The truth about Pi coin: Could it be the next Bitcoin?

CointelegraphPublicado em 2025-02-13Última atualização em 2025-02-13

Resumo

Pi Network, one of 2025’s most controversial projects, promises mobile cryptocurrency mining but faces criticism over centralized control, inflated user numbers and its inflationary tokenomics.

What is Pi coin?

Pi Network, one of 2025’s most controversial projects, promises mobile cryptocurrency mining but faces criticism over centralized control, inflated user numbers and its inflationary tokenomics.

Everyone is talking about Pi coin. It’s arguably the most controversial project of 2025.

On the surface, Pi Network is a digital currency and decentralized finance project developed by Stanford graduates Nicolas Kokkalis, Chengdiao Fan and Vince McPhillip. In development since 2019, it is built on the premise that anyone should be able to mine cryptocurrency through a mobile application.

However, if you dig deeper, the project has faced continuous criticism. For instance, while Pi Network claims to have over 60 million users globally, blockchain data suggests significant discrepancies between these figures and actual activity.

Additionally, the project’s inflationary tokenomics, centralization of control and reliance on advertising revenue have drawn criticism for prioritizing user monetization over decentralization and innovation.

With its transition to the “open network” anticipated in the first quarter of 2025, the ecosystem is approaching a pivotal moment –— a trial in the gladiator ring, so to speak — fueling the ongoing buzz.

Pi Coin: A timeline of key events

Pi Network, initially launched in 2019 for smartphone-based crypto mining, has progressed through various phases, including Testnet, node program and enclosed mainnet. It is now transitioning to an open network with its mainnet migration in early 2025.

March 14, 2019: Official launch - Pi Network was officially launched on Pi Day (March 14), symbolizing the mathematical constant π (3.14). The initial version of the mobile application allowed users, referred to as “Pioneers,” to mine Pi cryptocurrency directly from their smartphones.

March 14, 2020: Testnet phase initiation - On its first anniversary, Pi Network commenced the testnet phase, marking a critical step toward decentralization. This phase enabled the deployment of distributed nodes worldwide, allowing community developers to test the blockchain and create utilities using Test-Pi.

Late 2020: Introduction of node program - Pi Network introduced its node program, allowing users to operate network nodes on personal computers. This initiative empowered Pioneers to contribute to the network’s security and transaction validation, fostering decentralization.

December 2021: Enclosed mainnet launch - Pi Network transitioned to the Enclosed Mainnet phase, where the mainnet became live but with a firewall preventing external connectivity. This period allowed users to complete Know Your Customer (KYC) verification and migrate their Pi to the live mainnet blockchain while the community built apps and utilities within the enclosed network.

October 2023: Roadmap announcement - The Pi Core Team released a milestone-based roadmap outlining past accomplishments, ongoing projects and future endeavors. This roadmap provided transparency and detailed the steps leading up to the Open Mainnet.

December 2024: Open network update - The Pi Network team announced that the Open Mainnet launch, originally expected by the end of 2024, would be postponed to the first quarter of 2025. This decision aimed to allow more users to complete KYC verification and migrate their tokens to the mainnet, ensuring a more inclusive and secure ecosystem.

January 2025: Mainnet migration progress - By January 2025, Pi Network had over 18 million KYC-verified users, with more than eight million having migrated their tokens to the mainnet. The team extended the KYC and Mainnet Migration Grace Period deadlines to Jan. 31 to facilitate the transition.

Differences between Pi coin and Bitcoin, launched in 2009, is a widely accepted digital asset with a capped supply. Pi coin, launched in 2019, offers mobile app-based mining and aims for broader accessibility but is still in its early stages with an undetermined market value.

Pi coin is certainly breaking the mold of traditional cryptocurrencies. To better understand this, let’s take a look at the table below:

Advantages of the Pi Network

By allowing users to mine Pi coins directly from their smartphones, the Pi Network removes traditional barriers like the need for expensive mining equipment or access to banking services.

Its straightforward design not only simplifies the mining process but also encourages more people to explore Web3 technologies, making cryptocurrency more approachable to a wider audience.

The Pi Network also uses the Stellar Consensus Protocol (SCP), which brings with it advantages such as energy efficiency, decentralized control and quick transaction speeds.

That said, the SCP does present some challenges, such as the complexity of setting up trust relationships between nodes and its dependence on stable network connections, which can be a drawback in areas with limited connectivity.

Despite these hurdles, one can see how the Pi Network aims to combine the strengths of SCP with its user-centric approach, creating a platform that has the potential to provide a more inclusive, scalable and sustainable digital currency solution.

Did you know? Pi Network allows users to "mine” Pi coins on their smartphones without draining the battery or using significant computational resources. This is possible because the actual work of validating transactions and securing the blockchain is handled by specialized computer nodes running the SCP.

Step-by-step guide to mining Pi coin

How the Pi Network approaches mining is its stand-out feature. However, with an “invite-only” system reminiscent of 2020’s Clubhouse, things might not be as simple as they seem.

Let’s take a look at the steps involved:

Download the Pi Network app:

For Android devices, visit the Google Play Store and search for “Pi Network.”

For iOS devices, go to the Apple App Store and search for “Pi Network.”

Create an account:

Open the app and sign up using your phone number or Facebook account.

Choose a unique username and set a strong password for security.

Enter an invitation code:

Pi Network operates on an invite-only basis to build a trusted community.

You’ll need an invitation code from an existing user to join. If you don’t have a code, you can search online or ask friends who are already using Pi Network.

Complete your profile:

Provide your real name, as it will be required for future verification processes.

Select your country and enter a valid phone number for account recovery purposes.

Start mining:

After setting up your account, you’ll see a lightning bolt icon on the home screen.

Tap the lightning bolt to initiate your first mining session.

Each mining session lasts for 24 hours. After that, you’ll need to open the app and tap the lightning bolt again to continue mining.

Increase your mining rate:

Invite friends and family to join Pi Network using your unique invitation code.

For each active referral, your mining rate increases.

Engage with the Pi Network community and participate in discussions to stay informed and potentially boost your mining rate further.

Build your security circle:

After mining for three days, you can enhance the network’s security by adding trusted members to your security circle.

Leituras Relacionadas

τ Scaling: Huawei's New Growth Engine Designed for the Post-Moore Era

**Tau Scaling: Huawei's New Growth Engine for the Post-Moore Era** For 60 years, progress in semiconductors was driven by Moore's Law – making transistors smaller, denser, and cheaper. This path has now stalled due to plummeting returns below 7nm, astronomical lithography costs, and rising per-transistor expenses. After six years and testing 381 production chips, Huawei’s semiconductor team proposes a fundamental shift: **stop competing on size, start competing on time**. This is the core of their "τ (Tau) Scaling" theory. It treats *time* as the key optimization metric, compressing characteristic delays (τ) across all levels – from transistor switching (picoseconds) to data center tasks (seconds), spanning 12 orders of magnitude. **What is τ Scaling?** It holistically minimizes delay/time constants (τ) across four layers: transistors (switching speed), circuits (signal delay), chips (compute/memory access), and systems (end-to-end communication). The goal is to align optimization from process and circuit design to architecture and systems using this unified metric. **Mobile Application: LogicFolding** Without advancing the process node, this technique vertically stacks chips using ultra-precision hybrid bonding, distributing critical paths across layers ("stacking floors"). Results include a 55% transistor density increase, 41% better energy efficiency, over 40% higher SRAM frequency, and a roadmap targeting 4GHz by 2029. **AI Data Center Application: Full-Link Latency Compression** With 80% of AI cluster energy and 70% cost spent on data movement, the focus is slashing communication time. Key innovations include: 1. **Unified Bus:** Cuts multi-layer protocols, reducing remote access latency from microseconds to ~100 nanoseconds – 500x faster. 2. **Hi-ONE Optical Interconnect:** Replaces copper with fiber, enabling 8Tb/s per module and scaling distances from 1m to 100m for 10,000-chip clusters. 3. **3D Folding:** Solves the "interface bottleneck" of 2.5D packaging by vertically integrating memory, power, and optical I/O alongside compute, predicting over 100x integration density gain by 2035. **Re-fusion of Logic and Memory** The AI era, where data movement is more critical than computation, demands tight 3D integration of logic and memory, shifting industry influence towards memory and advanced packaging. **Remaining Challenges** include adapting EDA tools for 3D design, optimizing wafer-to-wafer process variation and vertical interconnect losses, and establishing new energy efficiency and benchmarking standards. **Conclusion:** The era of scaling physical dimensions is over. The era of scaling time has begun. By leveraging 3D stacking, system architecture, and interconnect optimization—rather than solely chasing advanced lithography—performance and efficiency can continue to advance. This is poised to be the semiconductor industry's core roadmap for the next decade.

marsbitHá 9m

τ Scaling: Huawei's New Growth Engine Designed for the Post-Moore Era

marsbitHá 9m

NodeStrategy: The First Ordinals DAT Project, Bringing the Strategy Treasury Narrative to NFTs

**Summary: The Fundamental Flaws of NodeStrategy, the 'First Ordinals DAT'** NodeStrategy presents itself as the first Ordinals Digital Asset Treasury (DAT) on Bitcoin. Its model mirrors MicroStrategy's treasury narrative but for NFTs, specifically targeting the NodeMonkes collection (not officially affiliated). The project's core mechanism is a four-step flywheel: a 10% fee on all trades (90% to treasury, 10% to radFi/Bound marketplace) is used to buy NodeMonkes. These NFTs are then listed for sale on Satflow, with 100% of the sale proceeds used to buy back and burn the project's token, NODESTRAT, aiming to create a perpetual value cycle. However, the design contains critical, self-defeating flaws: 1. **Platform Lock-In:** As a Bitcoin Rune, NODESTRAT lacks smart contract functionality and cannot natively enforce the 10% fee. The fee can only be collected on the radFi/Bound marketplace itself. This makes the entire flywheel dependent on a single platform. If liquidity moves elsewhere, fee revenue drops to zero, halting the mechanism. 2. **Self-Suffocating Economics:** The 10% fee acts both as the flywheel's fuel and a major drag on demand. A buy/sell roundtrip incurs a 20% cost, creating a massive hurdle for traders. This strangles the very trading volume needed to generate fees. 3. **Ineffective Value Support:** The flywheel is starved. Low daily volume (~$9K) generates minimal fees for NFT purchases. The NFT "ladder" sales are slow and unpredictable (only 39 total sold), meaning buybacks are infrequent. While 30.77% of the supply has been burned, this supply reduction cannot lift price without corresponding demand, which is suppressed by the high transaction tax. 4. **Meaningless NAV:** The Net Asset Value (NAV), currently at a 0.46x discount to market cap, is merely a marketing figure. There is no redemption mechanism for token holders to claim the underlying NodeMonkes assets. Price is set by market liquidity flows, not by this theoretical backing. In essence, NodeStrategy's design forces its revenue source (trading fees) to simultaneously cripple the demand and liquidity required for its own success, trapping the project in a stagnant state.

marsbitHá 15m

NodeStrategy: The First Ordinals DAT Project, Bringing the Strategy Treasury Narrative to NFTs

marsbitHá 15m

Agentic Design Patterns: A Book That Made Me Re-Understand "What Is an Agent, Really?"

"Agentic Design Patterns" is a 2025 book by Antonio Gullí, a Google engineering director, which offers a systematic framework for AI Agent development through 21 design patterns. A core contribution is the "Four Levels of Agency": Level 0 (bare LLMs) are not true agents. Level 1 agents actively decide when and how to use tools. Level 2 agents engage in strategic planning, context engineering (curating and filtering information), and self-reflection. Level 3 involves multi-agent collaboration with defined communication topologies. The book introduces **Context Engineering** as a superset of prompt engineering, managing four layers of information for the agent: system prompts, external data, implicit context (user history, environment), and feedback loops for automated optimization. A key pattern is **Reflection (Producer-Critic)**, where two distinct agents with different prompts collaborate iteratively—one produces output, the other critiques it—until quality is satisfactory or a max iteration limit is reached. For **Memory**, a three-layer model is proposed: Session (ephemeral conversation context), State (temporary task data), and Memory (persistent, long-term storage). Regarding **Multi-Agent Systems**, the book advises against unnecessary complexity, recommending simple topologies like Supervisor or Peer-to-Peer based on task needs. It emphasizes perfecting a single Level 2 agent before moving to multi-agent setups. The author concludes with three actionable takeaways: 1) Add a Critic agent to existing workflows, 2) Practice Context Engineering beyond simple prompts, and 3) Avoid premature multi-agent complexity; first master a robust single agent. The book provides a practical map, codifying common challenges like reflection, memory, and coordination into reusable patterns, saving developers from reinventing foundational solutions.

链捕手Há 1h

Agentic Design Patterns: A Book That Made Me Re-Understand "What Is an Agent, Really?"

链捕手Há 1h

An AI Read SpaceX's Prospectus and Wrote This Investment Memo in 12 Minutes

An AI agent autonomously analyzed SpaceX's 226MB S-1 filing, purchased real-time market data on-chain for $1.87, and generated a comprehensive investment memo in 12 minutes. The memo concludes a "Hold" recommendation. Bull Thesis: SpaceX holds a near-monopoly in commercial launch (80% of global orbital mass since 2023), operates the profitable Starlink business (10.3M subscribers, $7.2B adj. EBITDA), and is vertically integrated from rockets to AI via the xAI acquisition. Starlink alone is a standout, high-margin business. Bear Thesis: The AI division is a massive cash burn ($6.4B operating loss on $3.2B revenue in 2025). True debt obligations approach ~$42B, not the headline $29B, due to bridge loans and X-related debt. Significant contingent liabilities exist, including a potential $10B fee from a Cursor option agreement. The company faces concentrated counterparty risk (e.g., a $45B Anthropic contract), slowing revenue growth, and complex governance as a controlled company with four share classes. Valuation anchors Starlink's standalone value at ~$84B (applying Iridium's 7.4x sales multiple), suggesting the current ~$500B+ IPO target prices in immense future execution risk for Starship and AI. Key risks include Starship delays, accelerating AI losses, and underwriter conflicts (the IPO's lead banks are also lenders on the $20B bridge loan it aims to refinance). Investment triggers: upgrade to "Overweight" if priced ≤$350B and Starship meets milestones; downgrade to "Pass" if priced >$510B or key risks materialize.

marsbitHá 1h

An AI Read SpaceX's Prospectus and Wrote This Investment Memo in 12 Minutes

marsbitHá 1h

Trading

Spot
Futuros
活动图片