TEEPIN has been introduced as the base infrastructure of the @Seeker | Solana Mobile new Seeker phone. While Seeker looks like just a normal smartphone, TEEPIN opens up a whole new realm of possibilities. What is TEEPIN and how will it revolutionize mobile device infrastructure?

Trusted Execution Environment Platform Infrastructure Network is a blockchain-based framework for mobile devices and other hardware. The goal of TEEPIN is to optimize a device’s interactions with a decentralized network so it can offer the full range of benefits that blockchain brings. How does it differ from traditional mobile device environments and IoT hardware?

Unbridled device security is crucial for any piece of hardware, especially mobile phones that contain so much of our personal data. While Apple offers its Secure Enclave vaults that protect data on your iPhone, these vaults operate within a closed-source ecosystem that is not developer friendly and is only meant to work within the Apple walled garden. Blockchain-based TEE systems give you the best of both worlds: air gapped security that’s built on a developer-friendly decentralized framework. How do TEEs on mobile devices work?

Just like Apple vaults, TEEs create a secure area within a device that’s completely separate from the main operating system. This means that even if the phone gets stolen/hacked, your sensitive data remains secured. Unlike Apple’s Secure Enclave however, TEEs are designed to enable cryptographic attestation - the device can prove its data is secure to external networks like the blockchain. This means that the device can prove encrypted data like passwords, IDs, or wallet private keys to be accurate without ever exposing them as plain text. Additionally, because blockchain is open-source, devs can build far more direct integrations that work seamlessly with TEE systems, unlike Apple’s vaults that are only designed to work with their pre-approved software.

The fact that a TEE system can securely attest for data accuracy removes a crucial oversight: trust. Apple’s entire ecosystem is based on the trust that their proprietary closed source systems will work correctly and will not be tampered with. However, we have no way of actually proving that. The base principle of blockchain is that it’s entirely trustless. Since it’s essentially a fully open database, every single transaction and piece of data can be trustlessly verified by the network operators. How does the TEEPIN architecture in Seeker phones enable this trustless network?

In the case of @Solana the decentralized network is operated though its consensus mechanisms that maintain integrity through incentivized validation. Instead of Solana running the network itself like Apple does, it incentivizes independent validators to verify all incoming data to be accurate in exchange for rewards paid out as $SKR tokens. This creates a self-sustaining ecosystem that is community driven and offers its users a direct opportunity to participate in network operations. How does this benefit the end user?

Each Seeker device within the network acts as a node that helps run the network. Because of the TEE system inside each device, all network participants can be trustlessly verified. From an end user perspective, this means that they can get directly rewarded for their interactions with the network, unlike in centralized ecosystems like Apple where only the platform owners benefit financially. For example, a user could get compensated for providing extra bandwidth they aren’t actively using to the network, or for staking $SKR tokens to help increase network security. All of this is only possible because the TEEPIN architecture creates a trustless ID system that can verify every device interacting with the blockchain. Now, how can businesses benefit from this framework?

TEEPIN can create opportunities for businesses to reach an authentic user base that is free of bots and fake accounts through a peer-to-peer system with no middlemen charging them fees. Unlike the app store that charges a 30% commission rate for any application that wants to be listed, a blockchain network has no such restrictions. Since it’s an open-source database, anyone can build and deploy apps directly onchain with minimal transaction fees. In addition, @Solana offers Seeker users cheap transaction fees measuring sub $0.003 per tx, creating a scalable environment for successful apps to thrive in.

Most importantly, devices integrated with TEEPIN architecture are able to hold their own digital assets and act as their own secure hardware wallets. In the case of Seeker, anyone can hold Solana-based tokens directly on their mobile device thanks to the TEE system integration. Your phone essentially becomes the key to your finances where no one can access it, even if they managed to hack or steal the device itself.

While the @Seeker | Solana Mobile Seeker phone is the first mobile device to integrate the TEEPIN framework, this is just the beginning. As blockchain advances, tons of IoT-based devices will choose to integrate this system to receive all the benefits decentralized networks offer. Big tech is getting scared. The pressure is on.

If you enjoyed this thread and want to learn more about these types of systems or have questions about any of the ideas discussed, check out http://dcft.site for a free course on the fundamentals of blockchain or to reach out for a consultation! Become a blockchain pro today!