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The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

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The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

The team has successfully completed another round of testing on the Wallet-Authorised Containment System and today we’re sharing an early demo of the current implementation. In the video, you can see a user registering the DApp through a wallet. Once registered, the wallet becomes the trusted identity layer used for authorization and monitoring within the execution security environment. You’ll also notice screenshots captured from a mobile device at the end of the demo. During testing, an attempt was made to access the environment using a standard account and password flow but the system denied authorization. Access is only granted through the wallet that was originally registered and verified within the containment system. This is an important step toward wallet-linked execution authorization, trusted environment registration and runtime permission verification. More infrastructure updates coming progressively.

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.