BANGALORE, INDIA / ACCESSWIRE / August 16, 2021 / Polygon announced today the introduction of a fully decentralized way to service API requests and protect end user data at the same time with Pocket Network.
Polygon developers can now access the largest decentralized node network in blockchain through a single interface.
Polygon is the fastest growing blockchain with high speed and low gas infrastructure. DeFi bluechip Dapps including Sushiswap, Curve, Aave, Balancer, Kyber use Polygon. Polygon also has the largest number of crypto exchange and wallet users outside of Ethereum with Binance Exchange Wallet, Trust Wallet, Coinbase Wallet, Huobi Wallet, OKEX wallet support (more than BSC and TRON).
Pocket Network is a blockchain agnostic middleware protocol that allows applications on one side to be supported by a fully decentralized and unstoppable network of over 5000 (and growing!) nodes. On the other side, anyone can become a node runner, point hardware to their protocol, and earn POKT for servicing relays.
Integrating Pocket with Polygon reduces infrastructure costs, spreads out the risk of service downtime across thousands of nodes, and ultimately protects end-user privacy. The cost typically associated with paying for RPC access is no longer a sunk cost because Pocket Network leverages a proof of stake blockchain with it’s utility token POKT to stake and access the node network.
The risk of service downtime is also far less likely as an App’s relays are serviced by 5 randomly selected nodes per session(approximately 1 hour) in Pocket Network vs. a centralized set of nodes that other service providers offer. The network currently has over 5000 active nodes servicing 13 different blockchains. These nodes are diverse in terms of setup, geography, and client implementations.
Finally, end-user privacy is reclaimed as any 1 node can’t guarantee that they will receive a specific app’s traffic and therefore cannot reliably leak specific app user’s data.
Being able to offload infrastructure needs to Pocket Network allows developers to work on making Polygon the best possible scaling solution that it can be without the risk of compromising on centralized points of failure. Polygon was built to be a full-stack scaling solution and connecting via Pocket Network delivers on infrastructure as a part of this mission.
For the end-user of a Polygon powered DApp, nothing will have changed. Polygon will handle more traffic, and offer higher uptime. All while maintaining end-user privacy and decentralization without needing to rely on any single infrastructure provider.
“Given all the apps demanding more and more access to Polygon, supporting the ecosystem was an easy decision” says Michael O’Rourke, Co-Founder and CEO of Pocket Network. “We share the ethos of communities that want to build Web3 in a decentralized way and with unparalleled redundancy for Polygon users, Pocket aims to add to Polygon’s amazing growth” adds O’Rourke.
Pocket has issued a community endpoint for developers who want to tinker: https://poly-rpc.gateway.pokt.network/
Or if your ready to dive deeper log in through the Pocket Portal and get started with up to 1M Relays per day free: https://www.portal.pokt.network/
Pocket Network is a two way marketplace that matches blockchain application developers seeking unstoppable node infrastructure with infrastructure providers and node runners who are incentivized to run full-nodes through our decentralized protocol.
Polygon is the first well-structured, easy-to-use platform for Ethereum scaling and infrastructure development. Its core component is Polygon SDK, a modular, flexible framework that supports building and connecting Secured Chains like Plasma, Optimistic Rollups, zkRollups, Validium, etc, and Standalone Chains like Polygon POS, designed for flexibility and independence. Polygon’s scaling solutions have seen widespread adoption with 500+ Dapps, ~567M+ txns, and ~6M+ daily txns.
If you’re an Ethereum Developer, you’re already a Polygon developer! Leverage Polygon’s fast and secure txns for your Dapp, get started here.