Kakashi

Quick development update on the Wallet-Authorised Containment System. Our team is currently building the next phase of the security infrastructure, where verified wallet identity becomes a core part of how containment and authorization work inside the system. The goal is to make sure execution environments, wallet permissions and transaction activity are validated locally before anything unsafe can interact with blockchain execution. Current development is focused on: • wallet-based execution verification • trusted environment registration • runtime permission validation • containment trigger systems • execution integrity monitoring We’ll be sharing an early demo video soon as development moves further ahead.

Quick development update: The Overra Network DApp is now running core infrastructure systems, including user authentication, account creation, device registration and containment activation architecture. Users can create accounts through secure onboarding flows. Once verified, the device environment is registered and connected to the execution-security layer, where the containment infrastructure becomes active inside the trusted execution environment. What’s next? We’re now expanding toward wallet-authorised containment infrastructure, where verified wallet identity becomes directly integrated into the execution-security and authorization framework itself. More infrastructure updates and development progress will be shared progressively.

We’re taking KnoxNet all the way to the merchant layer. Imagine walking into a store and paying directly from your ethereum:0xf19304e6bfe0a18d2a0171758aa433921f192897 app, even without internet access. That’s exactly what we’re building. The idea is simple: the customer does not need internet to pay, but the merchant can still verify and process the transaction through KnoxNet’s verification endpoints. A user can hold offline stablecoin notes inside KnoxNet and transfer them locally through Bluetooth, NFC, or WiFi Direct. The merchant terminal receives the note, verifies the payment path, checks the note structure, and pushes it through KnoxNet’s settlement/verification layer before crediting the merchant. This means payment gateways, POS systems, and merchant apps can support offline stablecoin payments without changing their entire payment flow. The customer can be offline. The merchant can stay online. The payment can still move. KnoxNet Merchant Terminal is not just another crypto checkout layer. It is a new payment primitive for weak-network environments, physical retail, travel, events, rural commerce, emergency payments, and any situation where internet access should not decide whether value can move. Stablecoin payments should not fail just because the customer has no signal.

Quick development update: The Overra Network DApp is now running core infrastructure systems, including user authentication, account creation, device registration and containment activation architecture. Users can create accounts through secure onboarding flows. Once verified, the device environment is registered and connected to the execution-security layer, where the containment infrastructure becomes active inside the trusted execution environment. What’s next? We’re now expanding toward wallet-authorised containment infrastructure, where verified wallet identity becomes directly integrated into the execution-security and authorization framework itself. More infrastructure updates and development progress will be shared progressively.

The promise of a $200k/year remote Web3 role is the ultimate bait. Right now, sophisticated supply chain attacks are aggressively targeting developers and auditors through fake inbound job offers and "urgent" repo reviews. I just tore apart a malicious repository doing this. Here is exactly how they bypass local security configurations to liquidate your machine. 🧵👇

There are two Billion $ MC projects! One is larping around 100M and other is larping around 50M Both on Base. Have talked about them multiple times now! Repricing soon.