How Smart Fridges Saved the Internet

🥶Smart fridges were able to self-correct and fit new data by adding Pied Piper libraries to their firmware.

😂Smart fridges communicated with each other and shared data, creating a network of backup storage.

💡Smart fridges played a vital role in stabilizing the new internet and ensuring its functionality.

🌐The network of smart fridges acted as a proof-of-concept for the future of decentralized data storage.

🔒The use of smart fridges as backup storage highlights the importance of data security and privacy.

How did smart fridges save the internet?

—Smart fridges self-corrected and shared data, creating a network of backup storage that stabilized the internet.

What role did Pied Piper libraries play?

—Pied Piper libraries were added to the firmware of smart fridges, allowing them to fit and store new data.

Why did smart fridges communicate with each other?

—Smart fridges communicated to share data and create a network for backup storage and stability.

What does this mean for decentralized storage?

—The network of smart fridges demonstrated the potential of decentralized data storage in ensuring stability and reliability.

What are the implications for data security?

—The use of smart fridges as backup storage highlights the need for robust data security and privacy measures.

00:03Introduction: Jian-Yang reveals a successful attempt to brute force the backdoor password of a Chrome piece of software.

00:23Richard Hendricks from Pied Piper visits Jian-Yang and explains the crash of their data storage network.

01:10Jian-Yang reveals the use of smart fridges as backup storage by adding Pied Piper libraries to their firmware.

01:39The smart fridges communicate with each other, sharing data and creating a network of backup storage.

01:51The backup data on the smart fridges becomes a proof-of-concept for decentralized data storage.