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The key pillars of this evolution are the launch of a public RPC server for easy developer communication with the network and the integration of a modern platform Soroban, which allows writing secure smart contracts in Rust. The document details the transition to protocol version 23, which brings a decentralized exchange (DEX) and automated market makers to the ecosystem, leading to the imminent opening of the main network (Open Mainnet). Despite ambitious technical innovations and a robust infrastructure built on the Stellar Consensus Protocol, the text highlights the economic challenges associated with the high supply of tokens and the need to build real utility for millions of verified users. The analysis aims to provide comprehensive insight into the strategic direction of the network, which seeks to connect mass adoption with advanced interoperability within the broader Web3 world.Article content \ud83d\udcd6Estimated reading time: 27 minutIntroductionPodcastsExplanation [Video]Detailed analysis [Audio]InfographicBlockchain Infrastructure and Deployment Guide [Infographic]RPC Infrastructure Analysis, Smart Contract Integration, and v23 Protocol RoadmapArchitectural Foundation: Stellar Consensus Protocol and the Role of Federated Byzantine AgreementRemote Procedure Call (RPC) Server: Developer GatewayIntegration of Smart Contracts: Soroban and the Rust\/WASM EcosystemProtocol Roadmap: The Road to v23.0 and Open MainnetThe mandatory upgrade schedule for node operators in 2026 is defined as follows:Node Management and Network InfrastructureDeveloper Ecosystem: SDK, PiOS, and Platform APIThe SDK supports two main categories of payments:Ekonomic Context and Market DynamicsLegal Aspects, KYC, and SecurityFuture Development Analysis: Interoperability and Web3 DominanceFinal Synthesis and Strategic RecommendationsKey conclusions for the professional sphere:Pi Network in 2026: A tipping point, or just another chapter in an endless wait?JSON-RPC Server: The Missing Link to Smart ContractsQuantum-Resistant Revolution: Protocol v25 and \u201cQuantum Dawn\u201dEconomic paradox: Billion utility vs. millions of unlocked tokensSoroban and Stellar: Lessons in Efficiency for Modern ContractsRoad to May 18: Home Straight for Smart ContractsConclusion: The future beyond mobile miningShare the article \ud83d\ude4fRelated ArticlesPi NetworkPodcasts \ud83c\udf99\ufe0f Infographics \ud83d\uddbc\ufe0fPodcastsExplanation [Video]A structured, comprehensive overview that connects individual pieces of information from the article.Detailed analysis [Audio]A live conversation between two moderators, breaking down and connecting topics from the article.InfographicBlockchain Infrastructure and Deployment Guide [Infographic]Blockchain Infrastructure and Deployment Guide [Infographic]RPC Infrastructure Analysis, Smart Contract Integration, and v23 Protocol RoadmapThe transformation of the Pi Network from a mobile distribution model to a full-fledged Layer-1 ecosystem reached a critical point in the first half of 2026. This evolution is defined by the integration of advanced remote procedure call (RPC) interfaces, the deployment of the Soroban smart contract platform, and a series of mandatory protocol updates that lead to an Open Mainnet. The technical architecture analysis suggests that the network is moving from a simple mining mechanism to a utility-oriented blockchain that leverages the efficiency of the Stellar Consensus Protocol (SCP) to support complex decentralized applications (dApps) at a scale of tens of millions of users.Architectural Foundation: Stellar Consensus Protocol and the Role of Federated Byzantine AgreementThe cornerstone of the Pi Network is the Stellar Consensus Protocol (SCP), which fundamentally differs from traditional Proof-of-Work (PoW) or Proof-of-Stake (PoS) mechanisms in its energy efficiency and emphasis on distributed trust. Unlike Bitcoin, where security is provided by computationally intensive mining, SCP uses the Federated Byzantine Agreement (FBA) model. In this system, each node in the network defines its own quorum set and quorum slices, which are groups of nodes that the operator trusts to confirm transactions.This mechanism allows for consensus to be reached in seconds, typically around five seconds, which is a prerequisite for creating a user-friendly payment system and complementary financial services. SCP’s energy efficiency stems from the fact that nodes communicate with each other via instant messages to confirm transactions, rather than competing to solve mathematical puzzles. This approach not only drastically reduces the network’s environmental footprint, but also allows nodes to run on common hardware, further promoting decentralization. Decentralization within SCP is achieved through overlapping trust networks, where collective consensus arises from local decisions of individual nodes. To breach the network, an attacker would have to compromise a significant portion of these interconnected groups, making the system resistant to censorship and centralized attacks.ParameterProof-of-Work (PoW)Proof-of-Stake (PoS)Stellar Consensus Protocol (SCP)Energy requirementExtremely highLowVery lowFinality speedMinutes to hoursSeconds to minutes~5 secondsBarrier to entryHigh (specialized HW)High (financial investment)Low (common HW and reputation)Concurrence mechanismComputational powerCapital holdingFederated trustScalabilityLowMedium to highHighIn the context of the Pi Network, SCP plays the role of an invisible engine that enables smooth transitions between development phases. The implementation of SCP ensures that the network can scale to tens of millions of users without performance degradation or disproportionate transaction costs. It is the stability of this protocol, proven in a test environment, that has allowed the Pi Core Team to move forward with the integration of programmable features such as smart contracts. Trust is built from the bottom up in this system, where mobile miners create a trust graph, which is then used by computer nodes to execute the consensus algorithm.Remote Procedure Call (RPC) Server: Developer GatewayA key milestone announced on April 1, 2026, is the launch of a public RPC server on the Testnet. RPC, or remote procedure call, is a standardized communication protocol that allows external applications, wallets, and developer tools to interact directly with the blockchain. Before the introduction of RPC, developers were limited to using proprietary SDKs that did not allow full access to low-level blockchain data. The new RPC server changes this paradigm by opening the way to integrate with industry-standard tools and making it easier to build complex decentralized applications.The RPC server acts as the interface through which the outside world communicates with blockchain nodes. Developers can now query account balances, track transaction history, view block data, and send transactions directly to the Testnet in real time without having to run their own full node. This infrastructure is crucial for simulating and testing smart contracts, as it allows for automated function calls and immediate verification of the results of their execution on-chain. The availability of this server transforms Pi from a blockchain that can only be „mined“ to a blockchain that can be used to build real utilities.The Pi Network RPC interface specification is based on the JSON-RPC 2.0 standard, a stateless and lightweight protocol that defines data structures for handling requests and responses. Developers can use common command-line tools such as curl or built-in libraries in languages such as JavaScript, Python, or Rust to interact with the RPC server. The public endpoint https:\/\/rpc.testnet.minepi.com serves as a sandbox for experimentation without the risk of losing real tokens.RPC methodFunction and descriptionSignificance for the ecosystemgetHealthChecks the status and availability of the RPC server.Basic stability monitoring of dApps.getNetworkProvides information about the current network configuration.Identifies the testnet and passphrase.getVersionInfoReturns the version of the software running on the node.Checks for compatibility with v23.getLatestLedgerGets data about the latest confirmed ledger.Monitors the current state of the network.getTransactionsQueries transactions by filters and ledgers.Audit history and verify payments.getEventsMonitors events emitted by contracts.Key for interacting with dApps.simulateTransactionTests execution without writing to blockchain.Estimate fees and debug.sendTransactionSends a signed transaction to the network.Write changes to the blockchain.The availability of these methods dramatically speeds up the development cycle. For example, a developer can use the simulateTransaction method to verify that their smart contract logic works correctly in the current state of the network without having to spend test tokens. This process is essential for identifying bugs and optimizing resource consumption before deploying to Mainnet. Although the RPC server does not have a direct interface for ordinary users (Pioneers), its existence is a prerequisite for the creation of higher-quality applications in the Pi Browser, which will be more stable, secure and functionally richer.Integration of Smart Contracts: Soroban and the Rust\/WASM EcosystemThe strategic decision of the Pi Core Team was to adopt the Soroban platform for implementing smart contracts. Soroban is a modern platform integrated into the Stellar network, designed for scalability and high performance. Contracts are written in the Rust programming language and compiled into WebAssembly (WASM) format, ensuring maximum security thanks to Rust’s strong type checking and portability thanks to WASM. The first Soroban contract was recorded on the Pi Network testnet in early April 2026, confirming the technical readiness of the infrastructure for programmable transactions.The use of Rust and WASM brings several fundamental advantages to the Pi Network. Rust is recognized in the blockchain community for its memory safety, which eliminates entire classes of vulnerabilities that often lead to attacks on smart contracts in other ecosystems. WebAssembly then allows these contracts to run in a deterministic environment with minimal overhead, which is critical to maintaining the high transaction throughput (TPS) that SCP promises. This move brings Pi Network closer to the standards of modern blockchains such as Polkadot or Solana, which also rely on Rust and WASM.Priority use cases for smart contracts on the Pi Network include subscription systems, escrow services, NFTs and decentralized exchanges (DEX). For example, escrow services will enable trustless holding of payments within marketplaces, where funds are released only after conditions are met (e.g. confirmation of delivery of goods). NFT integration will open the door to digital ownership and collectibles within games and social platforms in the Pi ecosystem.Developing smart contracts on the Soroban platform requires a specific workflow. Developers use the Soroban Rust SDK, which provides the necessary data structures and functions to interact with the blockchain environment. After compilation into WASM, the process of installing the contract code on the network follows, after which a contract instance with a unique address is created. This two-phase model (install code vs. deploy instance) is more efficient because it allows multiple applications to share the same code logic, saving space in the ledger.Contract Development PhaseTools and CommandsResultInitializationstellar contract initProject Structure and Cargo.toml.CodingRust, Soroban SDKSource Code in lib.rs.Testingcargo testVerifying logic in sandbox.Compilingcargo build --target wasm32-unknown-unknownWASM binary.Installingstellar contract installRegistering code in ledger (WASM hash).Deployingstellar contract deployCreating instance with contract ID.Callingstellar contract invokeExecuting functions on chain.The integration of Soroban means that Pi Network moves from being a mere value transfer system to a platform for automated, self-executing agreements. This is key for decentralized finance (DeFi), where smart contracts enable lending, trading, and staking without traditional intermediaries. This entire architecture is designed to minimize transaction costs and maximize efficiency, which is in line with Nicolas Kokkalis\u2019 vision of an accessible and low-cost blockchain.Protocol Roadmap: The Road to v23.0 and Open MainnetThe Pi Network is undergoing a series of technical improvements in 2026, which are divided into several key protocol releases. This roadmap is designed to gradually increase the stability, scalability, and functionality of the network before it is fully opened. The transition from Protocol 20 to Protocol 23 represents the most significant infrastructure intervention since the launch of the Enclosed Mainnet in 2021.The mandatory upgrade schedule for node operators in 2026 is defined as follows:12. March 2026 (Protocol v20.2): Completion of the core infrastructure for smart contracts and preparation for DEX. This upgrade laid the foundation for Soroban.April 6, 2026 (Protocol v21.2): Mandatory upgrade for stability and performance of nodes under load. Operators who miss this deadline risk being disconnected from the network.22. April 2026 (Protocol v22.1): Optimization of Stellar Consensus Protocol (SCP) and improvements to inter-node communication to reduce latency.May 18, 2026 (Protocol v23.0): Full activation of smart contracts, launch of on-chain DEX, and improvements to KYC processes.Protocol 23 is considered the culmination of the current wave of development. It includes the integration of Stellar Core v23.0.1, which brings parallel transaction execution, lower latency, and more robust developer tools. This upgrade transforms Pi from a simple transmission network to a comprehensive settlement layer capable of supporting high-volume payments and decentralized applications. One of the most significant features of v23 is the launch of a native decentralized exchange (DEX) and automated market maker (AMM), which will allow direct exchange of Pi tokens within the ecosystem without the need for centralized intermediaries.Continuous protocol updates have a direct impact on the integrity of the network. Node operators must follow a sequential update process, as each version serves as a technical prerequisite for the next. This coordination is monitored by a central layer, which will be removed in the future once testing of various scenarios (e.g. isolation of part of the network or sudden node failure) proves the algorithm is sufficiently robust. This phased approach reduces the risk of fatal errors that could jeopardize user funds on the Mainnet.Node Management and Network InfrastructureThe decentralization of the Pi Network is based on thousands of computer nodes operated by the Pioneer community. There are three levels of participation in the Pi Node software:Computer App: User interface for accessing chats and media on a PC, without participating in consensus.Node: A node that has access to the blockchain interface and is ready to be selected for the testnet.SuperNode: A highly reliable node with 24\/7 availability that forms the backbone of the consensus algorithm and writes transactions to the ledger.Node and SuperNode selection is based on strict criteria that include internet connection stability, processor and memory availability, and the ability to open ports on the router, especially the primary port 31400 (TCP\/UDP) for node-to-node communication. Node operation is incentivized by so-called „Node Rewards“, which increase individual mining speed based on machine reliability and availability. These bounties are currently open to anyone with an internet connection and a computer, with over 10,000 nodes already running on the testnet, which will be migrated to the Mainnet during the Open Network phase.ComponentMinimum requirementsRecommended requirementsNetwork roleCPU2-4 cores16-64 coresTransaction and proof-of-stake processing.RAM4-8 GB64-256 GBNetwork state and cache.Storage500 GB SSD2-8 TB NVMeHistory and ledger storage.Network100 Mbps10-25 GbpsP2P communication and block propagation.OSWindows, MacLinux (AMD64\/ARM64)Run dockerized software.An important feature of v23 is the full opening of support for Linux nodes, which provides a more flexible environment for operators and strengthens the overall network resilience to attacks. Node management on Linux uses the pi-node CLI interface, which allows initialization, log monitoring, and protocol updates with simple commands. Operators must ensure proper port and firewall configuration to ensure inbound and outbound connections on ports 31400, 443, and 80. If the ports are not properly opened, the node cannot help others with synchronization and becomes only a resource consumer with no benefit to the network.Developer Ecosystem: SDK, PiOS, and Platform APIIn addition to the low-level RPC interface, Pi Network provides developers with a high-level SDK that abstracts the complexity of interacting with the blockchain for common web applications. The Pi SDK is the key to building „Pi-native“ applications that run inside the Pi Browser and leverage the Pi identity through integrated authentication modules. The SDK enables authentication of millions of users and facilitates secure transactions within the Pi Browser, fulfilling the promise of a widely distributed cryptocurrency.The SDK supports two main categories of payments:U2A (User-to-App): A user pays an app for digital goods or services. This process requires server approval and confirmation on the blockchain (called a „Double-Check“ flow) to validate the transaction.A2U (App-to-User): The app pays rewards or cashback to the user. Currently, one A2U payment can be processed at a time due to blockchain sequence numbers, but support for batch payments is planned to increase throughput.Developers also have access to the PiOS (Pi Open Source) license, which allows them to share and use code within the Pi ecosystem. This initiative encourages collaborative development and allows budding creators to use references such as the Pi Demo App to quickly jumpstart their own projects. In 2026, the Pi Launchpad was also launched on Testnet, attracting over 301,000 participants in its first week, demonstrating the huge community interest in new token projects built on the Pi infrastructure. This launchpad uses the „PiPower“ model (staking for allocation rights), thus incentivizing deep involvement in the ecosystem instead of mere speculation.Ekonomic Context and Market DynamicsWhile the technical side of the project shows significant progress, the market value of the Pi token faces challenges in 2026 due to high supply and limited demand in the closed Mainnet. The price of Pi (PI) fluctuated between $0.17 and $0.18 in March and April 2026, a significant drop from previous speculative highs. Analysts point to technical indicators such as the „head-and-shoulders“ formation that indicate further declines are possible unless the $0.20 resistance is broken.The main source of selling pressure is massive token unlocks. It is estimated that approximately 210.9 million tokens are released into circulation each month (roughly 4.6 million per day), which is related to the ongoing second wave of user migration to the Mainnet. This increased supply comes against the backdrop of a lack of real demand catalysts, as most utility applications are still in the testing or simulation phase on the RPC server.Economic IndicatorValue \/ Status (April 2026)Trend \/ OutlookCurrent Price (PI\/USD)$0.1772Bearish Consolidation.Daily Token Unlock~4.6 million PIStable Pressure on offer.Total Supply100 billion PI80% community, 20% Core Team.24h Volume~$18 millionDecreasing (from $90M in March).Number of migrated users15.8+ millionGrowing with KYC process.Nevertheless, there is a long-term bullish outlook, supported by fundamental improvements. Successful DEX and AMM deployments under Protocol 23 could create a natural demand for Pi to fuel transactions and liquidity. Additionally, over 60 million engaged Pioneers represent a huge user base that is very attractive to dApp developers. Some experts believe that with accelerated adoption and a successful launch of the Open Mainnet, the price could approach $0.50 by mid-2026. The value of the Pi Network will not be determined solely by its rarity, but by its utility in everyday applications, payments, and staking.Legal Aspects, KYC, and SecuritySecurity and compliance are deeply integrated into the Pi Network architecture. The KYC (Know Your Customer) system is a prerequisite for migrating mined balances to the blockchain and for operating nodes in consensus. This model aims to eliminate Sybil attacks (fake accounts) and ensure that the distribution of tokens is fair and transparent, which is key before a possible listing on regulated exchanges. KYC validators are already being paid the first rewards, which further motivates the integration of users into the on-chain economy.Within the Enclosed Mainnet, the network is protected by a firewall that prevents external access to the ledger. This measure allows the team to safely test migration tools without the risk of external attacks or unauthorized trading. Removing this firewall for Open Mainnet will mean:Allowing external nodes and validators without a whitelist for full decentralization.Ability for third parties to connect to Mainnet RPC endpoints to develop external wallets and services.Launching bridges for interoperability with other blockchains such as Ethereum or Solana, allowing the movement of assets between Pi and the wider crypto ecosystem.From a security development perspective, there is an emphasis on auditing smart contracts. Tools like Soroban CLI allow for cost simulation and resource consumption monitoring, which prevents Denial of Service (DoS) attacks through unoptimized code. Developers are encouraged to use sandboxes and deploy gradually. Security reviews by experts like CoinFabrik help identify vulnerabilities before they become a threat to real funds. Post-quantum cryptography (e.g., Kyber1024 and Dilithium5 algorithms) is already appearing in experimental versions of the Pi Supernode software, suggesting a long-term commitment to resilience against future threats.Future Development Analysis: Interoperability and Web3 DominancePi Network\u2019s future outlook reveals plans to expand beyond its own ecosystem. The preparation of cross-chain bridges suggests a push to connect Pi to the wider Web3 world, allowing for the transfer of assets and data between Pi and networks like Ethereum. This move could dramatically increase the liquidity and utility of the Pi token, as it would open up access to DeFi protocols and NFT marketplaces on other chains for Pioneers. Interoperability is seen as a path to integration with Web2 projects that can use official Pi wallets after KYB certification.The technological shift to v23 and subsequent iterations positions the Pi Network as a serious competitor to established blockchain platforms. Integration with AI technologies, which is being discussed in connection with the Consensus 2026 conference, suggests a direction where Pi could become an infrastructure for decentralized artificial intelligence and edge computing. The synergy between 60 million KYC-verified users and Soroban\u2019s programmable layer creates a unique platform for innovation that combines social onboarding with technical robustness.While the community remains divided on the speed of migrations and the total supply of tokens, the technical facts speak of a systematic buildout of an infrastructure capable of supporting the weight of a real digital economy. Success will depend on translating the technical readiness of RPC servers and smart contracts into real user activity that will overcome the initial speculative phase of the project. The transition to the Open Network in 2026 will be a test of SCP stability under real market pressure, but the results of v23 testing so far indicate readiness for high loads.Final Synthesis and Strategic RecommendationsThe analysis of the technical status of Pi Network as of April 2026 confirms that the project has successfully passed the conceptual testing phase and has a functional infrastructure for a large dApps ecosystem. The launch of the RPC server on the Testnet is the most important technical step of the year, as it effectively removes the isolation of developers and allows them to use the standard Web3 stack to simulate real-world scenarios. The deployment of the Soroban platform and the Rust smart contract language ensures that this new wave of applications will be built on a secure and powerful foundation comparable to industry leaders.Key conclusions for the professional sphere:Infrastructure Readiness: Pi Network has transformed from a „mining application“ to a full-fledged Layer-1 with support for dApps, NFTs and DeFi.Upgrade Mandatory: Node operators must upgrade to v23.0 by May 18, 2026 to remain part of the network and benefit from new features.Developer Potential: Open RPC endpoints and SDKs in multiple languages (JS, Python, Rust) significantly lower the barrier to entry for external teams.Market Reality: Despite technical progress, the PI price is consolidating under supply pressure, requiring the rapid launch of utilities to balance the token economy.Pi Network in 2026 is no longer an experiment, but an established player whose strength lies in the combination of mass adoption and modern technological Stellar ecosystem standards. For developers and investors, this means that attention should shift to analyzing the quality of dApps built on the Testnet, as these will determine the fundamental value of the network once it is fully launched. The strategic goal remains the organic growth of the utility of community-created products, which outweighs short-term speculative hype.Pi Network in 2026: A tipping point, or just another chapter in an endless wait?After years of development, the Pi Network project finds itself at its most important crossroads yet in April 2026. The journey from a simple click on a mobile app to a robust blockchain infrastructure has been long, but the foundation laid with the completion of the Protocol v20.2 (March 12, 2026) upgrade has paved the way for a dramatic technical leap. With over 15.8 million Pioneers already migrated to the Mainnet, this is no longer just a social experiment. However, the current tension between the technological revolution and the relentless market forces raises a fundamental question: can the utility of the ecosystem finally outweigh the massive inflationary pressures, or will the project collapse under its own weight?JSON-RPC Server: The Missing Link to Smart ContractsA major milestone for the developer community was the launch of the JSON-RPC (Remote Procedure Call) server on the testnet on April 1, 2026. Until now, application developers have been dependent on functionally limited SDKs, which has hindered the development of more complex decentralized applications (dApps).The move to a standardized JSON-RPC interface means that Pi Network is now fully compatible with the Ethereum ecosystem for the first time. Developers can now use industry-standard tools and wallets like MetaMask to interact directly with the blockchain. Implementing specific endpoints, such as eth_getBalance for checking balances or sendTransaction logic for sending payments, allows dApp creators to work in real time without having to run their own full node.\u201cDevelopers can now interact with the blockchain directly using industry-standard tools instead of relying solely on limited SDKs.\u201dThis infrastructure is key to simulating and deploying advanced platforms, such as decentralized exchanges (DEX) and automated liquidity managers (AMMs), which form the backbone of modern DeFi.Quantum-Resistant Revolution: Protocol v25 and \u201cQuantum Dawn\u201dWhile tech giants like Google are predicting a quantum computing breakthrough around 2029, Pi Network has decided to strike a preemptive blow. A version of Protocol v25, dubbed \u201cQuantum Dawn\u201d, has transformed the network into one of the first production blockchains ready for the post-quantum era. It\u2019s not just about marketing; the implementation achieves NIST Level 5 compliance.A comparison of the parameters of the v24 version and the new v25 shows a huge difference in performance and security:Metricsv24 protocolv25 protocol (Quantum Dawn)ImprovementsThroughput (TPS)1,20015 000+12.5xTransaction Finality12 s2 s6x fasterSecurityECDSAPost-Quantum Crypto (Kyber1024, Dilithium5)Quantum ResistancePrivacy \/ ValidityNoneZK-SNARKs (Groth16)High EfficiencyThanks to the Kyber1024 standards for encryption and Dilithium5 for signatures, the network is protected against quantum attacks for an estimated billions of years. In addition, the integration of Groth16 ZK-SNARKs allows for the compression of evidence to just 128 bytes, which, with a verification time of 5 ms, ensures that increased security does not sacrifice network speed in any way.Economic paradox: Billion utility vs. millions of unlocked tokensThe market situation in April 2026 shows signs of a paradox. The price of PI is in a narrow range of $0.155 – $0.180, reflecting a battle between strong accumulation by whales and relentless selling pressure. Approximately 4.6 million tokens are unlocked into circulation daily, with 210.91 million tokens expected to be released in April 2026 alone.The key to survival is the concept of \u201cUtility Sinks\u201d. An example is the Pi Launchpad, which incentivizes users to actively participate. The model distinguishes between passive holding (staking) and active commitment (committing) of PI to purchase new tokens in the ecosystem. Active users are rewarded with discounts, shifting value from passive speculators to loyal network builders. However, the IOU status on exchanges remains controversial, as it still carries counterparty risk and may distort real on-chain value until fully integrated with the open network.Soroban and Stellar: Lessons in Efficiency for Modern ContractsThe Pi Network architecture still relies on the Stellar Consensus Protocol (SCP) and Soroban smart contracts in 2026. For developers, efficiency is critical here \u2013 the Soroban Rust SDK requires strict optimization of WASM files. For production deployment, flags like opt-level = \"z\", panic = \"abort\", and enabled overflow-checks are essential, which minimize the binary file and reduce gas costs.To understand SCP and its energy-saving nature, the metaphor of „study groups“ is useful:Each node is a student in a huge class.Quorum Set is your chosen study group.Quorum Slice is the minimum number of members in your group with whom you must agree on the test result.Because these groups (Slices) overlap with each other, a chain reaction of consensus occurs that results in a network-wide Quorum (final agreement).This mechanism replaces brute force mining (PoW) with elegant messages, while TTL (Time-to-Live) storage management prevents the blockchain from being „bloated“ with outdated data.Road to May 18: Home Straight for Smart ContractsThe upgrade roadmap is heading towards a historic finale. After March’s Protocol 21.2, a critical milestone is coming:WARNING TO NODE OPERATORS: The deadline of April 6, 2026 is the latest date for mandatory migration to Protocol 21.2. Nodes that do not update will be immediately disconnected from the network, which may jeopardize the stability of the Mainnet and reward payouts.The entire process will culminate on 18. May 2026 with the activation of Protocol 23.0 (built on Stellar Core v23.0.1), which will definitively unlock the full functionality of smart contracts and the native Pi DEX.\u201cSuccessful upgrades are essential for enabling future utilities like the Pi DEX and smart contracts.\u201dConclusion: The future beyond mobile miningIn 2026, Pi Network is no longer just a promise on mobile. It is a robust technology stack with 15,000 TPS throughput, NIST Level 5 quantum resistance, and an advanced Soroban environment. The project has managed to onboard millions of users, who now need to transform them into active participants in the on-chain economy.However, the final question remains: Can the technological revolution and quantum resilience create enough demand to absorb the massive influx of tokens into the free market, or will Pi remain just a fascinating experiment in social onboarding? The market will tell us the answer in the weeks following May 18th.Share the article \ud83d\ude4fSd\u00edlet pomoc\u00ed nativn\u00edch n\u00e1stroj\u016fShareZkop\u00edrov\u00e1no do schr\u00e1nkyRelated ArticlesPi Day 2026 – Pi Network Milestones and NewsPi Network 2026: Market Development, Listings and Price ForecastsPi Network: The First Anniversary of the Open NetworkPi Network Milestone Celebrations and Token Ecosystem DevelopmentPi Network and the Revolution in Decentralized AIPi NetworkPi Network AnnouncementPi Network is a blockchain-based cryptocurrency project that aims to allow users to mine Pi coins using smartphones. The project aims to promote cryptocurrency adoption.The project was launched by PhD students at Stanford University in 2019. Pi Network offers users a simple and environmentally friendly way to mine Pi coins by simply opening the app and pressing a button once a day.One of the features of the Pi Network is that users can increase the mining speed by expanding their network. In addition, the Pi Network aims to increase the value of Pi coins by allowing users to create and use web applications on the Pi platform.Pi Network is currently launching its mainnet. To join Pi Network, you need to download the mobile app and enter an invitation code. Pi Network is an innovative project that aims to pave the way for the future of cryptocurrencies.How to join Pi NetworkIf you are not a member of Pi Network, you can get started in 5 minutes by clicking this link. By signing up with my referral code jwkkbiz, we can both earn Pi. Pi Network is an application that allows you to easily mine the cryptocurrency „Pi“ on your smartphone. By pressing a button once a day, you start mining for 24 hours, even if you leave your phone idle. In 2024, I mined 360 days a year, and those who accepted the invitation received many benefits. If you register using the referral code jwkkbiz, you will get a 25% increase in mining speed.After 30 mines, you will pass KYC (Know Your Credit), so don’t forget to enter your real name when registering. If you register incorrectly, you will lose 20% as a penalty.For more detailed information and reasons for registration, see here.Discord Pi Bazaar  \u2013 PI NetworkFAQDonate Pi Bazar \u2013 PI Network"},{"@context":"https:\/\/schema.org\/","@type":"BreadcrumbList","itemListElement":[{"@type":"ListItem","position":1,"name":"Technical Evolution of Pi Network – RPC Server and Smart Contracts","item":"https:\/\/pibazar.eu\/technical-evolution-of-pi-network-rpc-server-and-smart-contracts\/#breadcrumbitem"}]}]