Przycisk z rozwijanym menu

Polygon: how it works and why we joined its ecosystem

Polygon how it works and why we joined its ecosystem graphics Data Lake

Premise: Ethereum strengths and weaknesses

Formerly known as Matic Network, Polygon was founded in October 2017 by Jaynti Kanani, Sandeep Nailwal and Anurag Arjun. Polygon is a public blockchain capable of maintaining high efficiency when processing transactions, while keeping its network secure and decentralized.

.

Before understanding Polygon, let’s briefly introduce Ethereum. Ethereum is a Turing complete blockchain that was first at enabling the computation of smart contracts. Ethereum has claimed the spot as the second largest cryptocurrency after Bitcoin, and is now home to thousands of decentralized applications. Additionally there are thousands of miners spread all around the globe who contribute to the security of its network.

However, the sheer scale of activity on its blockchain can cause the network to be easily congested and – as a consequence – the transaction costs (called ‘gas fees’) can often be expensive and unaffordable for many. Additionally this is because it relies on a hard consensus mechanism called Proof-of-Work (POW), which requires complicated mathematical equations to be performed to verify each group of operations (blocks) on its blockchain. While POW and distributed mining can have its drawbacks, this robustness of the Ethereum network is also what makes it an absolute leader in its sector.

The co-founders of Polygon knew the flaws as well as the pros of Ethereum, and wanted to create an alternative that would leverage the positive aspects of Ethereum while solving the challenges inherent in its system. How? They answered to this question by building a layer-2 of Ethereum: Polygon.

.

The solution: Polygon, the main layer-2 of Ethereum

Polygon is not a completely independent blockchain, but rather a layer-2 of Ethereum. A layer-2 network provides a solution to send part of the transaction traffic off-chain, reducing the load of the main blockchain.

Polygon relies on a Proof-of-Stake consensus mechanism that makes it able to process transactions much more efficiently than on layer-1 Ethereum. Polygon then – through its Commit chains – bundles batches of transactions together and returns and registers only the final and optimized data to the main chain.

These innovations vastly improve the user experience; with negligent costs due to gas fees and up to 65.000 transactions per second (TPS)1, in the last years Polygon has welcomed hundreds of DApps, billions of total value locked (TVL) and tens of millions of enthusiasts. Its token – MATIC – is consistently among the top 20 most capitalized cryptocurrencies.

.

Why we decided to join Polygon ecosystem

Simply put, Data Lake is building an infrastructure that allows patients to manage consent to the use of their medical data through the blockchain. Data buyers will – for the first time – have then the possibility to purchase bundles of anonymized medical data for conducting their research. The revenue stream is then distributed to – amongst other key stakeholder – the patients who initially agreed on unlocking their medical data, who receive $LAKE tokens.

However, the infrastructure is much larger than the one just described, as six different participants are involved in both a primary and secondary market, with $LAKE serving to power data exchange between them. To discover more about Data Lake, we warmly invite you to check our whitepaper at https://data-lake.co/whitepaper.

It is due to the benefits mentioned previously, that we have decided to rely on the Polygon blockchain. In order for Data Lake to expand at scale and involve millions of patients, we need an agile, low-cost and fully-public blockchain. This will allow our stakeholders to interact with our smart contracts in a very scalable and secure environment, while paying close to 0$ in gas fees. It will also mean that consent operations in our data donation system will happen far more quickly than if there were on layer-1 solutions like Ethereum directly.

We also have confidence in the people and technology behind Polygon. They have already made a difference in the whole blockchain sector with their disruptive invention, as they are constantly working on more innovations and improvements.

.

The deployment of our infrastructure together with the public launch of our token $LAKE will happen by the end of the current year. If you are still not part of our journey and want to find out more, join us on our social channels at https://data-lake.co/social/.
.

.

.
1. https://cointelegraph.com/blockchain-for-beginners/polygon-blockchain-explained-a-beginners-guide-to-matic#:~:text=Polygon%20has%20the%20potential%20to,fees%20to%20users%20for%20pennies.

Share:

Related Posts

Data Lake Study Published in Diagnostics: Proving the Power of Data Donation

Big milestone for the Data Lake: our study has just been published in the peer-reviewed journal Diagnostics 🎉 The study — “Analyzing the Gaps in Breast Cancer Diagnostics in Poland—A Retrospective Observational Study in the Data Donation Model” — is one of the first peer-reviewed proofs of how patient-driven data donation can be used to uncover real-world healthcare challenges. 587 breast cancer cases analyzed  Patient data voluntarily donated to power the research  Key finding: while first oncology consultations were timely, delays of 3+ months emerged before surgery and treatment, revealing systemic gaps  In short: patients shared their data → researchers with the help of Data Lake mapped delays → policymakers now have evidence to fix bottlenecks.   Why It Matters for Data Lake 🌊 This is more than an academic milestone. It’s validation of the data donation model we’ve been building since day one, where we proven: Patients are willing to share their data for science, provided adequate safety and trust measures are in place. It’s possible to get access to large patient populations (20k+ data donors) working with decentralized science tools, outside of traditional academia and public research financing. Time for citizen scientists to shine! Real-world data studies can

Read More

The Spinediana Quest Has Launched: Uncover Lost Medical Knowledge, Fuel AI Spine Research & Get Rewarded

We’re thrilled to announce that the Spinediana Quest—the second research campaign on LAKE.fun—has officially launched! Launched in collaboration with SpineDAO, this groundbreaking initiative calls on the global community to uncover forgotten, historical, and traditional medical knowledge in the field of spine care—and contribute it to CHRONOS, an AI-powered knowledge graph designed to generate new hypotheses and insights in spinal medicine. And yes—you’ll be rewarded for your discoveries.   💰 A 500,000 $LAKE Bounty Awaits Starting June 25 at 15:00 CET, participants will have 2 months to take part in this unique challenge. A total bounty of 500,000 $LAKE tokens has been allocated to reward the most valuable contributions—documents that provide meaningful inputs to the CHRONOS AI system. Whether it’s an Ayurvedic scroll, a forgotten PhD dissertation, or a rare academic publication—you now have the opportunity to turn lost knowledge into future medical breakthroughs.   🧪 What Is CHRONOS? Developed by SpineDAO, CHRONOS is a next-generation AI agent designed to process both modern clinical data and traditional medical insights. Its purpose? 🔍 Recontextualize knowledge long ignored by modern science 🧠 Discover novel connections in spine care 💡 Inspire new clinical hypotheses for AI and researchers to explore With your help, CHRONOS

Read More