return script results when running Capture/Analyzer scripts via API
Analyzer: Fix off-by-one error in C-accelerated CPA attack
Capture: Properly randomize fixed/random plaintexts in CRI T-Test mode
Capture: Fix float/int conversion bug in glitch explorer
Addition of trace-cache in preprocessing module, useful with slow preprocessing module.
Dynamic Time Warp (DTW) based trace resync preprocessing, based on the “Elastic Alignment” paper by Jasper
SimpleSerial firmware V1.1 now supports ACK in messaage structure, useful in slow encryptions to avoid timeout
STM32F firmware targets (including STM32F0, F1, F2, F3, F4)
New trace plotting command allows plotting arbitrary traces (not just range), along with specific colours.
CW1200 support added (bitstream built-in, various fixes for CW1200)
New firmware build system supports targets beyond AVR/XMEGA (now can build for STM32F, etc)
Add downsample mode for CWLite, CW1200 (make better use of sample buffer by downsampling ADC to get very slow sampler rates)
New simple AES crypto library for firmware targets
Huge speed-up to waveform data processing on capture
Support automatic downsampling of waveform display (requires recent version of pyqtgraph)
Updated HW model system, breaks some old APIs but makes it easier to add custom leakage models
Fixed bug where unplugging CW-Lite with terminal open caused flood of close messages
Fixes to CW305 interface
AVR Programmer adds ATMegaRF2564RFR2 device support
Added support to DES (recovers 48 of the 56 bits key)
Refactored attack classes
Added basic support to multiple channels (doesn’t save yet).
Trace Output Plot widget with new parameter: X Axis with time values.
New Streaming mode capture option.
Improved serial terminal.
Added stop capture button.
Fixed a lot of memory leaks.
New trace manager (supports deletion of multiple items).
Support to projects/plugins in user’s home.
Improved code documentation.
New Glitch Explorer widget.
Bandstop digital filter option (credits to Marc).
Removed parentParam argument from many classes (some older scripts may need to delete it to come back to live) :-/
Added buttons to load and save settings.
Project settings saved with the traces during capture.
Graph widget: hairlines, grid, move, help, select trace, position.
Check for updates.
New Parameter class. API runs standalone now (especially the capture tool).
Customizable key/trace colors.
Results table with color gradient.
Faster graphs plotting, especially in fast mode.
Fixed a bug where highlighted traces for other keys would not show up.
Trace Explorer moved to the main window as a settings dock.
Consolidate project (move traces to the project dir).
Improved trace manager.
Fixed GUI bugs with Mac OS X.
New plugin architecture (should be much easier to add new modules).
Large code refactoring.