Services
Cyber Security
Cyber Security
Penetration Testing / Reverse Engineering / Vulnerability Research
Penetration Testing / Reverse Engineering / Vulnerability Research
Based on attack research proven on the international stage, we analyze the essence of threats and
design a proactive security response framework that covers all fronts.
Based on in-depth research by hackers, we identify the latest security threats and design a comprehensive proactive response system.
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Browse Services
Browse Services
Penetration testing
The standard for determining whether “our systems are secure” is getting higher every day, and compliance alone makes it difficult to stop advanced threats. We identify the practical limits of the current security framework across a wide range of assets and provide in-depth mitigation strategies.
Penetration depends on “who” performs it.
Vulnerabilities inside a system that are not visible on the surface become deadly weapons the moment attackers identify them.
We perform reverse engineering that goes beyond bytes and binaries, all the way to circuits, signals, and PUFF.
We’ll show you the depth of proven analysis.
Reverse Engineering
We don’t stop at confirming whether a vulnerability exists.
We study why it exists, what impact it can have, and how to fix it.
Our research is not a “risk alert.” It is “companionship.
Vulnerability Research
The best security is achieved by internalizing strong response capabilities.
Beyond simple training, we provide customized drills and educational content based on proven know-how and expertise.
We aim for a partnership that shares capabilities proven on the highest stage and grows together.
Training
Penetration testing
The standard for determining whether “our systems are secure” is getting higher every day, and compliance alone makes it difficult to stop advanced threats. We identify the practical limits of the current security framework across a wide range of assets and provide in-depth mitigation strategies.
Penetration depends on “who” performs it.
Vulnerabilities inside a system that are not visible on the surface become deadly weapons the moment attackers identify them.
We perform reverse engineering that goes beyond bytes and binaries, all the way to circuits, signals, and PUFF.
We’ll show you the depth of proven analysis.
Reverse Engineering
We don’t stop at confirming whether a vulnerability exists.
We study why it exists, what impact it can have, and how to fix it.
Our research is not a “risk alert.” It is “companionship.
Vulnerability Research
The best security is achieved by internalizing strong response capabilities.
Beyond simple training, we provide customized drills and educational content based on proven know-how and expertise.
We aim for a partnership that shares capabilities proven on the highest stage and grows together.
Training
We Hacked
We Hacked
We Hacked
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
We enhance security across every layer, from hardware infrastructure to the topmost application layer, with cybersecurity engineering, and present the sharpest solution to overcome the technical limitations our clients face.
From the hardware foundation
to the application top layer, across every area
of security, we add cybersecurity engineering and break through the technical limits faced by our clients
to deliver the sharpest solution.
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery Management System (BMS)
Custom Embedded OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based Smart EV Charger
Embedded Linux-based Level 2 EV Charger
Next-Gen Platform EV Battery Management System
High-Voltage EV Battery Management System
Automotive Grade Linux (AGL) Platform Vulnerability Research
Grid-Scale Energy Storage System (ESS) Controller
SDR-based UAV/Drone Detection System
Edge AI-powered Smart Surveillance Camera
RTOS/Linux-based Consumer IoT IP Camera
BLE-enabled Smart Healthcare & Medical Device
C/C++-based enterprise desktop software
AUTOSAR-based EV Battery
Management System (BMS)
Custom Embedded
OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based
Smart EV Charger
Embedded Linux-based
Level 2 EV Charger
Next-Gen Platform EV Battery
Management System
High-Voltage EV Battery
Management System
Automotive Grade Linux (AGL)
Platform Vulnerability Research
Grid-Scale Energy Storage System
(ESS) Controller
SDR-based UAV/Drone
Detection System
Edge AI-powered
Smart Surveillance Camera
RTOS/Linux-based
Consumer IoT IP Camera
BLE-enabled Smart Healthcare
& Medical DeviceC/C++ based Enterprise
Desktop Software
AUTOSAR-based EV Battery
Management System (BMS)
Custom Embedded
OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based
Smart EV Charger
Embedded Linux-based
Level 2 EV Charger
Next-Gen Platform EV Battery
Management System
High-Voltage EV Battery
Management System
Automotive Grade Linux (AGL)
Platform Vulnerability Research
Grid-Scale Energy Storage System
(ESS) Controller
SDR-based UAV/Drone
Detection System
Edge AI-powered
Smart Surveillance Camera
RTOS/Linux-based
Consumer IoT IP Camera
BLE-enabled Smart Healthcare
& Medical DeviceC/C++ based Enterprise
Desktop Software
AUTOSAR-based EV Battery
Management System (BMS)
Custom Embedded
OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based
Smart EV Charger
Embedded Linux-based
Level 2 EV Charger
Next-Gen Platform EV Battery
Management System
High-Voltage EV Battery
Management System
Automotive Grade Linux (AGL)
Platform Vulnerability Research
Grid-Scale Energy Storage System
(ESS) Controller
SDR-based UAV/Drone
Detection System
Edge AI-powered
Smart Surveillance Camera
RTOS/Linux-based
Consumer IoT IP Camera
BLE-enabled Smart Healthcare
& Medical DeviceC/C++ based Enterprise
Desktop Software
AUTOSAR-based EV Battery
Management System (BMS)
Custom Embedded
OS-based IVI System
RTOS-based Enterprise Printer
Microcontroller-based
Smart EV Charger
Embedded Linux-based
Level 2 EV Charger
Next-Gen Platform EV Battery
Management System
High-Voltage EV Battery
Management System
Automotive Grade Linux (AGL)
Platform Vulnerability Research
Grid-Scale Energy Storage System
(ESS) Controller
SDR-based UAV/Drone
Detection System
Edge AI-powered
Smart Surveillance Camera
RTOS/Linux-based
Consumer IoT IP Camera
BLE-enabled Smart Healthcare
& Medical DeviceC/C++ based Enterprise
Desktop Software
Where Offensive Research Meets Engineering Discipline
Beyond Pentesting,
Towards Cyber Security Engineering Excellence
We go beyond simple vulnerability assessments, analyzing from the attacker’s perspective from hardware circuits to software logic,
and complete engineering from the defender’s point of view.
We go beyond simple vulnerability assessments,
from hardware circuits to software logic
analyzing from an attacker's perspective
from the defender's internal viewpoint
to complete the engineering.
Beyond simple vulnerability assessments,
From hardware circuits to software logic,
We analyze from the attacker's perspective
and complete engineering from the defender's internal perspective.
Bespoke; We help our clients achieve a true qualitative leap.
Bespoke ;
We complete our client’s ‘substantial qualitative leap’.
Step 1
Interview with the person in charge
Define the target precisely
Clearly define constraints and security requirements
Step 2
Kick-off meeting in progress
Assign the project lead and staff, and
share the schedule plan and reporting plan
Step 3
Target Research and Analysis
Tailored to the project
Conduct in-depth research
Step 4
Demonstration and Solutions
Project research, analysis
Pilot testing and
development of solution delivery plans
Step 5
Final Project Report
Tailored to the manager and practitioner level
Vulnerability validation and solutions
Results report including recommendations
Our differentiator is
that completely breaks down the boundary between work and research
pure passion for hacking itself, and
this is proven by tailored in-depth analysis and tangible core security achievements.
Our differentiator lies in the boundary between work and research that is completely broken down by a pure passion for hacking itself,
and this is proven through customized in-depth analysis and tangible core security results.
Our differentiator is completely breaking down the boundaries between work and research
pure passion for hacking itself, and this is proven by customized in-depth analysis and tangible core security outcomes.

A passion for taking on challenges
We approach every project as a new research challenge, thoroughly analyzing systems from the ground up to uncover customer-specific vulnerabilities that off-the-shelf solutions miss.

Results focused on the essentials
We focus on meaningful vulnerabilities uncovered by digging into core logic, not on formal reports. We carefully identify threats that pose a real risk to your business and provide practical, effective solutions.

Proven technical pride
Our consistent performance at international competitions proves our commitment to hacking. We devote the latest technologies we have built through research and competitions to protecting our customers' assets.

Service Information Inquiry
Service Information Inquiry
For a security design optimized for your business environment, our experts will work through technical challenges
with you and provide practical engineering solutions.
For a security design optimized for your business environment, our experts work through technical challenges together and
provide practical engineering solutions.
070-4110-1337
(Representative Number)
02-861-1337
(Invoice Inquiry)
02-861-1338 (Fax)
205-15 Gasan Digital 1-ro,
Geumcheon-gu, Seoul
Room 614, SH Dream Tower
We are waiting for
colleagues to research together
© PetoWorks Inc. 2025
070-4110-1337
(Representative Number)
02-861-1337
(Invoice Inquiry)
02-861-1338 (Fax)
205-15 Gasan Digital 1-ro,
Geumcheon-gu, Seoul
Room 614, SH Dream Tower
We are waiting for colleagues to research together
© PetoWorks Inc. 2025
070-4110-1337
(Representative Number)
02-861-1337
(Invoice Inquiry)
02-861-1338 (Fax)
205-15 Gasan Digital 1-ro,
Geumcheon-gu, Seoul
Room 614, SH Dream Tower
We are waiting for
colleagues to research together
© PetoWorks Inc. 2025