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DISCLAIMER : Semua konten yang saya bagikan di sini tidak dapat dianggap sebagai saran keuangan. Saya bukanlah seorang Penasihat Keuangan dan pandangan serta analisis yang saya sampaikan hanya bersifat spekulatif berdasarkan sudut pandang pribadi saya. Informasi Teknikal yang saya bahas juga hanyalah interpretasi subjektif dan tidak menjamin keuntungan finansial. Dengan menonton dan menggunakan informasi yang saya berikan, diharapkan penonton dapat menyadari bahwa segala keputusan investasi tetap merupakan tanggung jawab pribadi, dan tidak ada jaminan hasil positif.
Nicolas Kokkalis
Head of Technology
Dr. Nicolas Kokkalis is a Stanford PhD and instructor of Stanford’s first decentralized applications class, CS359B, in 2018. His work focuses on combining distributed systems and human computer interaction to bring cryptocurrency to everyday people.
As a strong and long-term believer of the technical, financial and social potential of cryptocurrencies, he is determined to move them beyond their current limitations and is committed to bringing the power of blockchain to more people.
Chengdiao Fan
Head of Product
Dr. Chengdiao Fan is a Stanford PhD in Anthropological Sciences harnessing social computing to unlock human potential on a global scale.
By optimizing human-computer interaction and envisioning the future human socioeconomic life through the web, Chengdiao is building Pi Network to mobilize individuals all over the world to participate and be rewarded for their contributions, and establish an inclusive ecosystem for global citizens to unleash and capture their own agency, and in turn create utilities and productions for society and the world.
Solution: Pi - Enabling mining on mobile phones
After identifying these key barriers to adoption, the Pi Core Team set out to find a way that would allow everyday people to mine (or earn cryptocurrency rewards for validating transactions on a distributed record of transactions). As a refresher, one of the major challenges that arises with maintaining a distributed record of transactions is ensuring that updates to this open record are not fraudulent. While Bitcoin’s process for updating its record is proven (burning energy / money to prove trustworthiness), it is not very user (or planet!) friendly. For Pi, we introduced the additional design requirement of employing a consensus algorithm that would also be extremely user friendly and ideally enable mining on personal computers and mobile phones.
In comparing existing consensus algorithms (the process that records transactions into a distributed ledger), the Stellar Consensus Protocol emerges as the leading candidate to enable user-friendly, mobile-first mining. Stellar Consensus Protocol(SCP) was architected by David Mazières a professor of Computer Science at Stanford who also serves as Chief Scientist at the Stellar Development Foundation. SCP uses a novel mechanism called Federated Byzantine Agreements to ensure that updates to a distributed ledger are accurate and trustworthy. SCP is also deployed in practice through the Stellar blockchain that has been operating since 2015. A Simplified Introduction To Consensus Algorithms
Before jumping to introducing the Pi consensus algorithm, it helps to have a simple explanation on what a consensus algorithm does for a blockchain and the types of consensus algorithms that today’s blockchain protocols generally use, e.g. Bitcoin and SCP.
