Waiting for AI_Brain repository link

Deploy a Revenue-Intelligent AI Brain that syncs natively with your Git workflows.

Strategize, orchestrate, and automate high-performing growth systems—powered by deterministic math/ML reasoning and full GitOps discipline.

Projected ARR lift
0%

Measured uplift after activating predictive pricing, funnel automation, and statistical marketing agents.

Automation coverage
0%

Percentage of revenue-critical workflows autonomously executed by the AI Revenue Brain suite.

Decision latency
0s

Average time to generate data-backed recommendations using streaming inference and math reasoning engines.

Repository Control Center

Attach the AI Revenue Brain extension directly to your AI_Brain Git repository, enforce CI/CD rituals, and maintain deterministic deployments with zero drift.

Disconnected from AI_Brain
Provide the repository URL and default branch to initialize continuous revenue intelligence deployments.
git status: unknown CI pipeline: pending

Revenue Entryways & Paywalls

Design monetization gates, upsell paths, and experiential funnels tied directly to AI_Brain telemetry for acco untable revenue generation.

Paywall & Offer Designer

Model pricing, conversion levers, and messaging for each entryway. Values sync with Git-tracked experimen ts once your repository is connected.

$199
6%
Connect your AI_Brain repo to unlock deterministic revenue projections.

Use the designer to configure pricing, conversion assumptions, and value prompts—then sync scenarios into tracked experiments.

Global Investment & Distribution Exchange

Open the AI_Brain Revenue Brain beyond GitHub so backers, partners, and customers can invest, subscribe, and mobilize growth alongside your repository.

External Growth Connectors

Activate revenue APIs, partner marketplaces, and payment rails. Selected connectors stream data and capital directly into your AI_Brain agents.

Select connectors to broadcast your offers outside GitHub.

Combine payment networks, creator channels, and partner automation to unlock global reach.

Open Revenue Syndicate

Model collaborative investment rounds so communities can co-fund and profit-share from AI_Brain revenue lifts.

Set your round parameters to see commitment readiness.

Connect the AI_Brain repo to synchronize diligence packets and secure automated follow-ups.

Community Launch Broadcast

Generate shareable offers and embed codes so anyone can invest, subscribe, or co-build without touching Git directly.

Craft your messaging to unlock a broadcast-ready package.

The generated link includes AI_Brain telemetry webhooks so contributors can activate modules instantly.

Live Investor Signals

Track warm interest levels, targeted check sizes, and syndicate readiness pulled from off-platform engagements.

Operational Control Workspace

Switch between modules, pipelines, deployment guardrails, and GitOps consoles without losing context across revenue operations.

Revenue Intelligence Modules

Activate deterministic AI agents for forecasting, experimentation, offer orchestration, and acquisition. Combine modules to assemble revenue-maximizing playbooks.

Generate AI Growth Sprint

Choose active modules above, define your outcome, and produce a GitOps-ready execution plan.

Select modules and describe your outcome to generate a deployment-ready sprint plan.
`; publicOfferClipboard = `${headline}\n${shareUrl}\nChannel: ${channelLabel}\nPromise: ${promise}\nConnectors: ${connectorsLine}\n${repoLine}`; publicOfferOutput.innerHTML = ` ${headline}

${promise}

Channel: ${channelLabel}

Share URL: ${shareUrl}

Embed: ${embedCode.replace(//g, '>')}

${repoLine}

Active connectors: ${connectorsLine}

`; if (flash) { flashElement(publicOfferOutput); } localStorage.setItem('aiBrainPublicOffer', JSON.stringify({ slug: slugValue, headline, channel, promise })); } function handleGeneratePublicOffer() { updatePublicOfferPreview(true); } async function copyPublicOfferLink() { if (!publicOfferClipboard) return; if (!copyPublicOffer) return; try { await navigator.clipboard.writeText(publicOfferClipboard); copyPublicOffer.textContent = 'Copied!'; } catch (error) { copyPublicOffer.textContent = 'Copy unavailable'; } setTimeout(() => { if (copyPublicOffer) { copyPublicOffer.textContent = 'Copy Share Link'; } }, 2000); } function seedCloseDate() { if (!closeDateInput || closeDateInput.value) return; const future = new Date(); future.setDate(future.getDate() + 45); closeDateInput.value = future.toISOString().split('T')[0]; } function loadStoredOffer() { if (!storedOffer || !publicOfferForm) return; if (storedOffer.slug && offerSlugInput) offerSlugInput.value = storedOffer.slug; if (storedOffer.headline && offerHeadlineInput) offerHeadlineInput.value = storedOffer.headline; if (storedOffer.channel && offerChannelInput) offerChannelInput.value = storedOffer.channel; if (storedOffer.promise && offerPromiseInput) offerPromiseInput.value = storedOffer.promise; } async function copyPaywallBrief() { if (!paywallPlanText) return; if (!copyPaywallPlan) return; try { await navigator.clipboard.writeText(paywallPlanText); copyPaywallPlan.textContent = 'Copied!'; } catch (error) { copyPaywallPlan.textContent = 'Copy unavailable'; } setTimeout(() => { copyPaywallPlan.textContent = 'Copy Monetization Brief'; }, 2000); } function initEntrywayInteractions() { if (!entrywayGrid) return; entrywayGrid.addEventListener('click', event => { const trigger = event.target.closest('button[data-entryway]'); if (!trigger) return; const entryway = entryways.find(item => item.id === trigger.dataset.entryway); if (entryway) { setActiveEntryway(entryway); if (paywallForm) { window.scrollTo({ top: paywallForm.offsetTop - 120, behavior: 'smooth' }); } } }); } function initPaywallForm() { if (!paywallForm) return; paywallForm.addEventListener('input', event => { if (['paywallPrice', 'paywallConversion', 'paywallAudience', 'paywallTier', 'paywallFeatures'].includes(event.target.id)) { updatePaywallSummary(); } }); if (simulatePaywall) { simulatePaywall.addEventListener('click', () => updatePaywallSummary(true)); } if (copyPaywallPlan) { copyPaywallPlan.addEventListener('click', copyPaywallBrief); } } function activateTab(targetId) { if (!targetId) return; tabButtons.forEach(button => { const isActive = button.dataset.target === targetId; button.classList.toggle('active', isActive); button.setAttribute('aria-selected', isActive ? 'true' : 'false'); }); tabPanels.forEach(panel => { const match = panel.id === targetId; if (match) { panel.removeAttribute('hidden'); panel.classList.add('active'); } else { panel.setAttribute('hidden', ''); panel.classList.remove('active'); } }); } function initTabs() { if (!tabButtons.length) return; tabButtons.forEach(button => { button.addEventListener('click', () => { const targetId = button.dataset.target; activateTab(targetId); const panel = document.getElementById(targetId); if (panel) { window.scrollTo({ top: panel.offsetTop - 90, behavior: 'smooth' }); } }); }); const hashTarget = window.location.hash.replace('#', ''); if (['modules', 'pipelines', 'deployment', 'console'].includes(hashTarget)) { activateTab(hashTarget); } else { activateTab('modules'); } } function renderModules() { modulesBoard.innerHTML = ''; modules.forEach(module => { const card = document.createElement('article'); card.className = 'module-card'; card.setAttribute('role', 'listitem'); card.innerHTML = `

${module.title}

${module.description}

${module.tags.map(tag => `${tag}`).join('')}
${module.cycle}
${module.impact} `; modulesBoard.appendChild(card); }); } function renderPipelineTimeline() { pipelineTimeline.innerHTML = ''; pipelineSteps.forEach(item => { const step = document.createElement('div'); step.className = 'timeline-step'; step.dataset.step = item.step; step.innerHTML = `${item.title}

${item.detail}

`; pipelineTimeline.appendChild(step); }); } function renderDeploymentGrid() { deploymentGrid.innerHTML = ''; deployments.forEach(item => { const card = document.createElement('article'); card.className = 'module-card'; card.innerHTML = `

${item.title}

${item.copy}

`; deploymentGrid.appendChild(card); }); } function animateMetrics() { metricCards.forEach(card => { const target = parseFloat(card.dataset.target); let current = 0; const isSeconds = card.textContent.endsWith('s'); const duration = 1500; const start = performance.now(); function update(now) { const progress = Math.min((now - start) / duration, 1); current = target * progress; card.textContent = isSeconds ? `${current.toFixed(1)}s` : `${Math.round(current)}%`; if (progress < 1) requestAnimationFrame(update); } requestAnimationFrame(update); }); } function drawCharts() { const arrCtx = arrChartCanvas.getContext('2d'); const conversionCtx = conversionChartCanvas.getContext('2d'); function drawGradient(ctx, width, height, startColor, endColor) { const gradient = ctx.createLinearGradient(0, 0, width, height); gradient.addColorStop(0, startColor); gradient.addColorStop(1, endColor); return gradient; } function renderLine(ctx, data, color) { const width = ctx.canvas.width; const height = ctx.canvas.height; ctx.clearRect(0, 0, width, height); ctx.lineWidth = 2.4; ctx.strokeStyle = color; ctx.beginPath(); const padding = 28; const innerWidth = width - padding * 2; const innerHeight = height - padding * 2; const max = Math.max(...data); const min = Math.min(...data); data.forEach((point, index) => { const x = padding + (innerWidth / (data.length - 1)) * index; const y = padding + innerHeight - ((point - min) / (max - min || 1)) * innerHeight; if (index === 0) { ctx.moveTo(x, y); } else { ctx.lineTo(x, y); } }); ctx.stroke(); ctx.fillStyle = drawGradient(ctx, width, height, color + '33', 'transparent'); ctx.lineTo(padding + innerWidth, height - padding); ctx.lineTo(padding, height - padding); ctx.closePath(); ctx.fill(); } const arrData = [1.2, 1.5, 1.75, 1.9, 2.3, 2.8, 3.4]; const conversionData = [2.1, 2.4, 2.6, 3.1, 3.5, 3.9, 4.2]; renderLine(arrCtx, arrData, '#6366f1'); renderLine(conversionCtx, conversionData, '#f97316'); } function handleModuleToggle(button) { const moduleId = button.dataset.module; if (activeModules.has(moduleId)) { activeModules.delete(moduleId); button.textContent = 'Activate'; button.closest('.module-card').classList.remove('active'); } else { activeModules.add(moduleId); button.textContent = 'Active'; button.closest('.module-card').classList.add('active'); } } function generatePlan(event) { event.preventDefault(); if (!connectedRepo) { planOutput.textContent = 'Connect the AI_Brain repository first to scope automation and deployment targets.'; return; } if (!activeModules.size) { planOutput.textContent = 'Activate at least one module to construct an execution blueprint.'; return; } const objective = objectiveInput.value.trim() || 'Drive net-new revenue expansion'; const kpi = kpiInput.value.trim() || 'Increase ARR by 15%'; const context = contextInput.value.trim() || 'Standard guardrails with compliance-first review process.'; const selectedModules = modules.filter(module => activeModules.has(module.id)); const steps = selectedModules.map((module, index) => { return `${index + 1}. ${module.title}: ${module.description}`; }).join('\n'); const timestamp = new Date().toLocaleString(); planOutput.textContent = `AI Revenue Sprint • ${timestamp}\nRepository: ${connectedRepo.url} (${connectedRepo.branch})\nObjective: ${objective}\nPrimary KPI: ${kpi}\nGuardrails: ${context}\n\nExecution Steps:\n${steps}\n\nGitOps Instructions:\n- Create feature branch: feature/revenue-${Date.now().toString(36)}\n- Commit automation manifests & analytics notebooks\n- Open PR with statistical QA summary\n- Trigger deployment pipeline in ${connectedRepo.region}`; } async function copyPlanToClipboard() { const text = planOutput.textContent.trim(); if (!text) return; try { await navigator.clipboard.writeText(text); copyPlan.textContent = 'Copied!'; setTimeout(() => copyPlan.textContent = 'Copy to Clipboard', 2000); } catch (error) { copyPlan.textContent = 'Copy not available'; setTimeout(() => copyPlan.textContent = 'Copy to Clipboard', 2000); } } function clearPlanOutput() { planOutput.textContent = 'Select modules and describe your outcome to generate a deployment-ready sprint plan.'; objectiveInput.value = ''; kpiInput.value = ''; contextInput.value = ''; } function logToConsole(lines) { consoleLines.push(...lines); if (consoleLines.length > 120) { consoleLines = consoleLines.slice(-120); } consoleLog.innerHTML = consoleLines.map(line => `
${line}
`).join(''); consoleLog.scrollTop = consoleLog.scrollHeight; } function executeCommand(event) { event.preventDefault(); if (!connectedRepo) { logToConsole(['system: Connect the AI_Brain repository before executing commands.']); return; } const routine = commandType.value; const intensityMode = intensity.value; const noteText = notes.value.trim(); const id = Math.random().toString(36).slice(2, 8); const start = new Date().toLocaleTimeString(); logToConsole([ `${start} • Routine ${routine} (${intensityMode}) initiated for ${connectedRepo.name}.`] ); setTimeout(() => { logToConsole([ `${new Date().toLocaleTimeString()} • Running containerized agents...`, `${new Date().toLocaleTimeString()} • Git fetch origin/${connectedRepo.branch} ✓` ]); }, 450); setTimeout(() => { const actions = { sync: 'Repository analytics complete, 0 drifts detected.', forecast: 'Forecast notebooks updated, Monte Carlo variance within guardrails.', experiment: 'Experiment templates generated, sequential testing enabled.', deploy: 'Production deployment dry-run succeeded, awaiting approval.' }; logToConsole([ `${new Date().toLocaleTimeString()} • ${actions[routine]}`, noteText ? `note • ${noteText}` : '' ].filter(Boolean)); }, 1200); setTimeout(() => { logToConsole([`${new Date().toLocaleTimeString()} • Routine ${routine} completed • run-id ${id}`]); }, 1900); } function clearConsoleLog() { consoleLines = []; consoleLog.innerHTML = ''; } function simulateSync() { if (!connectedRepo) return; syncButton.disabled = true; syncButton.innerHTML = '… Syncing...'; setTimeout(() => { syncCount += 1; const timestamp = new Date().toLocaleString(); connectedRepo.lastSync = timestamp; localStorage.setItem('aiBrainRepo', JSON.stringify(connectedRepo)); localStorage.setItem('aiBrainSyncCount', syncCount.toString()); updateConnectionUI(); logToConsole([`${timestamp} • Repository synced successfully.`]); }, 1200); } function initModulesInteractions() { modulesBoard.addEventListener('click', event => { if (event.target.matches('button[data-module]')) { handleModuleToggle(event.target); } }); } function handleLaunchSetup() { const offset = document.getElementById('repository').offsetTop - 70; window.scrollTo({ top: offset, behavior: 'smooth' }); } function handleViewDocs() { const docLines = [ 'Integration Steps:', '1. Fork AI_Brain or connect via GitHub App.', '2. Run ./scripts/bootstrap_revenue_brain.sh', '3. Configure env vars: STRIPE_KEY, CRM_TOKEN, AD_PLATFORM_KEYS', '4. Push changes and open PR; CI enforces statistical QA gates.', '5. Merge to deploy via infra/revenue-brain.yaml' ]; alert(docLines.join('\n')); } function rotateDynamicCopy() { const messages = [ 'Strategize, orchestrate, and automate high-performing growth systems—powered by deterministic math/ML reasoning and full GitOps discipline.', 'Quantify revenue lift with Bayesian forecasts and AI agents that merge through your AI_Brain repo automatically.', 'Automate cross-channel marketing, pricing, and RevOps workflows with reproducible Git-tracked intelligence.' ]; let index = 0; setInterval(() => { index = (index + 1) % messages.length; dynamicCopy.style.opacity = 0; setTimeout(() => { dynamicCopy.textContent = messages[index]; dynamicCopy.style.opacity = 1; }, 250); }, 6000); } function handleNavHighlight() { const nav = document.querySelector('nav'); const navLinks = document.querySelectorAll('.nav-links a'); const sections = [...navLinks].map(link => document.querySelector(link.getAttribute('href'))); function onScroll() { if (window.scrollY > 80) { nav.classList.add('scrolled'); } else { nav.classList.remove('scrolled'); } const scrollPos = window.scrollY + 120; sections.forEach((section, index) => { if (!section) return; const top = section.offsetTop; const bottom = top + section.offsetHeight; const link = navLinks[index]; if (scrollPos >= top && scrollPos < bottom) { link.classList.add('active'); } else { link.classList.remove('active'); } }); } window.addEventListener('scroll', onScroll, { passive: true }); onScroll(); } function initNavLinkClicks() { document.querySelectorAll('.nav-links a').forEach(link => { link.addEventListener('click', event => { event.preventDefault(); const hash = link.getAttribute('href').replace('#', ''); if (['modules', 'pipelines', 'deployment', 'console'].includes(hash)) { activateTab(hash); } const target = document.getElementById(hash) || document.querySelector(link.getAttribute('href')); if (target) { window.scrollTo({ top: target.offsetTop - 70, behavior: 'smooth' }); } }); }); } function initFormHandlers() { repoForm.addEventListener('submit', event => { event.preventDefault(); const url = repoForm.repoUrl.value.trim(); const branch = repoForm.branch.value.trim(); if (!url || !branch) return; const region = repoForm.deployRegion.value; const runtime = repoForm.runtime.value; connectedRepo = { url, branch, region, runtime, name: url.split('/').slice(-1)[0] || 'AI_Brain' }; localStorage.setItem('aiBrainRepo', JSON.stringify(connectedRepo)); updateConnectionUI(); logToConsole([`${new Date().toLocaleTimeString()} • Repository ${connectedRepo.url} connected.`]); }); planForm.addEventListener('submit', generatePlan); clearPlan.addEventListener('click', clearPlanOutput); copyPlan.addEventListener('click', copyPlanToClipboard); commandForm.addEventListener('submit', executeCommand); clearConsole.addEventListener('click', clearConsoleLog); syncButton.addEventListener('click', simulateSync); launchSetup.addEventListener('click', handleLaunchSetup); viewDocs.addEventListener('click', handleViewDocs); if (investmentForm) { const refreshSyndicate = event => updateSyndicateSummary(event.type === 'change'); investmentForm.addEventListener('input', refreshSyndicate); investmentForm.addEventListener('change', refreshSyndicate); } if (publicOfferForm) { publicOfferForm.addEventListener('input', () => updatePublicOfferPreview()); } if (generatePublicOffer) { generatePublicOffer.addEventListener('click', handleGeneratePublicOffer); } if (copyPublicOffer) { copyPublicOffer.addEventListener('click', copyPublicOfferLink); } } function bootstrap() { seedCloseDate(); loadStoredOffer(); renderConnectors(); renderEntryways(); renderModules(); renderPipelineTimeline(); renderDeploymentGrid(); renderInvestors(); updateConnectionUI(); initEntrywayInteractions(); initConnectorInteractions(); initPaywallForm(); initTabs(); animateMetrics(); drawCharts(); initModulesInteractions(); rotateDynamicCopy(); handleNavHighlight(); initNavLinkClicks(); initFormHandlers(); updateConnectorSummary(); updateSyndicateSummary(); updatePublicOfferPreview(); updatePaywallSummary(); simulateInvestorPulse(); } window.addEventListener('load', bootstrap);