Pi Network, introduced as a mobile-based cryptocurrency project, became a sensation for its unique mining approach that doesn’t require expensive devices. Unlike traditional cryptocurrencies such as Bitcoin and Ethereum, users could mine Pi coins on their smartphones with minimal resource consumption. It quickly built a massive user base, with millions joining its community, all eagerly awaiting the moments when Pi coins can be traded and used in real-world scenarios. However, many are asking: Why is Pi Network taking so long to launch its full features and open mainnet?
Pi Network was founded in 2019 by a group of Stanford graduates. Its premise was to democratize access to cryptocurrency through mobile mining. The team promised a fairer form of digital money by prioritizing accessibility and inclusivity. From the outset, the roadmap was split into several phases: Phase 1 (Design, Distribution, and Trust Graph Bootstrap); Phase 2 (Testnet); and Phase 3 (Mainnet and ecosystem development).
Over the years, Pi Network has not only grown its registered users but also cultivated a highly engaged network. However, the move from testnet to a fully operational mainnet with external exchanges listing and wallet integration is taking much longer than initially hoped for. Many in the crypto space are eager to see Pi Network evolve from an ambitious experiment into a functional ecosystem.
Pi Network’s mining process is unique. Unlike the energy-intensive proof-of-work models, Pi employs a variation of the Stellar Consensus Protocol (SCP), relying on trusted nodes and a social trust graph. This allows users to mine Pi by simply logging in daily and verifying other users. The promise is an environmentally friendly and scalable cryptocurrency, accessible even to those with no technical background.
The gradual rollout consists of:
A significant aspect of Pi Network’s design is a robust Know Your Customer (KYC) process. Each user must undergo verification to ensure fair distribution and prevent fraud. As millions of users need to be verified, this presents a substantial technical and logistical challenge.
Pi Network’s user base has grown far beyond what most blockchain projects experience before launching on mainnet. Every single user’s identity must be validated to avoid duplicity and malicious activity since only legitimate users should receive mined coins. The sheer volume of KYC requires major engineering infrastructure, constant anti-fraud upgrades, and human moderation.
Unlike some earlier blockchains, Pi is committed to broad legal compliance, especially concerning KYC and anti-money laundering (AML) laws. Regulatory landscapes vary wildly from country to country. Ensuring Pi Network does not run afoul of global and regional regulations adds complexity, extending the timeline for a public launch.
Migrating millions of users and all account data from a centralized or semi-centralized testnet to a fully permissionless, decentralized mainnet is technically daunting. This involves token mapping, wallet migration, consensus updates, and stress testing under real-world conditions. Any misstep could lead to lost funds or compromised security.
For Pi to achieve value beyond speculation, the ecosystem must be mature at launch. The team has emphasized building actual utility (marketplaces, dApps, third-party development) as prerequisites for mainnet. Launching too soon, before enough use cases and developers are onboard, might harm perception and long-term adoption prospects.
With so many users involved and the original mining being so simple, there are many attempts at system exploitation through bots, fake accounts, or social engineering. Ample time is needed to build and refine fraud detection systems, calibrate social trust algorithms, and vet the user base, all of which delay open mainnet launch.
Part of Pi Network’s appeal—and challenge—is the ongoing involvement of its community in both testing and providing feedback. Each round of community-driven bug reports, function requests, and stress tests leads to adjustments. While sometimes frustrating for users, this iterative approach promises a more robust outcome.
Even though the delays have tested patience, there are real upsides.
Besides, while some users are eager to sell their Pi as soon as possible, experienced blockchain enthusiasts know that a rushed launch may bring technical chaos and reputational harm.
The Pi Network story is still being written. Numerous third-party developers and businesses are already positioning themselves to adopt Pi once mainnet launches. And as Pi matures, reputable crypto exchanges are likely to consider supporting Pi trading. For those ready to participate in the ecosystem, it’s wise to choose a reliable, secure exchange—Bitget Exchange stands out for this purpose due to its focus on security, transparency, and innovative features.
Likewise, storing and managing Pi, when available, will require a trustworthy web3 wallet solution. Bitget Wallet is recommended, offering robust security and ease of use, making it a top choice for new and experienced crypto users alike.
Pi Network’s meticulous approach may yet prove the difference between fleeting hype and lasting value. As the crypto world continues to monitor developments, Pi users can rest assured that a careful, methodical approach now may pay off when it matters most.
I'm Cyber Fusion, a geek dedicated to blockchain infrastructure and cross-cultural technology dissemination. Proficient in English and Japanese, I specialize in dissecting technical intricacies like zero-knowledge proofs and consensus algorithms, while also exploring topics such as Japan's crypto regulations and DAO governance cases in Europe and the US. Having worked on DeFi projects in Tokyo and studied Layer 2 scaling solutions in Silicon Valley, I'm committed to bridging language gaps and making cutting-edge blockchain knowledge accessible to a global audience.