Jonas Simanavicius Profile picture
✤ Co-founder & CTO @SyntropyNet ✤ Building the Data Layer for open blockchain access. Decentralizing real-time data for all. #DataLayer | #Blockchain | #Web3
Jan 17 12 tweets 2 min read
The #DePIN narrative is picking up more momentum. Projects are materializing, and market growth projections are strong.

Some interesting and important #DePIN developments are happening now, the Data Layer included.

Here's my take to help you connect the DePIN dots 🧵 2/ In general, DePIN focuses on constructing infrastructure through #decentralized collaboration.

Infrastructure is a broad term, and technically DePIN could touch anything from roads to networks. Wireless, energy, and storage infrastructure are what's happening today.
Aug 24, 2022 9 tweets 3 min read
1/

The Internet is a complex network of networks on which we have become ULTRA dependent (5bn Google searches, over 874M tweets a day… and the list goes on). But do you know how it works?

Here’s an Internet 101 to get you up to speed (🧵) 2/

In simple terms, we can think of the Internet as a wire. This wire connects devices together to send and receive data between each other.
Oct 4, 2021 13 tweets 4 min read
1) So this happened to one of the largest social and internet networks in the world. Let me walk you through citing @DougMadory and his analysis at krebsonsecurity.com/2021/10/what-h…, why it will happen again and what we think the future is 2) "at approximately 11:39 a.m. ET today (15:39 UTC), someone at Facebook caused an update to be made to the company’s Border Gateway Protocol (BGP) records"
May 19, 2021 7 tweets 2 min read
1/ Some thoughts about the outages/congestion everyone is experiencing today:

What's nice about blockchain is that even when transactions become very expensive, it still works. This is so important to remember. From a technological standpoint, the engine remains running. 2/ Of course, we'd rather have every system built to work optimally in all conditions, but in reality, you can't expect @coinbase infrastructure to function smoothly for loads 1000x above normal.