This Gridplus Lattice1 review will show you why gridplus is one of the best options for the management of your crypto assets with a simple secure interface. Choosing the right crypto wallet software is vitally important to protect your crypto investments and progress through the world of crypto more confidently.
From the storage of altcoins to the managing of your NFT collection, the best crypto wallets can help you meet your goals. In this guide, I reviewed the GridPlus Lattice1 crypto wallet, so you can decide if this is the best wallet for you.
Introduction: GridPlus Lattice1 Review
Based in Austin Texas, GridPlus is known for developing cutting-edge secure hardware for cryptocurrency and other digital assets. Touted as hardware, software, and cryptocurrency experts, the company’s goal is the building of a foundation for a more efficient and inclusive financial future.
The GridPlus Lattice1 and SafeCards are a novel approach to hardware wallets: they’re meant to allow active crypto usage while retaining a level of security that older USB or Bluetooth devices cannot match.
The GridPlus wallet supports a variety of networks and tokens including Bitcoin. In fact, it securely connects to applications on any chain supported by MetaMask. Although it supports many networks the device still allows you to switch seamlessly between networks. If you’re like me and use many different wallet addresses for different things then you can also segment your assets for easier use.
THEY’RE DESIGNED TO ALLOW ACTIVE USE OF CRYPTO WHILE MAINTAINING A LEVEL OF SECURITY THAT CANNOT BE ACHIEVED WITH LEGACY USB OR BLUETOOTH DEVICES.
One of the concerns many people have is the inability of users to keep their seed phrases for their crypto wallets safe. After all, seed phrases are only as safe as where you keep them, which is why many ask, why to store them in plain text on paper. Check out how to keep your crypto safe and save money for more on the topic.
The above demo illustrates that SafeCards may be used in the same way as ordinary devices, however, the manufacturer recommends using them for offline storage. SafeCards may also be used for restoring and backing up data, however, this is not demonstrated in the demo above.
Gridplus’ response to the issue of secure storage is SafeCards. Your seed is backed up using SafeCards on a transportable, PIN-protected HSM. Adding extra SafeCards will allow you to simply create and use as many accounts as you like. You may carry your SafeCard with you and use it as your main account while you’re on the road because of its portability and convenience. Any Lattice1 can serve as your terminal while using SafeCards.
The Secure Card becomes the device’s default wallet when you insert it. The advantage of this is that any required addresses and signatures are made using keys stored on the card rather than the actual device. The device’s internal wallet is once again the default wallet when the Secure Card is removed since it loses its ability to sign documents.
You do not need to re-pair with the device in order to use a Secure Card when you want to use it again or when you want to use a new card. The software must delete its local “account state” and ask for fresh addresses from the inserted card as an alternative.
The Lattice1 has one of the SafeCard chips permanently embedded in the device in the event that you are unable or unwilling to spend the additional $40 USD (for two cards) for SafeCards. This indicates that you will be able to establish one or more accounts in Lattice1 using the PUF without a card.
Design and display
Waiting for my transaction data to slowly crawl across a tiny display was among the issues I had with traditional hardware wallets. That very same issue is resolved with the Lattice1’s five-inch touchscreen display, which allows you to see precisely what you’re signing.
While it is extremely risky in the crypto sphere to sign messages without first reading them, many individuals nonetheless do it out of impatience. With the Lattice1, you can sign a transaction by just tapping a button while viewing all of your transaction details on a single screen.
Easily add smart contract data and address tags for a more readable display!
This product has a large, user-friendly UI. It has a protected fingerprint-sensitive touch interface with multipoint functionality and a 5″ TFT including a 480×800 screen resolution that is completely secured by the Lattice1 protection mesh. Moreover, it has a card slot built in that enables it to work with several SafeCards, giving users access to almost an infinite number of accounts.
Are you concerned that someone could compromise your device so they can access it? Don’t worry; from the time of provisioning until EOL, a wire mesh around all sensitive Lattice1 locations is regularly checked for continuity. The wire mesh comprises several circuits that are spaced and expanded to a thickness of 6 mil (2 times that of a human hair).
A laser is used to draw the traces in three dimensions, and then a Cu-Ni-Ag electroless plating technique is used to create the Laser Direct Structured (LDS) component. The Lattice1 will identify any attempt to compromise the circuitry by a hacker, if a circuit was somehow broken, it will safely erase any sensitive data. Then you may use SafeCard backups to get your money back.
Specs and Performance
The Lattice1 is built with distinctive hardware elements that offer unmatched security. Like the virtual Fort Knox of cryptocurrency wallets, it safeguards your digital possessions. Your assets are infinitely secure since they are built on a specific Hardware Security Module (HSM) encased inside tamper-resistant wire protective mesh.
All significant transactions, including those involving the purchase of NFTs or the signature of Opensea transactions, take place on Lattice’s Trusted Computing Environment, which is also contained by the mesh. You can be sure that nobody has accessed your device, not even the Lazarus group, thanks to the built-in tamper detection.
Hardware Specification comparison
GridPlus Lattice 1 | Trezor Model T | Ledger Nano X | |
Display | 5″ TFT with 480×800 resolution | 64x39x10mm 240×240 px, RGB LCD display with touch capability | 72mm x 18.6mm x 11.75mm |
---|---|---|---|
Wallet Type | Hardware | Hardware | Hardware |
Certifications | N/A | CE, RoHS | CC EAL5+ |
Weight | < 2lbs | 22g | 34g |
Release Date | 2021 | 2018 | 2019 |
Mobile support | Via Metamask app | Yes | Yes |
Trust Rating | High | High | High |
Coins & Tokens | Any Available on Metamask | 1800+ | 1800+ |
Beginner Friendly | No | Yes | Yes |
Security Protection | Pin Entry, Passphrase entry, Device Recovery | Pin Entry, Passphrase entry, Device Recovery | Pin Entry, Passphrase entry, Device Recovery |
Bluetooth | No | No | Yes |
Price | Check Price | Check Price | Check Price |
Expandable storage | Yes | Yes | No |
Processor | NA | ARM Cortex-M4 processor @ 168 MHz embedded on STM32 F4 microcontroller | 168 MHz embedded ARM processor |
Compatibility | NA | Windows 10+, Linux, macOS 10.8+, Android. | 64-bits desktop computer (Windows 8.1+, macOS 10.14+, Linux) |
Connector | Wifi | USB Type-C | USB Type-C, Bluetooth |
Special features | Integrated PCB Security Mesh | U2F (Universal 2nd-Factor) hardware token | Bluetooth |
The SCE (Secure Computing Environment), a protected microcontroller on the Lattice1, was designed with restricted access in mind. Before creating a transaction to be signed by the proper secure enclave, the SCE, which keeps credentials and matchups in a secure encrypted atmosphere, receives signing instructions and evaluates those demands against account restrictions established by the matchups and permissions.
A multiplexed FRAM is the only means through which the SCE is linked to the outside world. Due to electrical isolation and the FRAM’s low memory capacity, there is a very tiny region on the SCE that may be attacked by an outside source. As a result, code injection and storage overload attacks cannot affect the SCE.
A complete electric security mesh that extends across many of the interior elements of the printed circuit boards encircles all delicate communications and electronic components. Conductive elastomers link the LDS part’s electric mesh to the mesh on the printed circuit boards, completely encapsulating the system. If the Lattice1 was somehow dismantled, the elastomers also act as switches to activate the anti-tamper circuit.
The security mesh completely encloses the logic circuitry, which is fueled by voltage rails, prohibiting exploration by the external world. This makes these kinds of assaults very unfeasible, especially when combined with an SCE that is protected from power analysis attacks.
Battery and Memory
The protected microcontroller intrusion monitoring function is powered by a primary cell lithium battery. From provisioning through EOL, it continually checks the tamper mesh. The Lattice1 gadget will become permanently inoperable if the battery is destroyed in any manner.
IT PROTECTS YOUR ASSETS LIKE THE DIGITAL FORT KNOX OF CRYPTO WALLETS.
Using overlayFS, the Lattice1 employs a read-only partition. As a result, the ROM partition cannot be compromised by malicious software, and the Lattice1 may always be restored to its factory settings.
A communication gateway for the SCE to receive signing requests is provided by the Onion system-on-module (SOM) or generic computing environment. On the SOM, additional flash storage and swap memory are expandable. This enables the device to execute more resource-intensive applications.
Moreover, The Onion runs a version of Linux that has been fortified against hacking, although it is always presumed to be unsafe. The Lattice1 is equipped with the capacity to support native distributed applications thanks to the generic compute environment (GCE).
The device’s extensible storage gives it flexibility for planned future capabilities and third-party native programs that run directly on it.
Conclusion
The GridPlus Lattice1 is a state-of-the-art secure hardware wallet for cryptocurrencies and other digital assets, to sum up. SafeCards, a unique approach to hardware wallets, is the company’s breakthrough in security. They’re intended to allow active usage of cryptocurrency while retaining a degree of security that is impossible with conventional USB or Bluetooth devices.
Many people may get around the problem of signing texts they’re too impatient to read thanks to the device’s 5″ screen. With the Lattice1, you can sign a transaction by just tapping a button while viewing all of your transaction details on a single screen.
Built with distinctive hardware elements that offer unmatched security. It safeguards your holdings better than any other crypto wallet at the moment. Built on a dedicated Hardware Security Module (HSM) caged inside tamper-resistant wire security mesh your assets couldn’t be more secure.
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The Review
GridPlus Lattice 1
The GridPlus Lattice1 is a cutting-edge secure hardware wallet for cryptocurrency and other digital assets. The company's innovation in security utilizing SafeCards is a new approach to hardware wallets: they're designed to allow active use of crypto while maintaining a level of security that cannot be achieved with legacy USB or Bluetooth devices.
PROS
- Multipoint Capacitive Touch Panel
- 5" TFT Display
- CLDS Tamper Detection Mesh
CONS
- Expensive for Beginners
- Not Beginner Friendly
- Limited Supply
Review Breakdown
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Design
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Performance
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Security
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Trust
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Price