Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1
Lattice1

Lattice1

$397.00

Ready to ship

 Access unlimited wallets on one screen 
5" touchscreen ensures no more blind signing
Enterprise grade security
WE ACCEPT CRYPTO, CREDIT CARDS, PAYPAL, AND MORE 
GridPlus
GridPlus

Large 5" Touchscreen for Readable Transactions

Easily review transactions before signing for maximum security

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GridPlus

Grow and Protect your digital wealth

Secure access to dApps, NFTs, and DeFi across multiple blockchains

GridPlus

Supported Wallets

  • MetaMask
  • Rabby
  • Frame
  • NuFi
  • MyCrypto
  • Ambire
  • More coming soon
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GridPlus

SUPPORTED CURRENCIES & CHAINS

  • Ethereum
  • Solana
  • Bitcoin
  • Binance Smart Chain
  • Arbitrum
  • Avalanche
  • Optimism
  • Polygon
  • All EVM chains, L2s, and their tokens
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GridPlus

In the box

  • Lattice1
  • SafeCard
  • Additional SafeCard 2 Pack
  • US 2-prong (type A) power supply


Note: Customers outside the USA will need to purchase a separate plug adaptor.

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GridPlus
GridPlus

SPECS

  • Multipoint Capacitive Touch Panel: Offers a large, easy-to-use interface for the Lattice1. This secure 5-inch capacitive touch panel features multipoint capability.
  • 5” TFT Display: Features a 480x800 resolution and is fully protected by the Lattice1 security mesh. 
  • Card Slot: Enables the Lattice1 to interface with multiple SafeCards, providing users with virtually limitless accounts.
  • CLDS Tamper Detection Mesh: Continuously monitors all sensitive areas enclosed within it for continuity, from provisioning to end-of-life (EOL).
  • Internal Secure Enclave: Allows users to create one or more accounts using the PUF in the Lattice1 without needing a SafeCard (although backups are recommended).
  • Secure Computing Environment: Stores permissions and pairings in a secure encrypted environment. This hardened microcontroller features purposefully constrained limited accessibility.
  • Secure Mailbox: Connects the secure compute environment (SCE) to the outside world only via a multiplexed FRAM.
  • Integrated PCB Security Mesh: Extends through several of the internal layers of the printed circuit boards, fully surrounding all sensitive signals and electronic components.
  • Zigbee Antenna: Enables the Lattice1 to connect to other IoT and smart devices like smart electricity meters or thermostats. This antenna facilitates communication.
  • WiFi Antenna: Enables internet connectivity for the general computing environment.
  • Compressed Elastomer Intrusion Detection: Encloses the system by connecting the electric mesh in the printed circuit boards to the mesh on the LDS part. Conductive elastomers achieve this complete enclosure.
  • Logic Power Isolation: Prevents external probing by containing voltage rails powering the logic circuitry entirely within the security mesh.
  • General Compute SOM (System-on-Module): Provides a connected interface for the SCE to receive signing requests. This interface is offered by an onion system-on-module (SOM), also known as a general computing environment.
  • Read-Only Partition: Utilizes a read-only partition with overlayFS to prevent malicious software from compromising the ROM partition. This approach protects the ROM partition.
  • Extensible Storage and Swap Memory: Enables the device to run more resource-intensive applications by allowing for expansion of flash storage and swap memory. The SOM facilitates this expansion.
  • Security Battery: Powers the secure microcontroller's tamper monitoring feature. This power comes from a primary cell lithium battery.
  • 64GB Internal Storage: Provides flexibility for anticipated future functionality and native third-party applications running directly on the device. This storage capacity offers this flexibility.
  • Ethernet Jack: Allows the Lattice1 to be connected to the internet via a wired connection.
  • Multipoint Capacitive Touch Panel: Offers a large, easy-to-use interface for the Lattice1. This secure 5-inch capacitive touch panel features multipoint capability.
  • 5” TFT Display: Features a 480x800 resolution and is fully protected by the Lattice1 security mesh. 
  • Card Slot: Enables the Lattice1 to interface with multiple SafeCards, providing users with virtually limitless accounts.
  • CLDS Tamper Detection Mesh: Continuously monitors all sensitive areas enclosed within it for continuity, from provisioning to end-of-life (EOL).
  • Internal Secure Enclave: Allows users to create one or more accounts using the PUF in the Lattice1 without needing a SafeCard (although backups are recommended).
  • Secure Computing Environment: Stores permissions and pairings in a secure encrypted environment. This hardened microcontroller features purposefully constrained limited accessibility.
  • Secure Mailbox: Connects the secure compute environment (SCE) to the outside world only via a multiplexed FRAM.
  • Integrated PCB Security Mesh: Extends through several of the internal layers of the printed circuit boards, fully surrounding all sensitive signals and electronic components.
  • Zigbee Antenna: Enables the Lattice1 to connect to other IoT and smart devices like smart electricity meters or thermostats. This antenna facilitates communication.
  • WiFi Antenna: Enables internet connectivity for the general computing environment.
  • Compressed Elastomer Intrusion Detection: Encloses the system by connecting the electric mesh in the printed circuit boards to the mesh on the LDS part. Conductive elastomers achieve this complete enclosure.
  • Logic Power Isolation: Prevents external probing by containing voltage rails powering the logic circuitry entirely within the security mesh.
  • General Compute SOM (System-on-Module): Provides a connected interface for the SCE to receive signing requests. This interface is offered by an onion system-on-module (SOM), also known as a general computing environment.
  • Read-Only Partition: Utilizes a read-only partition with overlayFS to prevent malicious software from compromising the ROM partition. This approach protects the ROM partition.
  • Extensible Storage and Swap Memory: Enables the device to run more resource-intensive applications by allowing for expansion of flash storage and swap memory. The SOM facilitates this expansion.
  • Security Battery: Powers the secure microcontroller's tamper monitoring feature. This power comes from a primary cell lithium battery.
  • 64GB Internal Storage: Provides flexibility for anticipated future functionality and native third-party applications running directly on the device. This storage capacity offers this flexibility.
  • Ethernet Jack: Allows the Lattice1 to be connected to the internet via a wired connection.
  • Multipoint Capacitive Touch Panel: Offers a large, easy-to-use interface for the Lattice1. This secure 5-inch capacitive touch panel features multipoint capability.
  • 5” TFT Display: Features a 480x800 resolution and is fully protected by the Lattice1 security mesh. 
  • Card Slot: Enables the Lattice1 to interface with multiple SafeCards, providing users with virtually limitless accounts.
  • CLDS Tamper Detection Mesh: Continuously monitors all sensitive areas enclosed within it for continuity, from provisioning to end-of-life (EOL).
  • Internal Secure Enclave: Allows users to create one or more accounts using the PUF in the Lattice1 without needing a SafeCard (although backups are recommended).
  • Secure Computing Environment: Stores permissions and pairings in a secure encrypted environment. This hardened microcontroller features purposefully constrained limited accessibility.
  • Secure Mailbox: Connects the secure compute environment (SCE) to the outside world only via a multiplexed FRAM.
  • Integrated PCB Security Mesh: Extends through several of the internal layers of the printed circuit boards, fully surrounding all sensitive signals and electronic components.
  • Zigbee Antenna: Enables the Lattice1 to connect to other IoT and smart devices like smart electricity meters or thermostats. This antenna facilitates communication.
  • WiFi Antenna: Enables internet connectivity for the general computing environment.
  • Compressed Elastomer Intrusion Detection: Encloses the system by connecting the electric mesh in the printed circuit boards to the mesh on the LDS part. Conductive elastomers achieve this complete enclosure.
  • Logic Power Isolation: Prevents external probing by containing voltage rails powering the logic circuitry entirely within the security mesh.
  • General Compute SOM (System-on-Module): Provides a connected interface for the SCE to receive signing requests. This interface is offered by an onion system-on-module (SOM), also known as a general computing environment.
  • Read-Only Partition: Utilizes a read-only partition with overlayFS to prevent malicious software from compromising the ROM partition. This approach protects the ROM partition.
  • Extensible Storage and Swap Memory: Enables the device to run more resource-intensive applications by allowing for expansion of flash storage and swap memory. The SOM facilitates this expansion.
  • Security Battery: Powers the secure microcontroller's tamper monitoring feature. This power comes from a primary cell lithium battery.
  • 64GB Internal Storage: Provides flexibility for anticipated future functionality and native third-party applications running directly on the device. This storage capacity offers this flexibility.
  • Ethernet Jack: Allows the Lattice1 to be connected to the internet via a wired connection.