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Peer Operations Overview

Guide for connecting to, monitoring, and operating Convex peer nodes.

What is Peer Operations?​

Peer Operations covers everything from connecting to existing peers to running your own peer infrastructure:

For Developers (connecting to peers):

For Operators (running peers):

Connection Types​

Convex peers support two connection protocols with different performance characteristics.

HTTP Protocol (REST API)​

Recommended for: Web applications, general development

Connection:

// Java
Convex convex = Convex.connect("https://peer.convex.live");
// TypeScript
const convex = new Convex('https://peer.convex.live');
# Python
convex = Convex('https://peer.convex.live')

Characteristics:

  • Protocol: HTTPS with JSON payloads
  • Port: 18888 (default)
  • Latency: 10-50ms typical
  • Firewall: Works through HTTP proxies
  • Connection: Stateless

Binary Protocol​

Recommended for: High-performance applications

Connection:

// Java
import java.net.InetSocketAddress;

InetSocketAddress addr = InetSocketAddress.createUnresolved(
    "peer.convex.live",
    18888
);
Convex convex = Convex.connect(addr);

Characteristics:

  • Protocol: Custom binary over TCP
  • Port: 18888 (default)
  • Latency: 5-20ms typical
  • Connection: Persistent stateful
  • Throughput: Higher than HTTP

Connection Configuration​

Timeouts:

Convex convex = Convex.connect("https://peer.convex.live");
convex.setTimeout(Duration.ofSeconds(30));

Connection Pooling (for high concurrency):

import java.util.concurrent.ConcurrentLinkedQueue;

class ConvexConnectionPool {
    private final ConcurrentLinkedQueue<Convex> pool = new ConcurrentLinkedQueue<>();
    private final String endpoint;

    public ConvexConnectionPool(String endpoint) {
        this.endpoint = endpoint;
    }

    public Convex acquire() throws Exception {
        Convex convex = pool.poll();
        if (convex == null) {
            convex = Convex.connect(endpoint);
        }
        return convex;
    }

    public void release(Convex convex) {
        pool.offer(convex);
    }
}

Network Health and Status​

Check Network Availability​

import convex.api.Convex;
import convex.core.Result;
import convex.core.lang.Reader;

Convex convex = Convex.connect("https://peer.convex.live");

// Query consensus state
Result result = convex.query(Reader.read("*state*")).get();

if (!result.isError()) {
    System.out.println("✓ Network operational");
} else {
    System.err.println("✗ Network issue: " + result.getErrorCode());
}

Query Network Metadata​

// Peer information
Result peerInfo = convex.query(Reader.read("(get-peer-info)")).get();

// Current consensus point
Result consensus = convex.query(Reader.read("*state*")).get();

// Total accounts
Result accounts = convex.query(Reader.read("(count *accounts*)")).get();

// Memory usage
Result memory = convex.query(Reader.read("*memory*")).get();

Verifying Network Identity​

Each network has a unique genesis hash. Always verify you're connected to the correct network.

Protonet Genesis Hash​

0xb0e44f2a645abfa539f5b96b7a0eabb0f902866feaff0f7c12d1213e02333f13

Verify Connection​

// Protonet genesis hash
String PROTONET_GENESIS = "0xb0e44f2a645abfa539f5b96b7a0eabb0f902866feaff0f7c12d1213e02333f13";

// Connect and verify
Convex convex = Convex.connect("https://peer.convex.live");
Result result = convex.query(Reader.read("*genesis*")).get();
String genesis = result.getValue().toString();

if (genesis.equals(PROTONET_GENESIS)) {
    System.out.println("✓ Connected to Protonet");
} else {
    System.err.println("⚠ Warning: Unknown network");
    System.err.println("Genesis: " + genesis);
}

TypeScript Example​

const PROTONET_GENESIS = '0xb0e44f2a645abfa539f5b96b7a0eabb0f902866feaff0f7c12d1213e02333f13';

const convex = new Convex('https://peer.convex.live');
const result = await convex.query('*genesis*');

if (result.value.toString() === PROTONET_GENESIS) {
    console.log('✓ Connected to Protonet');
} else {
    console.warn('⚠ Unknown network:', result.value.toString());
}

Python Example​

PROTONET_GENESIS = "0xb0e44f2a645abfa539f5b96b7a0eabb0f902866feaff0f7c12d1213e02333f13"

convex = Convex('https://peer.convex.live')
result = convex.query('*genesis*')

if str(result.value) == PROTONET_GENESIS:
    print("✓ Connected to Protonet")
else:
    print(f"⚠ Unknown network: {result.value}")

Important Notes​

  • ⚠️ Testnets change genesis hash when they reset
  • ⚠️ Local peers generate new genesis hash on startup
  • ✅ Protonet genesis is stable - always verify for production
  • 🔒 Prevents accidental connection to wrong network

Performance Optimization​

Connection Performance​

MethodLatencyThroughputUse Case
HTTP10-50ms~100 ops/secWeb apps, general use
Binary5-20ms~500 ops/secHigh-performance apps
Local Peer<1ms~10,000 ops/secDevelopment, testing

Best Practices​

For Development:

  • Use local peer for fastest iteration
  • Binary protocol for integration tests
  • Disable unnecessary logging

For Production:

  • Use binary protocol for better throughput
  • Implement connection pooling
  • Monitor peer health proactively
  • Verify genesis hash on startup
  • Set appropriate timeouts
  • Implement retry logic with exponential backoff

Monitoring Example​

import java.util.concurrent.*;

public class PeerMonitor {
    private final Convex convex;
    private final ScheduledExecutorService scheduler =
        Executors.newScheduledThreadPool(1);

    public PeerMonitor(Convex convex) {
        this.convex = convex;
    }

    public void startMonitoring() {
        scheduler.scheduleAtFixedRate(() -> {
            try {
                Result result = convex.query(Reader.read("*state*")).get();
                if (result.isError()) {
                    System.err.println("⚠ Peer health check failed");
                } else {
                    System.out.println("✓ Peer healthy");
                }
            } catch (Exception e) {
                System.err.println("✗ Peer unreachable: " + e.getMessage());
            }
        }, 0, 30, TimeUnit.SECONDS);
    }

    public void stopMonitoring() {
        scheduler.shutdown();
    }
}

Local Development Peer​

For development, run a local peer for maximum speed and control.

Quick Start:

import convex.peer.Server;
import convex.api.Convex;

// Create and launch
Server server = Server.create();
server.launch();

try {
    Convex convex = Convex.connect(server);
    // Use for development
} finally {
    server.shutdown();
}

Configuration:

import convex.peer.Config;

Config config = Config.create();
config = config.withPort(18888);
config = config.withRestPort(8080);

Server server = Server.create(config);
server.launch();

Advantages:

  • Sub-millisecond latency
  • No network dependency
  • Full control
  • Built-in account creation

→ For production peer deployment, see the deployment guides below.

Running Production Peers​

For production peer operation, see the following guides:

Getting Started​

  1. Peer Staking & Registration - Stake coins and register your peer
  2. Choose Deployment Method - Manual or Docker
  3. Select Hosting - Infrastructure requirements
  4. Secure Your Peer - Security best practices

Deployment Options​

Operations​

Next Steps​

For Developers:

For Operators:

Resources​