Aptos and Sui Blockchain

Aptos and Sui: The New Kids on the Block
🔎 Aptos and Sui are new Layer-1 projects that seek to solve the scalability and safety issues that are characteristic of the current Layer-1 space
🔎 Aptos and Sui have been developed by some of the top engineers and product developers in the Web2 space, and both feature a range of cutting-edge technical features which we dive into in this report
🔎 Both blockchains utilize the new smart-contract specific programming language, Move. Move comes pre-built with features that hope to deliver an improvement in safety and privacy in the blockchain world
🔎 Both Aptos and Sui employ parallel execution techniques, which allow both blockchains to demonstrate higher transaction speed in early test-runs
🔎 Given the extensive product experience in the background of these teams, both chains are looking to take crypto adoption to the global stage and target the next billion users

Trending

A Step-by-Step Guide: Adding OPAY Virtual Verve Card to Google Play

In this tutorial, we'll walk you through the process of adding an OPAY virtual verve card to your Google Play account, enabling seamless purchases on the Play Store. Whether you're using a virtual or physical verve card, this guide has you covered. The use of OPAY's virtual card offers added flexibility with features like temporary card blocking and customizable spending limits. Please note that there's a nominal N51 processing fee, which will be refunded. Steps: 1. Open OPAY App:    - Launch your OPAY app and navigate to the "Cards" section. If you're a new user, you can create an account at this stage. 2. Select Virtual Card:    - Within the "Cards" section, choose "Virtual card" at the top. If it's your first time, you'll need to pay a one-time card generation fee. 3. Set Card PIN:    - Change the card PIN to something memorable within the OPAY app. 4. Visit Google Payments:    - Open your Chrome browser and go to (https://pa...
Continue

The Framedeck is a DIY cyberdeck powered by a Framework Mainboard

Image
  Folks in the  Cyberdeck community have been taking advantage of modern-day tech to build retro-futuristic  portable computers for the past few years by taking advantage of advances in 3D printing, the ability to source electronic components from around the world, and the availability of versatile single-board computers like the Raspberry Pi line of devices. The new  Framedeck  is a little different, because it’s one of the first that’s powered by a  Framework Mainboard . That means this modern-day Cyberdeck has the guts of a decent 2021-eara laptop computer. Framework makes a  modular laptop that lets users swap out any of the device’s 4 ports to add a different port, additional storage, or other functionality. The company also recently began selling laptop mainboards which customers can use to upgrade or replace the mainboard and processor in an existing Framework Laptop or use as a standalone computer… or the foundation for a DIY system like th...
Continue

Lenovo’s new ThinkBook Plus has a 17.3 inch primary display and an 8 inch second screen

Image
The Lenovo ThinkBook Plus Gen 3 is a laptop with a 17:3 inch, 3072 x 1440 pixel ultra-wide display, a 12th-gen Intel Core processor, and support for up to 32GB of RAM and 1TB of storage. But what really makes this laptop unusual is the second screen, which is positioned to the right of the keyboard. First announced during the 2022 Consumer Electronics Show in January, the Lenovo ThinkBook Plus Gen 3 is now available for purchase for about $1500 and up. The starting price gets you a laptop with a 45-watt Intel Core i5-12500H processor featuring 12 cores, 16 threads, and Intel Iris Xe graphics plus 16GB of LPDDR5 RAM and a 512GB PCIe Gen 4 SSD. But the laptop is also available with up to a Core i7-12700H processor, 32GB of RAM and 1TB of storage storage. The notebook’s primary display is an ultra-wide IPS LCD touchscreen with a 21:10 aspect ratio, 120 Hz refresh rate, support for up to 400 nits brightness, and Dolby Vision. And the secondary screen is an 8 inch, 800 x 1200 pi...
Continue