We Look Forward To Meeting You At Polkadot Decoded 2022!
Get ready for the biggest Polkadot event of 2022! This is the third edition of Polkadot Decoded event on June 29th and 30th, 2022. This year’s program features online and in-person talks, demos, and interactive workshops.
Thanks to the great support and voting from Phala community, we will have two talks on June 29th’s afternoon on the Hangzhou main stage.
🎙️ Talk 01
Time: 14:35–14:45 (UTC+8)
Topic: Enable HTTP Requests in Ink! Contract with Chain Extension
Speaker: Dr. Shelven Zhou, lead researcher of Phala Network
🎙️ Talk 02
Time: 16:00–16:10 (UTC+8)
Topic: The Web3 Infrastructure beyond Smart Contract — Send HTTPs requests in Fat Contract
Speaker: Hang Yin, lead researcher of Phala Network
Besides the tech talks, Phala will also host and co-host some fun side-events with leisure, food, and music in different cities.
🇺🇸 New York — Polkadot Decoded Opening Party
7:00 PM— 12:00 AM MDT, , June 28th- June 29th
https://www.eventbrite.com/e/polkadot-decoded-opening-party-tickets-360997933537
🇰🇷 Seoul — Crypto/Web3 Builders Night — Polkadot Decoded 2022 Opening Party
7:00 PM — 11:30 PM KST, June 28th
🇩🇪 Berlin — Polkadot Decoded Opening Party
7:00 PM — 12:00 AM CEST, June 28th-Jun 29th
https://www.eventbrite.com/e/polkadot-decoded-berlin-opening-party-tickets-368538698167
Hangzhou — Polkadot Decoded Parachain After-party
7:00 PM — 12:00 AM SGT, June 30th- July 1st
You can also find Phala community members on Buenos Aires main stage and visit Phala online booth on hopin and offline booth in Hangzhou.
Welcome to register for specific events. However, location-based invites are limited, so be sure to register ASAP!
We look forward to seeing you in Polkadot Decoded 2022!
About Phala
Phala Network tackles the issue of trust in the computation cloud.
By organizing a decentralized network of computation nodes around the world, it offers high-performance services without relying on any cloud vendor. Phala workers run the programs in Secure Enclaves, a privacy technology already embedded into modern processors, enabling versatile and confidential execution. Together, this creates the infrastructure for a powerful, secure, and scalable trustless computing cloud.
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