Groestlcoin PriceGRS

What is Groestlcoin (GRS)?

Groestlcoin (GRS) is a decentralized, open-source cryptocurrency launched in March 2014, emphasizing privacy, speed, and low transaction fees. It utilizes the ASIC-resistant Groestl hashing algorithm and was one of the first coins to implement Segregated Witness (SegWit). GRS is used for fast, low-fee peer-to-peer payments and micropayments. Its unique value lies in its strong focus on technological innovation, including features like Lightning Network support and Taproot readiness.

Key Specifications & Tokenomics

Groestlcoin (GRS) is a decentralized digital currency designed for efficient and private transactions.

Maximum supply is capped at 105,000,000 GRS. There was no ICO and no pre-mine: the initial distribution took place through a fair launch in which miners acquired coins directly through mining.

Who created Groestlcoin (GRS)?

Groestlcoin launched on 22 March 2014 and is developed by a community of contributors; named team members listed on the official site include jackielove4u (Development Team Lead), Eric Britten (full-stack developer), Tyler Willis (Python developer) and Adam Chapman (.NET developer). The project was created with a clear focus on technological advancement and solving practical issues in cryptocurrency, such as transaction speed and privacy. Unlike many projects, Groestlcoin's development has been driven by a community of contributors rather than a single centralized entity. This decentralized approach to development has allowed GRS to implement numerous upgrades and features rapidly. The core team and community maintain a strong commitment to the project's original principles of innovation, security, and user privacy.

How does Groestlcoin (GRS) work?

Groestlcoin operates on its own blockchain using a Proof-of-Work consensus mechanism. One third-party source describes a mixed PoW/PoS model, which the project's own materials do not confirm. It distinguishes itself with the Groestl hashing algorithm, which was designed to resist Bitcoin and Litecoin mining hardware and to keep mining accessible to individual miners with modest hardware. ASICs for Groestlcoin do exist, though they are more costly to produce than Bitcoin ASICs. The Groestl hash function was a finalist in the NIST SHA-3 competition, developed by cryptographers Søren S. Thomsen and Lars R. Knudsen, and uses the same S-box as AES in a custom construction. Mining runs two rounds of Grøstl-512. According to the project's own materials, Groestlcoin activated Segregated Witness in January 2017, making it one of the earliest coins to do so. Groestlcoin also supports the Lightning Network for instant, high-volume micropayments. The network facilitates fast block times (1 minute) and low transaction fees, making it efficient for everyday use. The project's overview materials reference smart contract functionality through a 'GRS-NG' upgrade; independent documentation of this upgrade is limited.

What makes Groestlcoin (GRS) unique and valuable

Groestlcoin's value proposition is built on a foundation of pioneering technology and practical utility.

• Technological Pioneer: According to the project's own materials, Groestlcoin activated Segregated Witness in January 2017, making it one of the earliest coins to do so. This demonstrates a strong commitment to implementing cutting-edge solutions.
• ASIC-Resistant Mining: The Groestl algorithm was designed to resist Bitcoin and Litecoin mining hardware and to keep mining accessible to individual miners with modest hardware. ASICs for Groestlcoin do exist, though they are more costly to produce than Bitcoin ASICs.
• Privacy Features: While not a fully anonymous coin like Monero, Groestlcoin supports SegWit, Taproot and the Lightning Network, and the project describes its transactions as instant and private with near-zero fees.
• Speed and Low Cost: With 1-minute block times and minimal fees, GRS is optimized for fast and affordable peer-to-peer transactions and micro-payments.
• Active Development: The project has a long history of consistent and rapid development, regularly rolling out updates and new features, which contributes to its robustness and adaptability.

Groestlcoin is Taproot ready and, according to the project, was the first to carry out a combined Lightning Network and Taproot transaction. Lightning Network support also enables atomic swaps.

What is Groestlcoin (GRS) used for?

Groestlcoin serves multiple purposes within its ecosystem, primarily as a medium of exchange.

• Private Payments: Users can send and receive GRS for goods and services with greater speed and lower fees compared to many other cryptocurrencies, with optional privacy enhancements.
• Micropayments: The integration of the Lightning Network makes GRS suitable for instant, high-volume micropayment channels, useful for content monetization or pay-per-use services.
• Smart Contracts and dApps: The project's overview materials reference smart contract functionality through a 'GRS-NG' upgrade; independent documentation of this upgrade is limited.
• Trading and Investment: GRS trades on a number of exchanges; availability varies by venue and jurisdiction.

How to buy GRS Coin?

GRS is available on a number of exchanges; check that a venue is properly regulated in your jurisdiction before trading. GRS can be bought with fiat or with BTC and other altcoins. Crypto asset prices are volatile; only trade what you can afford to lose.

How to store GRS

Groestlcoin has wallets for Android, iOS, Windows, macOS, Linux, ChromeOS and web. The Android Groestlcoin Wallet by Hash Engineering Solutions is open source (GPLv3), requires no registration or cloud service, and supports sending via NFC, QR codes or Groestlcoin URLs, plus paper-wallet sweeping for cold storage.

Risks and uncertainties

GRS, like other crypto assets, is subject to price volatility, and its value can fall as well as rise. Regulatory treatment of crypto assets varies by jurisdiction and may change, affecting availability and use. Technical risks include software vulnerabilities, network upgrades and reliance on third-party infrastructure. The points above describe the project's stated design and features; they are not a guarantee of future performance.