Security Chips

Experience the unmatched safety of the world’s first unclonable quantum security chip - built to defend against AI and quantum hacking threats.

Quantum Security Chips


ICTK’s Quantum Security Chip combines PQC (Post-Quantum Cryptography) and PUF (Physically Unclonable Function) technologies, delivering a next-generation hardware-based Root of Trust (HRoT) for ultimate protection.

Security Chips


Experience the unmatched safety of the world’s first unclonable quantum security chip — built to defend against AI and quantum hacking threats.

G5N


G5N, the world’s first PUF–PQC integrated quantum security chip, is engineered for the quantum computing era. Its unclonable hardware architecture securely protects quantum encryption keys, ensuring the highest level of resilience against quantum threats.

Crypto: AES-128/256, ECC-256, RSA-2048, SHA-256/3, ARIA-128/192/256

PQC Algorithms: ML-KEM / ML-DSA

Compact, low-power design

Resistant to side-channel attacks

Application

Smart Home

&

 IoT Devices

Automotive

&

Mobility Systems

Network & Communication Infrastructure

Defense and National Infrastructure

Systems

Device Authentication based on PQC

USIM / eSIM Security

PQC-PUF

eSIM / USIM


The world’s first unclonable Quantum Security eSIM / USIM - redefining trust in mobile communication.

Crypto: AES-128/256, ECC-256, SHA-256

PQC  Algorithms : ML-KEM / ML-DSA

Subscriber data cannot be extracted

Device firmware is securely protected

 Enhanced communication security with PUF-encrypted keys

Features
Conventional SIM
PQC PUF SIM
Subscriber Authentication
O
O
Device Authentication & Management
X
O
Initialization
X
O
Re-activation
X
O
Authentication
(ECC, F/W)
X
O
Device Encryption / Decryption
X
O

Hardware-Based Quantum Security Chip

(Coming Soom)

HW PQC

HW PQC+MCU

PUF Security Chip


The world’s first unclonable Quantum Security eSIM / USIM - redefining trust in mobile communication.

G3(K)


G3(K) is a single-core HRoT security chip that ensures secure key generation, storage, and transmission. It supports a variety of cryptographic algorithms and hardware acceleration features, delivering high performance and strong protection. G3(K) is a KCMVP-certified product recognized for its proven security and reliability.

Crypto: AES-128, ECC-256, SHA-256, ARIA-128/192/256

PKI-Based Device Authentication

Secure Boot & Firmware Update

Side-Channel Attack Protection

Application

Smart Home

&

 IoT Devices

Security IP Cameras

& Access Control Systems

Industrial Sensors

&

Control Systems

Mobile

&

Edge Devices

Authentication Security Chip


CTK’s Authentication Security Chip is built on its patented VIA PUF™ (Physically Unclonable Function) technology, establishing a Hardware Root of Trust (HRoT) optimized for device authentication and secure identity management. 

STR
(Coming Soon)


STR is a genuine device authentication security chip that prevents device tampering, protects firmware integrity,

and ensures authenticity verification for edge devices across connected environments.

Crypto: AES-128/256, ECC-256, SHA-256

High-efficiency, low-power design

Key Applications

Device Authentication

Firmware Tamper Protection


IoT Security


Hardware Security Module (HSM) & Secure Computing

MTB
(Coming Soon)


MTB is a genuine battery authentication security chip that completely blocks the use of counterfeit or tampered batteries, while enabling real-time battery lifecycle monitoring for enhanced safety and reliability.

Crypto: AES-128/256, ECC-256, SHA-256

High-efficiency, low-power design

Lifetime Counter 

Key Applications

Mobile Battery Authentication

Battery Lifecycle Management

IoT Device Authentication

Tamper and Clone Prevention

Quantum Security Chips


ICTK’s Quantum Security Chip combines PQC (Post-Quantum Cryptography) and PUF (Physically Unclonable Function) technologies, delivering a next-generation hardware-based Root of Trust (HRoT) for ultimate protection.


G5N


G5N, the world’s first PUF–PQC integrated quantum security chip, is engineered for the quantum computing era. Its unclonable hardware architecture securely protects quantum encryption keys, ensuring the highest level of resilience against quantum threats.


Crypto Algorithms

AES-128/256, ECC-256, RSA-2048, SHA-256/3, ARIA-128/192/256

PQC Algorithms

ML-KEM / ML-DSA
User Memory
eFlash 43KB
InterfacesI2C / SPI
Operating Voltage Range1.8 - 3.3V
Operating Temperature Range-40°C to 105°C
Power ConsumptionSleep <3μA,  Idle <3mA
Additional Features

• Active shield for physical intrusion detection

• TRNG



Supports dual algorithms
(Conventional + PQC)



Compact, low-power design for flexible integration



Resistant to side-channel attacks (SCA protection)


PQC-PUF eSIM / USIM


The world’s first unclonable Quantum Security eSIM / USIM - redefining trust in mobile communication.


Crypto Algorithms

AES-128/256, ECC-256, SHA-256

PQC Algorithms

ML-KEM / ML-DSA
User Memory
eFlash 5KB
InterfacesI2C / ISO 7816(9600bps)
Operating Voltage Range1.8 - 3.3V
Operating Temperature Range-40°C to 105°C
Power ConsumptionSleep < 2μA


양자 보안 SIM과 일반 SIM 비교


Feature

Conventional SIM

PQC PUF SIM
Subscriber Authentication
O
O
Device Authentication & Management
X
O
Initialization
X
O
Re-activation
X
O
Authentication (ECC, F/W)
X
O
Device Encryption / Decryption
X
O



Subscriber data cannot be extracted



Device firmware is securely protected



Enhanced communication security with PUF-encrypted keys


Hardware-Based Quantum Security Chip


Coming Soon



H/W PQC





H/W PQC+MCU



PUF Security Chip


ICTK’s PUF Security Chip incorporates its patented VIA PUF™ (Physically Unclonable Function) technology,

providing powerful hardware-based security through a trusted Hardware Root of Trust (HRoT).


G3(K)


G3(K) is a single-core HRoT security chip that ensures secure key generation, storage, and transmission.

It supports a variety of cryptographic algorithms and hardware acceleration features, delivering high performance and strong protection. G3(K) is a KCMVP-certified product recognized for its proven security and reliability.


Crypto Algorithms

AES-128, ECC-256, SHA-256, ARIA-128/192/256

User Memory
eFlash 15.1KB
InterfacesI2C / SPI
Operating Voltage Range1.8 - 3.3V
Operating Temperature Range-40°C to 105°C
Power ConsumptionSleep <3μA,  Idle <3mA
Additional Features

• Active shield for physical intrusion detection

• TRNG



PKI-Based Device Authentication



Secure Boot & 

Firmware Update



Side-Channel Attack Protection


Authentication Security Chip


CTK’s Authentication Security Chip is built on its patented VIA PUF™ (Physically Unclonable Function) technology, establishing a Hardware Root of Trust (HRoT) optimized for device authentication and secure identity management.

STR (Coming Soon)


STR is a genuine device authentication security chip that prevents device tampering, protects firmware integrity,

and ensures authenticity verification for edge devices across connected environments.


Crypto Algorithms

AES-128/256, ECC-256, SHA-256

User Memory
eFlash 12.6KB
InterfacesI2C
Operating Voltage Range1.8 - 3.3V
Operating Temperature Range-40°C to 105°C
Power ConsumptionSleep < 1μA (High-efficiency, low-power design)
Additional Features

• Active shield for physical intrusion detection

• TRNG


MTB (Coming Soon)


MTB is a genuine battery authentication security chip that completely blocks the use of counterfeit or tampered batteries,while enabling real-time battery lifecycle monitoring for enhanced safety and reliability.


Crypto Algorithms

AES-128/256, ECC-256, SHA-256

User Memory
eFlash 12.6KB
InterfacesI2C
Operating Voltage Range1.8 - 3.3V
Operating Temperature Range-40°C to 105°C
Power ConsumptionSleep < 1μA (High-efficiency, low-power design)
Additional Features

• Active shield for physical intrusion detection

• TRNG

• Lifetime Counter



2-pin Mode


• Ideal for ultra-compact designs

• Power and data transmitted

   via GPIO




3-pin Mode


• Suitable for high-performance and

 stability-focused designs

• Separate lines for signal and

   power supply







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