ZYMBIT

HSM4 is a hardware security module designed to protect embedded single board computers used in custom OEM applications. HSM4 provides all the great security features of our popular ZYMKEY4 product, encapsulated in a secure module with hidden 30 pin connector. This innovative packaging reduces the attack surface and simplifies integration into custom OEM boards and manufacturing workflows. For prototyping and evaluation, developer hats are available for Raspberry Pi and Nvidia Jetson. Example code and online documentation provide a simple low-risk way to integrate multiple layers of security into your application. Software APIs are available in Python, C and C++, with support for Ubuntu and Raspberry Pi OS. HSM4 is a hardware security module designed to be embedded into custom OEM applications. It provides multiple layers of security that protect against cyber and physical exploits. Sensitive key material is generated and stored in a secure element with micro-grid protected silicon. A separate security supervisor isolates the secure element from the host computer and provides additional layers such as multi-factor measured identity and authentication of host system, multi-sensor physical security and real time clock. Measured device identity and authentication Root file system encryption, integrated with LUKS Data encryption and signing Secure key generation and storage Physical tamper sensors AWS qualified device TLS transaction support Real time clock (RTC) Secure encapsulated module with hidden 30-pin connector Designed for custom OEM applications Developer hats available for Raspberry Pi and Nvidia Jetson External battery Soft bind lock Hardware root of trust

The HSM developer hat 1 makes it easy to test all features of Zymbit’s HSM family of security modules using a Raspberry Pi, Nvidia Jetson or similar single board computer. The hat fits a standard 40 pin GPIO header and provides easy access to perimeter circuits, battery and LED features. Supports all Zymbit HSM modules Easy connection to perimeter tamper circuits through 4 pin header and FPC CR2032 coin cell primary battery holder Auxiliary battery connector type Molex 51021-0200-B Blue LED status indicator RPI half hat format 40 pin GPIO header with pass through connector Supplied with extender connector and jumper wires Battery NOT included CAD files available

Description ZYMKEY4 is a hardware security module that plugs directly onto the GPIO header of a Raspberry Pi. It is designed for non-security experts who need to protect sensitive data, IP and credentials stored in memory and during transmission. Example code and online documentation provide proven low-risk ways to encrypt your file system, integrate with AWS, support TLS transactions, and much more. Software APIs are available in Python, C and C++, with support for Ubuntu and Raspberry Pi OS. ZYMKEY4 security module protects Raspberry Pi from digital and physical exploits by using multiple layers of security that are tough to infiltrate yet easy to integrate. Sensitive key material is generated and stored in a dedicated secure element, isolated from user space, while a separate security supervisor provides additional layers of protection, such as multi-factor measured identity and authentication of host system, multi-sensor physical security and real time clock. Connects directly to 40 pin GPIO header Measured device identity and authentication Root file system encryption, integrated with LUKS Data encryption and signing Secure key generation and secure storage Physical tamper sensors AWS qualified device TLS transaction support Real time clock (RTC) Hardware root of trust

HSM6 is a secure hardware wallet designed to support block chain and crypto applications running on single board computers. It has enhanced cryptographic functions that integrate with popular block chain frameworks including Bitcoin, Ethereum and Cardano. HSM6 is packaged in secure encapsulated module with hidden 30 pin connector that simplifies integration with custom OEM boards and manufacturing workflows. For prototyping and evaluation, developer hats are available for Raspberry Pi and Nvidia Jetson. Example code and online documentation provide a simple low-risk way to integrate multiple layers of security into your block chain applications. Software APIs are available in Python, C and C++, with support for Ubuntu and Raspberry Pi OS. HSM6 is an embedded hardware wallet designed to generate, protect, and manage digital assets, including hundreds of cryptographic keys used in modern block chain applications. It’s packaged into a fully encapsulated module that is tough to infiltrate yet easy to integrate into custom OEM designs. Multiple layers of security protect against cyber and physical exploits. Sensitive key material is generated and stored in a secure element with micro-grid protected silicon. A separate security supervisor isolates the secure element from the host computer and provides additional layers such as multi-factor measured identity and authentication of host system, multi-sensor physical security and real time clock. BIP 32/39/44 HD wallet 640 Foreign and private/public key slots ED25519, X25519, ECC KOBLITZ P-256 (secp256k1) Secure encapsulated module with hidden 30-pin connector Developer hats available for Raspberry Pi and Nvidia Jetson Measured device identity and authentication Data encryption & signing Secure key generation and secure storage Physical tamper sensors Battery monitoring with last gasp feature Hardware root of trust Root file system encryption, integrated with LUKS External battery Soft bind lock TLS transaction support Rea...

HSM4 is a hardware security module designed to protect embedded single board computers used in custom OEM applications. HSM4 provides all the great security features of our popular ZYMKEY4 product, encapsulated in a secure module with hidden 30 pin connector. This innovative packaging reduces the attack surface and simplifies integration into custom OEM boards and manufacturing workflows. For prototyping and evaluation, developer hats are available for Raspberry Pi and Nvidia Jetson. Example code and online documentation provide a simple low-risk way to integrate multiple layers of security into your application. Software APIs are available in Python, C and C++, with support for Ubuntu and Raspberry Pi OS. HSM4 is a hardware security module designed to be embedded into custom OEM applications. It provides multiple layers of security that protect against cyber and physical exploits. Sensitive key material is generated and stored in a secure element with micro-grid protected silicon. A separate security supervisor isolates the secure element from the host computer and provides additional layers such as multi-factor measured identity and authentication of host system, multi-sensor physical security and real time clock. Measured device identity and authentication Root file system encryption, integrated with LUKS Data encryption and signing Secure key generation and storage Physical tamper sensors AWS qualified device TLS transaction support Real time clock (RTC) Secure encapsulated module with hidden 30-pin connector Designed for custom OEM applications Developer hats available for Raspberry Pi and Nvidia Jetson External battery Soft bind lock Hardware root of trust

The HSM developer hat 1 makes it easy to test all features of Zymbit’s HSM family of security modules using a Raspberry Pi, Nvidia Jetson or similar single board computer. The hat fits a standard 40 pin GPIO header and provides easy access to perimeter circuits, battery and LED features. Supports all Zymbit HSM modules Easy connection to perimeter tamper circuits through 4 pin header and FPC CR2032 coin cell primary battery holder Auxiliary battery connector type Molex 51021-0200-B Blue LED status indicator RPI half hat format 40 pin GPIO header with pass through connector Supplied with extender connector and jumper wires Battery NOT included CAD files available

Description ZYMKEY4 is a hardware security module that plugs directly onto the GPIO header of a Raspberry Pi. It is designed for non-security experts who need to protect sensitive data, IP and credentials stored in memory and during transmission. Example code and online documentation provide proven low-risk ways to encrypt your file system, integrate with AWS, support TLS transactions, and much more. Software APIs are available in Python, C and C++, with support for Ubuntu and Raspberry Pi OS. ZYMKEY4 security module protects Raspberry Pi from digital and physical exploits by using multiple layers of security that are tough to infiltrate yet easy to integrate. Sensitive key material is generated and stored in a dedicated secure element, isolated from user space, while a separate security supervisor provides additional layers of protection, such as multi-factor measured identity and authentication of host system, multi-sensor physical security and real time clock. Connects directly to 40 pin GPIO header Measured device identity and authentication Root file system encryption, integrated with LUKS Data encryption and signing Secure key generation and secure storage Physical tamper sensors AWS qualified device TLS transaction support Real time clock (RTC) Hardware root of trust

HSM6 is a secure hardware wallet designed to support block chain and crypto applications running on single board computers. It has enhanced cryptographic functions that integrate with popular block chain frameworks including Bitcoin, Ethereum and Cardano. HSM6 is packaged in secure encapsulated module with hidden 30 pin connector that simplifies integration with custom OEM boards and manufacturing workflows. For prototyping and evaluation, developer hats are available for Raspberry Pi and Nvidia Jetson. Example code and online documentation provide a simple low-risk way to integrate multiple layers of security into your block chain applications. Software APIs are available in Python, C and C++, with support for Ubuntu and Raspberry Pi OS. HSM6 is an embedded hardware wallet designed to generate, protect, and manage digital assets, including hundreds of cryptographic keys used in modern block chain applications. It’s packaged into a fully encapsulated module that is tough to infiltrate yet easy to integrate into custom OEM designs. Multiple layers of security protect against cyber and physical exploits. Sensitive key material is generated and stored in a secure element with micro-grid protected silicon. A separate security supervisor isolates the secure element from the host computer and provides additional layers such as multi-factor measured identity and authentication of host system, multi-sensor physical security and real time clock. BIP 32/39/44 HD wallet 640 Foreign and private/public key slots ED25519, X25519, ECC KOBLITZ P-256 (secp256k1) Secure encapsulated module with hidden 30-pin connector Developer hats available for Raspberry Pi and Nvidia Jetson Measured device identity and authentication Data encryption & signing Secure key generation and secure storage Physical tamper sensors Battery monitoring with last gasp feature Hardware root of trust Root file system encryption, integrated with LUKS External battery Soft bind lock TLS transaction support Rea...