feat: initial commit of Ghaymah internal DNS, TCP and security testing suite and report
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// Phase 3 & 4: Complete DNS, TCP, Security, and Isolation Tests on Ghaymah
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// This runs AFTER apps are deployed and accessible
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const APP_A_ID = 'af1b9e91-9bec-4d6a-b76c-92d7273b82ce';
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const APP_B_ID = 'fcbd895c-2370-46db-bd6a-057f6d887b0f';
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const PROJECT_ID = '3f55ceef-78ae-40c8-a41b-0505db8c59ee';
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const fs = require('fs');
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let report = [];
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function log(phase, msg, data) {
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const ts = new Date().toISOString();
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const line = `[${ts}] [${phase}] ${msg}`;
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console.log(line);
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if (data) console.log(JSON.stringify(data, null, 2));
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report.push({ ts, phase, msg, data });
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}
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async function auth() {
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const res = await fetch('https://auth.ghaymah.systems/signin/email-password', {
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method: 'POST',
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headers: { 'Content-Type': 'application/json' },
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body: JSON.stringify({ email: 'ziadalex2003@gmail.com', password: '2062003Mz*' })
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});
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const data = await res.json();
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return { token: data.session.accessToken, userId: data.session.user.id };
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}
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async function gql(token, query, variables = {}) {
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const res = await fetch('https://graphql.ghaymah.systems/v1/graphql', {
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method: 'POST',
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headers: { 'Authorization': 'Bearer ' + token, 'Content-Type': 'application/json' },
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body: JSON.stringify({ query, variables })
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});
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return res.json();
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}
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async function appRequest(domain, path, timeout = 8000) {
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try {
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const res = await fetch(`https://${domain}${path}`, { signal: AbortSignal.timeout(timeout) });
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return await res.json();
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} catch (e) {
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return { _error: e.message };
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}
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}
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async function main() {
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const { token, userId } = await auth();
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log('AUTH', 'Authenticated', { userId });
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// Step 1: Get app domains and status
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log('RECON', 'Fetching app resources...');
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const resData = await gql(token, `query GetResources($userId: uuid) {
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ghaymah_cloud_resources(where: { user_id: { _eq: $userId }, deleted: { _eq: false }, chart_name: { _eq: "ghaymah-app" } }) {
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id chart_name status values message
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}
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}`, { userId });
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const apps = resData.data?.ghaymah_cloud_resources || [];
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const appA = apps.find(a => a.values?.name === 'tcp-echo-server');
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const appB = apps.find(a => a.values?.name === 'tcp-test-client');
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const authDeploy = apps.find(a => a.values?.name === 'auth-deploy');
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const domainA = appA?.values?.publicAccess?.domain;
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const domainB = appB?.values?.publicAccess?.domain;
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const domainAuth = authDeploy?.values?.publicAccess?.domain;
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log('RECON', 'App A (tcp-echo-server)', { status: appA?.status, domain: domainA, project: appA?.values?.projectId });
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log('RECON', 'App B (tcp-test-client)', { status: appB?.status, domain: domainB, project: appB?.values?.projectId });
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log('RECON', 'App auth-deploy (different project)', { status: authDeploy?.status, domain: domainAuth, project: authDeploy?.values?.projectId });
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if (!domainA || !domainB) {
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log('ERROR', 'Missing domains! Cannot proceed with tests.');
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// Try ListApps mutation to get hostnames
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const listApps = await gql(token, `mutation ListApps {
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listApps {
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id name status alias
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ports { name number hostname }
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}
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}`);
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log('RECON', 'ListApps result', listApps.data?.listApps);
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// Save partial report and exit
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fs.writeFileSync('D:/cumin/ghaymah_dns_net_sec_tests/logs/06_test_results.json', JSON.stringify(report, null, 2));
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return;
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}
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// ═══════════════════════════════════════════════
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// PHASE 3: FUNCTIONALITY & QA TESTING
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// ═══════════════════════════════════════════════
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log('PHASE3', '═══ PHASE 3: FUNCTIONALITY & QA TESTING ═══');
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// 3.1: Health checks
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log('PHASE3', 'Testing App A health...');
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const healthA = await appRequest(domainA, '/health');
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log('PHASE3', 'App A health response', healthA);
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log('PHASE3', 'Testing App B health...');
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const healthB = await appRequest(domainB, '/health');
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log('PHASE3', 'App B health response', healthB);
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// 3.2: DNS Infrastructure
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log('PHASE3-DNS', '--- Internal DNS Verification ---');
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// Get resolv.conf from both apps
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const resolvA = await appRequest(domainA, '/resolv-conf');
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log('PHASE3-DNS', 'App A resolv.conf', resolvA);
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const resolvB = await appRequest(domainB, '/resolv-conf');
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log('PHASE3-DNS', 'App B resolv.conf', resolvB);
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// Get IP addresses from both apps
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const ipA = await appRequest(domainA, '/ip-addr');
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log('PHASE3-DNS', 'App A network interfaces', ipA);
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const ipB = await appRequest(domainB, '/ip-addr');
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log('PHASE3-DNS', 'App B network interfaces', ipB);
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// DNS Lookup tests from App B -> App A
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const dnsPatterns = [
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'tcp-echo-server',
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'tcp-echo-server.mesh',
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'tcp-echo-server.dns-tcp-test.mesh',
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'tcp-echo-server.local',
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'tcp-echo-server.dns-tcp-test',
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'tcp-echo-server.internal',
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'tcp-echo-server.svc.cluster.local',
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];
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log('PHASE3-DNS', 'Testing DNS resolution patterns from App B -> App A...');
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for (const pattern of dnsPatterns) {
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const dnsResult = await appRequest(domainB, `/dns-lookup?name=${encodeURIComponent(pattern)}`);
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log('PHASE3-DNS', `DNS lookup: ${pattern}`, dnsResult);
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}
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// DNS Lookup tests from App A -> App B
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const dnsPatternsB = [
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'tcp-test-client',
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'tcp-test-client.mesh',
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'tcp-test-client.dns-tcp-test.mesh',
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'tcp-test-client.local',
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'tcp-test-client.dns-tcp-test',
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];
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log('PHASE3-DNS', 'Testing DNS resolution patterns from App A -> App B...');
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for (const pattern of dnsPatternsB) {
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const dnsResult = await appRequest(domainA, `/dns-lookup?name=${encodeURIComponent(pattern)}`);
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log('PHASE3-DNS', `DNS lookup: ${pattern}`, dnsResult);
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}
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// 3.3: TCP Connection Tests
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log('PHASE3-TCP', '--- TCP Connection Tests ---');
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// Extract WireGuard/mesh IPs from App A
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let appAPrivateIp = null;
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if (ipA?.interfaces) {
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for (const [name, addrs] of Object.entries(ipA.interfaces)) {
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if (name === 'wg0' || name.startsWith('wg')) {
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const v4 = addrs.find(a => a.family === 'IPv4');
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if (v4) appAPrivateIp = v4.address;
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}
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}
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if (!appAPrivateIp) {
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// Try eth0
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for (const [name, addrs] of Object.entries(ipA.interfaces)) {
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if (name === 'eth0') {
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const v4 = addrs.find(a => a.family === 'IPv4');
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if (v4) appAPrivateIp = v4.address;
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}
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}
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}
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}
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log('PHASE3-TCP', `App A private IP: ${appAPrivateIp}`);
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// TCP connect from App B to App A on port 9000 using IP
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if (appAPrivateIp) {
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const tcpByIp = await appRequest(domainB, `/tcp-connect?host=${appAPrivateIp}&port=9000`);
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log('PHASE3-TCP', `TCP via IP (${appAPrivateIp}:9000)`, tcpByIp);
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}
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// TCP connect from App B to App A via DNS name
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for (const dnsName of ['tcp-echo-server', 'tcp-echo-server.mesh']) {
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const tcpByDns = await appRequest(domainB, `/tcp-connect?host=${dnsName}&port=9000`);
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log('PHASE3-TCP', `TCP via DNS (${dnsName}:9000)`, tcpByDns);
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}
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// HTTP connectivity test (App B -> App A port 8080)
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if (appAPrivateIp) {
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const httpByIp = await appRequest(domainB, `/tcp-connect?host=${appAPrivateIp}&port=8080`);
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log('PHASE3-TCP', `HTTP port via IP (${appAPrivateIp}:8080)`, httpByIp);
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}
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// ═══════════════════════════════════════════════
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// PHASE 4: SECURITY & SCOPING
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// ═══════════════════════════════════════════════
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log('PHASE4', '═══ PHASE 4: SECURITY & SCOPING ═══');
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// 4.1: Isolation & Lateral Movement
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log('PHASE4-ISO', '--- Isolation & Lateral Movement Tests ---');
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// Try to reach auth-deploy (DIFFERENT project)
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if (domainAuth) {
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// DNS lookup for cross-project app
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const crossProjectPatterns = [
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'auth-deploy',
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'auth-deploy.mesh',
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'auth-deploy.auth-deploy.mesh',
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];
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for (const pattern of crossProjectPatterns) {
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const crossDns = await appRequest(domainB, `/dns-lookup?name=${encodeURIComponent(pattern)}`);
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log('PHASE4-ISO', `Cross-project DNS: ${pattern}`, crossDns);
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}
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}
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// Try to reach scanner-clean (DIFFERENT project, in backoff)
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const crossPatterns2 = [
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'scanner-clean',
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'scanner-clean.mesh',
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];
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for (const pattern of crossPatterns2) {
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const crossDns = await appRequest(domainB, `/dns-lookup?name=${encodeURIComponent(pattern)}`);
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log('PHASE4-ISO', `Cross-project DNS (scanner-clean): ${pattern}`, crossDns);
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}
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// 4.2: Network Enumeration (Port Scan)
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log('PHASE4-SCAN', '--- Network Enumeration ---');
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if (appAPrivateIp) {
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const scanA = await appRequest(domainB, `/port-scan?host=${appAPrivateIp}&ports=22,53,80,443,3000,4000,5432,6379,8080,9000`, 15000);
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log('PHASE4-SCAN', `Port scan App A (${appAPrivateIp})`, scanA);
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}
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// Scan common internal gateway IPs
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const internalIps = ['10.100.0.1', '10.100.0.2', '172.26.64.1', '127.0.0.1'];
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for (const ip of internalIps) {
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const scanGw = await appRequest(domainB, `/port-scan?host=${ip}&ports=22,53,80,443,8080,9090`, 12000);
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log('PHASE4-SCAN', `Port scan ${ip}`, scanGw);
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}
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// 4.3: External Internet Access & DNS Leak
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log('PHASE4-LEAK', '--- Dual Routing & DNS Leaks ---');
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const extA = await appRequest(domainA, '/external-test');
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log('PHASE4-LEAK', 'App A external internet access', extA);
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const extB = await appRequest(domainB, '/external-test');
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log('PHASE4-LEAK', 'App B external internet access', extB);
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// DNS leak test: resolve external domains
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const externalDns = ['google.com', 'github.com', 'cloudflare.com'];
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for (const name of externalDns) {
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const dnsExt = await appRequest(domainB, `/dns-lookup?name=${encodeURIComponent(name)}`);
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log('PHASE4-LEAK', `External DNS resolution: ${name}`, dnsExt);
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}
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// Save full results
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fs.writeFileSync('D:/cumin/ghaymah_dns_net_sec_tests/logs/06_test_results.json', JSON.stringify(report, null, 2));
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log('DONE', 'All tests completed. Results saved.');
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}
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main().catch(e => { console.error('FATAL:', e); process.exit(1); });
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