Integrating Ably and Push Protocol for Real-Time Web3 Applications

Why Real-Time Features Matter in Decentralized Apps?

Real-time features are the bridge between blockchain’s trustless execution guarantees and the user experience quality that drives adoption. Without real-time communication, users must manually refresh their interfaces to discover that a transaction has confirmed, a bid has been outbid, or a yield opportunity has expired. This friction compounds into significantly higher abandonment rates and lower protocol engagement metrics across every category of decentralized application. Research in behavioral economics consistently shows that notification latency above two seconds measurably degrades user decision quality in time-sensitive financial contexts, making reliable Web3 real-time communication architecture a direct determinant of protocol performance metrics. For DeFi platforms managing billions in total value locked across markets in the USA and UAE, this user experience gap between Web3 and traditional finance represents a concrete adoption barrier that real-time infrastructure like Ably and Push Protocol directly addresses.

Challenges of Achieving Real-Time Communication in Web3

Achieving reliable real-time communication in Web3 applications presents a set of challenges that have no direct analog in traditional software architecture. Blockchains do not push events to subscribers; they are pull-based systems that require active polling or event subscription mechanisms to detect state changes. Block confirmation times introduce inherent latency between when a transaction is submitted and when it is safe to surface to the user. Cross-chain applications must handle events from multiple networks with different block times and finality models simultaneously. WebSocket connections, the standard transport for real-time web communication, must be managed carefully in environments where users may be behind restrictive corporate firewalls common in UK and Canadian enterprise environments. Wallet-based identity adds complexity to notification targeting because unlike email addresses, wallet addresses are pseudonymous and users may have multiple addresses across different applications and chains.

The Need for Advanced Web3 Solutions

The limitations of building real-time communication from scratch on blockchain primitives alone have driven the emergence of specialized Web3 infrastructure tools that abstract away the complexity while preserving the decentralization properties users expect. Polling-based solutions consume unnecessary blockchain node bandwidth, create spiky load patterns on RPC endpoints, and introduce latency proportional to the polling interval. Custom WebSocket servers for event streaming require significant operational overhead and become single points of failure that undermine the reliability promises of the underlying blockchain infrastructure. Push notification systems built on traditional mobile push services like Firebase Cloud Messaging require collecting user contact information that conflicts with Web3’s pseudonymity principles. This convergence of technical and philosophical requirements has created the market opportunity that Ably and Push Protocol address – each from a distinct but complementary angle within the broader Web3 communication layer.

What Are Real-Time Web3 Applications?

Real-time Web3 applications are decentralized applications that surface blockchain state changes to users within seconds of on-chain confirmation, without requiring manual interface refreshes. They combine traditional real-time web technologies like WebSockets and Server-Sent Events with blockchain event subscription mechanisms to create interfaces that feel alive and responsive rather than static and polling-dependent. In a real-time NFT marketplace, a user sees the current highest bid update the moment a new bid transaction confirms, without clicking refresh. In a real-time DeFi protocol, a borrower sees their health factor update the moment collateral prices shift, enabling proactive risk management. These experiences transform blockchain applications from ledger-viewing tools into genuinely interactive financial and social platforms. The category of real-time Web3 applications has expanded dramatically as Layer 2 networks with sub-second block times have made real-time on-chain event detection both technically feasible and economically viable for a broader range of application types.

How Event-Driven Architecture Works in Blockchain Apps?

Event-driven architecture in blockchain applications centers on Solidity event logs, which are emitted by smart contracts during transaction execution and stored in the transaction receipt. These event logs are the blockchain’s native mechanism for communicating state changes to off-chain systems. External services subscribe to these events via RPC endpoint subscriptions (eth_subscribe on WebSocket RPC connections) or through specialized indexing services like The Graph. When a subscribed event fires, the off-chain listener receives the event data and can trigger downstream actions: publishing a message to an Ably channel for real-time UI updates, sending a notification via Push Protocol to the user’s wallet address, updating an indexed database for query performance, or triggering webhook callbacks to third-party integrations. This event-driven model is fundamentally more efficient than polling-based approaches because it eliminates unnecessary network requests and delivers updates with latency determined by block time rather than polling interval. For real-time Web3 applications serving users across multiple time zones in the USA and UK, this architecture ensures consistent responsiveness regardless of geographic distribution.

Role of Messaging and Notification Systems in dApps

Messaging and notification systems play two distinct but equally important roles in decentralized application architecture. In-app messaging systems, served by platforms like Ably, handle the real-time user interface layer: updating prices, reflecting new bids, showing activity feeds, and managing live user presence in collaborative environments. These systems operate exclusively while the user has the application open and require low latency but can tolerate temporary disconnections gracefully. Out-of-app notification systems, served by platforms like Push Protocol, handle the user engagement layer: alerting users to important events when they are not actively using the application, driving re-engagement, and ensuring users never miss critical protocol events. A complete Web3 notification system requires both layers operating in concert. An NFT marketplace that only updates the UI in real time but fails to notify users of outbid events via their wallet will see lower bid participation. A DeFi platform that sends push notifications but shows stale prices in the interface will confuse and frustrate users. The combination of Ably and Push Protocol is precisely designed to address both requirements with a single, coherent integration.

What Is Ably and How It Works?

Ably is a realtime data delivery platform that provides publish-subscribe messaging, presence detection, message history, and push notification routing through a globally distributed edge network. It operates on the principle that real-time messaging infrastructure should be as reliable as internet routing itself, offering 99.999% uptime SLAs backed by a network of globally distributed data centers that ensure messages are routed through the lowest-latency path to each subscriber. Ably’s SDK supports every major platform including browser JavaScript, React Native, iOS, Android, and Node.js server environments, making it a universal communication layer that works across every surface where a Web3 application might run. In the Web3 context, Ably typically sits between the blockchain event listener layer and the user interface layer, receiving events from on-chain data indexers and distributing them to connected user sessions at the speed and scale that modern DeFi and NFT applications demand. Its channel-based publish-subscribe model maps naturally onto the event-driven architecture of blockchain applications, where each smart contract or protocol action type becomes a named Ably channel.

Key Features of Ably Real-Time Messaging Platform

Benefits of Using Ably in Web3 Application Building

Ably delivers several benefits that are specifically valuable in the Web3 context, beyond its generic real-time messaging capabilities. Its connection state management handles network interruptions gracefully, automatically reconnecting and replaying missed messages when a user’s mobile connection drops and reconnects – critical for users accessing DeFi platforms on mobile devices in regions with variable connectivity like parts of the UAE and Canada. Ably’s token-based authentication model integrates naturally with wallet-based identity systems, where a server-side function can issue channel-specific Ably tokens upon verifying a wallet signature, ensuring that only authenticated wallet owners can subscribe to their private notification channels. The platform’s Firehose feature enables server-side consumption of all channel activity for analytics and monitoring, providing the observability that operational teams need to track system health. Ably’s published 99.999% uptime guarantee translates to less than five minutes of downtime per year, meeting the availability expectations of financial applications where communication interruptions have direct economic consequences for users.

What Is Push Protocol in the Web3 Ecosystem?

Push Protocol is a decentralized communication protocol built on Ethereum that enables wallet-to-wallet messaging and notification delivery without requiring any personal information from the recipient. It operates through a channel-based subscription model where any protocol, smart contract, or application can create a channel on Push Protocol and users can subscribe to receive notifications from that channel using their wallet address alone. When a channel sends a notification, it is delivered to all subscribed wallet addresses across Push Protocol’s delivery network, reaching users on web, mobile, and browser extension interfaces. The protocol stores notification metadata on IPFS and anchors channel creation and verification transactions on Ethereum, ensuring that the notification infrastructure itself cannot be controlled or censored by any single entity. This architecture makes Push Protocol the natural complement to Ably in a complete Web3 real-time communication architecture: Ably handles the high-frequency, low-latency in-app events while Push Protocol handles the persistent, wallet-native notifications that reach users wherever they are.

How Push Protocol Enables Decentralized Notifications?

Push Protocol’s decentralized notification delivery works through a four-layer system: the smart contract layer on Ethereum governs channel creation and user subscriptions, the IPFS layer stores notification payloads as content-addressed objects, the Push Network of nodes processes and routes notifications to appropriate delivery endpoints, and the client SDK layer handles delivery to the user’s specific interface. When a Web3 application wants to send a notification, it calls the Push Protocol API or SDK with the notification content and the target channel, and the protocol handles routing to all subscribed wallet addresses. Users who have installed the Push Protocol browser extension or mobile app receive these notifications natively. Applications can also integrate Push Protocol’s SDK directly into their interface, allowing notifications to appear within the app for subscribed users. Crucially, no email address, phone number, or personal identifier is ever required – the wallet address is both the identity and the delivery endpoint for every notification in the Push Protocol ecosystem.

Key Features and Advantages of Push Protocol

Push Protocol’s feature set directly addresses the user experience gaps that Web3 notification systems must solve. Its opt-in subscription model ensures that all notifications are consent-based, making regulatory compliance with spam regulations in the UK, Canada, and the USA structurally guaranteed rather than dependent on implementation. Spam scoring and channel verification provide users with confidence that notifications from verified channels come from legitimate protocols, reducing the phishing risk that plagues email-based notification systems in the crypto space. Push Protocol supports rich notification payloads including action buttons that deep-link directly to the relevant interface, enabling one-tap navigation from a liquidation warning to the protocol’s position management page. The protocol’s subgraph integration allows applications to trigger notifications directly from smart contract events without requiring any centralized server component, creating a fully decentralized notification pipeline. Channel analytics give protocol teams in the USA and UAE visibility into subscriber counts and notification delivery rates, enabling data-driven engagement strategy refinement.

Core Components of the Integration Architecture

The integration architecture consists of five coordinated components. The blockchain event listener is a Node.js service using ethers.js or viem that subscribes to smart contract event logs via WebSocket RPC connections and transforms raw event data into structured notification objects. The Ably publisher receives structured events from the listener and publishes them to named Ably channels organized by protocol, event type, and optionally wallet address for private user-specific events. The Push Protocol notifier receives the same structured events and determines which warrant out-of-app notifications, calling the Push Protocol SDK to send notifications to relevant channel subscribers. The authentication service issues Ably capability tokens to authenticated wallet users, controlling which channels each wallet can access. The client application consumes Ably channel subscriptions for real-time UI updates and renders Push Protocol notifications through the embedded SDK. This architecture ensures that the blockchain listener is the single source of truth for events, eliminating the possibility of inconsistency between the UI real-time updates and the push notifications users receive, a subtle but important reliability property for financial applications.

Event Streaming and Notification Workflow

Smart Contracts, APIs, and Messaging Layers

The relationship between smart contracts, API services, and messaging layers in a real-time Web3 application follows a strict unidirectional data flow that prevents inconsistency. Smart contracts are the authoritative source of truth for all on-chain state. The API layer, consisting of the event listener and notification router services, transforms raw blockchain data into application-level events without modifying or interpreting the underlying state. The messaging layers (Ably for in-app, Push Protocol for out-of-app) are pure delivery mechanisms that receive structured events and distribute them without additional transformation. This separation ensures that the real-time communication layer can be updated or replaced without affecting the contract logic or the application’s data integrity. API authentication between the listener service and Ably uses server-to-server API key authentication, while the authentication service uses capability tokens with short expiry windows (typically 60 seconds) for client-facing Ably connections, minimizing the security exposure from any single credential compromise.

Step-by-Step Integration of Ably and Push Protocol

Setting Up Ably for Real-Time Messaging

Setting up Ably for a real-time Web3 application begins with creating an Ably application and understanding its channel namespace requirements. Channel naming conventions should reflect the application’s event hierarchy: a namespace like nft-marketplace:bids:tokenId-{id} clearly communicates the channel’s purpose and enables wildcard subscriptions such as nft-marketplace:bids:* for clients that need visibility across all token bids. The server-side authentication endpoint receives wallet signatures, verifies them using ethers.js’s verifyMessage function, and issues Ably JWT tokens with capability objects that restrict each wallet to channels relevant to their wallet address and permissions. The blockchain event listener is implemented as a long-running Node.js process using ethers.js provider subscriptions, with automatic reconnection logic that handles RPC WebSocket connection drops without losing events through a combination of subscription re-establishment and block-range backfill queries. Message payloads should be structured as typed JSON objects with standardized fields including event type, block number, transaction hash, and event-specific data, enabling clients to consistently parse and route events without ambiguity.

Configuring Push Protocol for Web3 Notifications

Push Protocol configuration begins with creating a channel, which is the identity from which all notifications will be sent to subscribers. Channel creation requires a connected wallet that pays a small PUSH token fee to prevent spam channel creation, and it produces a channel identity on Ethereum that users can discover and subscribe to. The channel’s metadata (name, description, icon) is stored on IPFS and displayed to users in the Push Protocol interfaces they use to manage their subscriptions. Application integration uses the @pushprotocol/restapi NPM package, which provides methods for sending targeted notifications (to specific wallet addresses) and broadcast notifications (to all channel subscribers). For targeted notifications triggered by smart contract events (such as alerting a specific wallet that their loan position is approaching liquidation threshold), the notification routing service maps the event’s affected wallet address to a Push Protocol sendNotification call with the appropriate notification payload, category, and action link. Push Protocol’s notification templates support rich content including transaction hashes formatted as block explorer links, dollar-denominated values, and action buttons for immediate protocol interaction.

Connecting Smart Contracts with Real-Time Messaging Systems

The connection between smart contracts and the real-time messaging systems is the most architecturally critical component of the integration. The event listener service must handle several reliability concerns that are not present in simpler webhook-based notification systems. Chain reorganizations can cause events that appeared confirmed to be rolled back, requiring the listener to track event confirmations and potentially retract notifications. Block gaps can occur when the RPC connection drops briefly, creating windows where events may be missed if the listener only subscribes to new events without implementing a catch-up mechanism. The recommended pattern uses a hybrid approach: real-time eth_subscribe WebSocket subscriptions for low-latency event detection combined with a periodic block-range scanning job that backfills any events missed during connection interruptions. Events are deduplicated by transaction hash before being published to Ably or Push Protocol, preventing duplicate notifications from reaching users when both the subscription and backfill paths detect the same event.

Testing and Deploying the Integrated Web3 Application

Testing the Ably and Push Protocol integration requires a staged approach that covers unit tests for individual components, integration tests against testnets, and load tests simulating production traffic patterns. Unit tests should mock the Ably and Push Protocol SDKs to test routing logic without network calls. Integration tests should run against Sepolia or Polygon Mumbai testnets with a dedicated Push Protocol test channel and Ably sandbox environment, verifying that real contract events flow through the complete pipeline and produce correct notifications. Load tests should simulate the peak event throughput expected during high-activity market events, such as the thousands of transfer events generated during an NFT mint. Deployment uses containerized services with health checks that verify RPC WebSocket connectivity, Ably connection state, and Push Protocol API availability independently, enabling the monitoring system to identify which component is degraded during an incident. Infrastructure teams in UK and Canadian enterprise environments typically deploy these services behind API gateways with rate limiting to prevent runaway notification costs during unexpected event storms.

Faster Communication in Decentralized Applications

The speed advantage of the Ably and Push Protocol integration over alternative approaches is substantial and directly measurable in user behavior metrics. Polling-based approaches for price updates in DeFi interfaces typically achieve best-case latency of 15 seconds with 15-second polling intervals, while Ably-delivered updates achieve sub-second latency from block confirmation. This 15x latency reduction is the difference between a trader seeing an arbitrage opportunity and missing it, or between a borrower receiving a liquidation warning with time to act and receiving it after the fact. In NFT marketplaces running on Layer 2 networks with two-second block times, real-time bid updates via Ably transform the auction experience from a manual refresh-racing exercise into a genuine auction platform with the engagement dynamics of a live bidding room. Push Protocol’s notification delivery adds another dimension of speed: reaching users who have closed their browser within seconds of a critical event, dramatically improving the time-to-action for protocol-critical notifications like liquidation warnings and governance deadlines.

Improved User Engagement Through Real-Time Notifications

User engagement metrics in Web3 applications show consistent improvement when real-time notification infrastructure is properly implemented. DeFi protocols that have integrated Push Protocol report measurably higher governance participation rates because users receive timely notifications about proposal deadlines rather than discovering them after voting has closed. NFT marketplaces with Ably-powered real-time activity feeds see higher listing interaction rates because users browsing the platform observe live bidding activity that creates urgency and social proof. Protocols serving users in the UAE have found that real-time price alerts are particularly valued by users managing positions across time zones, where an automated liquidation warning notification can prevent significant losses that would otherwise occur during sleeping hours. The combination of in-app real-time updates and persistent wallet notifications creates a communication environment where users feel connected to the protocol ecosystem even when not actively managing their positions, increasing the likelihood they engage proactively with governance and community activities.

Scalable Infrastructure for Modern Web3 Services

The scalability characteristics of the Ably and Push Protocol stack are particularly well suited to the growth patterns of successful Web3 applications, which frequently experience sudden 10x to 100x user growth spikes following protocol launches, token generation events, or viral social media attention. Ably’s managed infrastructure scales automatically to accommodate connection count surges without requiring any configuration changes from the application team, with pricing models that charge for actual usage rather than reserved capacity. Push Protocol’s delivery network scales similarly, with notification throughput automatically accommodating volume spikes during high-activity market events. The event listener service is the component that requires the most careful capacity planning, as it must maintain reliable RPC WebSocket connections and process event queues without falling behind during high-throughput periods. Teams typically deploy this service with horizontal scaling behind a message queue (such as Redis Streams or SQS) that buffers events between detection and publication, decoupling the listener’s processing speed from Ably’s publication throughput during peak demand periods.

Real-World Use Cases of Real-Time Web3 Applications

NFT Marketplaces with Instant Activity Alerts

NFT marketplaces represent the most visible and user-facing deployment of real-time Web3 application infrastructure. In a production NFT marketplace powered by Ably and Push Protocol, the complete real-time experience works as follows: when a new bid is placed on any listed NFT, the Ably channel for that specific token updates all viewing users within 50 milliseconds. The previous high bidder who placed the now-outbid bid receives a Push Protocol notification to their wallet within seconds, regardless of whether they still have the marketplace open. When a listing expires or an offer is accepted, both parties receive simultaneous notifications that allow immediate action. The floor price and volume statistics displayed on collection pages update in real time via Ably subscriptions, giving buyers and sellers live market intelligence. Real examples of this architecture include marketplaces built on Polygon and Base networks where block times of 2 seconds make real-time bid updates not just desirable but expected, and where the notification UX has become a competitive differentiator between platforms offering similar asset selection.

Real-Time Trading Updates in DeFi Platforms

DeFi platforms managing lending, borrowing, and liquidity provision represent the highest-stakes environment for real-time Web3 application communication. In a DeFi lending protocol, Ably-delivered real-time health factor updates give borrowers continuous visibility into their collateral ratios as asset prices fluctuate. When a position approaches the liquidation threshold (typically 1.0 on a normalized health factor scale), a Push Protocol notification is sent to the borrower’s wallet with the current health factor, the estimated time to liquidation at current market conditions, and a direct action link to the add-collateral interface. Liquidity providers receive real-time fee accrual updates via Ably that show their position performance without requiring page refreshes. Governance participants receive Push Protocol notifications when proposals move from draft to voting phase, when votes reach quorum, and when results are finalized. In total, this real-time communication layer transforms a DeFi protocol from a passive financial instrument into an active financial platform that keeps users informed and engaged throughout the lifecycle of their positions.

Gaming and Social dApps with Live Interactions

Blockchain gaming and social decentralized applications represent the fastest-growing segment for real-time Web3 communication infrastructure. In a blockchain game using on-chain asset ownership, Ably’s presence channels enable live player lobbies where users can see who else is online and available to play, chat, or trade assets. Real-time match results, challenge notifications, and leaderboard updates flow through Ably channels, creating the responsive gameplay experience that users expect from modern games. Social dApps built on protocols like Lens or Farcaster use Ably to power real-time notification feeds where users see likes, comments, and follows as they happen, and Push Protocol to alert users to high-priority social interactions like direct messages or mentions by high-follower accounts. Canadian blockchain gaming startups have used this architecture to build competitive multiplayer experiences where on-chain asset ownership is combined with real-time social interaction quality comparable to fully centralized gaming platforms, demonstrating that the Web3 ownership model does not require sacrificing communication quality.

Security and Performance Considerations

Ensuring Secure Messaging in Web3 Platforms

Security in real-time Web3 messaging systems requires defending against threats that combine traditional web application vulnerabilities with blockchain-specific attack vectors. On the Ably side, capability tokens must be issued with minimum necessary permissions: a user whose wallet address is 0xABC should receive tokens with capabilities limited to subscribing to channels scoped to their address and any public channels they need, never to all channels globally. Token expiry should be set to the minimum practical window (60 seconds is common) with client-side token renewal implemented transparently to avoid session interruptions. On the Push Protocol side, channel operators must be vigilant about preventing notification spam that could be used for phishing attacks, using Push Protocol’s notification category system to clearly identify the type and source of each notification. Cross-origin resource sharing policies on the token issuance endpoint must restrict access to known application origins. Message payloads should never include private keys, seed phrases, or any sensitive cryptographic material, and the system should proactively scrub any such data that might accidentally appear in raw event data from contract interactions.

Handling High Transaction and Event Volumes

High-volume event handling is a critical operational concern for real-time Web3 applications during peak market activity periods. During a popular NFT mint or a major market volatility event in DeFi, event listener services may receive thousands of events per second that must be processed, deduplicated, and published within latency budgets. The recommended architecture uses a message queue between the blockchain event listener and the Ably publisher, allowing the listener to process events at the rate blockchain data arrives while the publisher batches and throttles Ably publications within the platform’s rate limits. Redis Streams provides an excellent queue implementation for this pattern, with automatic consumer group management that enables horizontal scaling of the publisher service. Ably’s batch publish API allows multiple messages to be published in a single HTTP request, reducing the per-message overhead when processing event bursts. Push Protocol notifications should be rate-limited to prevent sending duplicate notifications for the same event to the same wallet during reconnection scenarios, using a short-TTL Redis key based on the event’s transaction hash as a deduplication check.

Optimizing Performance for Scalable Web3 Solutions

Performance optimization for real-time Web3 applications begins with channel architecture design and extends through every layer of the stack. Overly broad channel subscriptions, where a single channel carries all events for an entire marketplace, create unnecessary bandwidth consumption for clients who only care about specific assets. The optimal channel architecture uses fine-grained channels (per-token, per-user, per-position) that clients subscribe to selectively, reducing the volume of events each client must process and filter. Message payload size should be minimized by including only the data needed for the UI update and referencing additional data by CID or transaction hash, allowing clients to fetch full details on demand rather than receiving them unsolicited with every event. Ably’s delta compression feature reduces payload size for frequently updating channels by transmitting only the changed fields rather than the complete message state, providing significant bandwidth savings for price feed channels that update many times per second. Client-side message throttling, where rapid updates are buffered and applied in batches at the UI rendering rate (typically 60fps), prevents unnecessary render cycles from degrading client-side performance during high-frequency event periods.

Emerging Trends in Web3 Messaging Infrastructure

Several powerful trends are reshaping Web3 real-time communication architecture in ways that will affect how Ably and Push Protocol integrations are designed in the near future. AI-driven notification personalization is emerging as a capability where machine learning models analyze a user’s on-chain history and behavior to intelligently filter and prioritize which protocol events are most relevant to them, reducing notification fatigue without sacrificing coverage of genuinely important events. Cross-chain notification unification is becoming essential as users spread their activity across Ethereum, Arbitrum, Base, Solana, and other networks, creating demand for notification systems that aggregate events from multiple chains into a single coherent feed. The maturation of Account Abstraction (ERC-4337) is enabling new notification patterns where smart account contracts can autonomously trigger notifications based on on-chain conditions rather than relying on off-chain event listeners. These trends collectively point toward a future where the Ably and Push Protocol stack becomes even more powerful as these enhancing capabilities become standard components of Web3 infrastructure tooling.

The Role of Real-Time Systems in Next-Generation dApps

Real-time communication systems will be a defining architectural characteristic of the next generation of decentralized applications that compete directly with established centralized platforms across every user experience dimension. Decentralized social networks must deliver post and notification feeds with the responsiveness of Twitter or Instagram to retain users who have experienced those standards. Decentralized finance platforms must provide trading interfaces with the real-time data quality of Bloomberg terminals to attract institutional users from the USA and UAE financial sectors. Decentralized gaming platforms must support multiplayer interactions with the latency characteristics of established gaming networks to compete in the entertainment market. In each of these categories, Ably’s real-time messaging capabilities and Push Protocol’s wallet-native notification delivery provide the communication infrastructure that makes these competitive claims achievable without compromising the decentralization principles that justify building on Web3 in the first place. The engineers and organizations that master the integration of these systems today are positioning themselves at the frontier of the next wave of mainstream decentralized application adoption.

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