The update installed silently. Too silently. No progress bar. No chime. Just a flicker of the screen, and then—the console went dark.
“Bring it on,” he muttered, slotting the card into his Switch.
He ejected the game card.
“So I go home?”
Leo put down the console. Picked up a pencil. And for the first time in years, he opened a notebook to solve a puzzle the old-fashioned way—with his own brain, not a copy of one. Big Brain Academy Brain vs Brain -NSP--Update 1...
Leo, a thirteen-year-old with a competitive streak a mile wide, tore it open. The game card gleamed under his desk lamp. He’d beaten every puzzle game his father had ever thrown at him. Logic mazes, memory grids, rapid-fire math—he’d conquered them all. But this one had a taunting subtitle: Brain vs. Brain .
Outside, a distant clock tower chimed. On his desk, the Switch screen flickered once. The update installed silently
Then stayed dark.
Kali + Additional Tools + Vulnerable Applications in Docker containers...
A vulnerable VM that you will use to perform a full assessment (from reconnassaince to full compromise)
Another vulnerable VM that you will use to perform a full assessment (from reconnassaince to full compromise)
This video explains how to setup the virtual machines in your system using Virtual Box.
The diagram below shows the lab architecture with WebSploit Full version, Raven, and VTCSEC. The VMs were created in Virtual Box. It is highly recommended that you use Virtual Box. However, if you are familiar with different virtualization platforms, you should be able to run the VMs in VMWare Workstation Pro (Windows), VMWare Fusion (Mac), or vSphere Hypervisor (free ESXi server).
You should create a VM-only network to deploy your vulnerable VMs and perform several of the attacks using WebSploit (Kali Linux), as shown in the video above. You can configure a separate network interface in your WebSploit VM to connect to the rest of your network and subsequently the Internet. Preferably, that interface should be in NAT mode.
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