24/7 Lead Nurture Sequences with OpenClaw: Build an Always-On Follow-Up System [2026]

February 10, 2026 · 8 min read

Content Team, marketbetter.ai

Your leads don't sleep. Neither should your follow-up.

The average B2B buyer needs 8-12 touches before they're ready to talk to sales. But here's the problem: your SDR team works 8 hours a day, 5 days a week. That's 40 hours out of 168.

76% of the week, your leads are getting zero attention.

OpenClaw changes this. It's a free, self-hosted gateway that runs AI agents 24/7 with memory, scheduling, and multi-channel reach. Here's how to build lead nurture sequences that never stop working.

24/7 lead nurture automation cycle showing email touchpoints, engagement checks, and branching logic

Why Traditional Sequences Fail

Before building the solution, let's understand what's broken:

The "Set and Forget" Problem

Most email sequences are dumb pipes:

Day 1: Send email A
Day 3: Send email B
Day 7: Send email C

No awareness of:

Did they open previous emails?
Did they visit your website?
Did they engage on LinkedIn?
Did their company just raise funding?
Is their competitor in the news?

The Personalization Paradox

Generic sequences get ignored. But truly personalized sequences at scale require:

Research time per lead (15-30 minutes)
Customization time per email (5-10 minutes)
Monitoring for engagement signals
Adjusting based on response

That math doesn't work for SDR teams handling 200+ leads.

The Timing Trap

Your sequence says "send at 9 AM" but:

The lead is in a different time zone
They're in meetings all morning
They check email at 6 AM before the chaos starts
They're on PTO this week

Static timing = missed opportunities.

The OpenClaw Nurture Architecture

Here's what we're building:

Lead Enters Sequence → OpenClaw Agent → Intelligent Nurture
                            ↓
                    [Continuously monitors:]
                    - Email engagement
                    - Website visits
                    - Social activity
                    - Intent signals
                    - Competitor moves
                            ↓
                    [Adapts:]
                    - Message content
                    - Send timing
                    - Channel selection
                    - Escalation triggers

Lead nurture branching logic showing different paths based on engagement signals

Setting Up Your Nurture Agent

Step 1: Install OpenClaw

npm install -g @anthropic/openclaw
openclaw init

OpenClaw provides:

Persistent memory - Your agent remembers every interaction
Cron scheduling - Trigger actions at any time
Multi-channel - Email, Slack, WhatsApp, SMS
Browser control - Monitor websites, scrape signals
Free & self-hosted - No per-seat pricing

Step 2: Define Your Nurture Sequences

Create a sequence configuration:

# sequences/inbound-demo-request.yml
name: "Inbound Demo Request"
trigger: "demo_request_form"
duration: 21 # days

stages:
  - name: "immediate_response"
    timing: "+5m"  # 5 minutes after trigger
    channel: "email"
    template: "demo_confirmation"
    
  - name: "value_add_1"
    timing: "+2d"
    channel: "email"
    template: "case_study_relevant"
    condition: "not:demo_scheduled"
    
  - name: "social_touch"
    timing: "+3d"
    channel: "linkedin"
    action: "view_profile"
    condition: "email_opened:value_add_1"
    
  - name: "breakup_soft"
    timing: "+7d"
    channel: "email"
    template: "still_interested"
    condition: "not:replied AND not:demo_scheduled"
    
  - name: "final_attempt"
    timing: "+14d"
    channel: "email"
    template: "breakup"
    condition: "not:any_engagement"

escalation:
  - trigger: "pricing_page_visit"
    action: "alert_sdr"
    priority: "high"
    
  - trigger: "competitor_mention"
    action: "send_comparison"
    
  - trigger: "reply_received"
    action: "pause_sequence"

Step 3: Build the Nurture Agent

// agents/nurture-agent.js
const { OpenClaw } = require('@anthropic/openclaw');

const nurtureAgent = new OpenClaw.Agent({
  name: 'NurtureBot',
  memory: 'persistent',
  
  async onNewLead(lead) {
    // Store lead context
    await this.memory.set(`lead:${lead.id}`, {
      company: lead.company,
      role: lead.role,
      source: lead.source,
      entered_sequence: new Date(),
      engagement: []
    });
    
    // Start appropriate sequence
    const sequence = this.selectSequence(lead);
    await this.startSequence(lead.id, sequence);
  },
  
  async onEngagementSignal(leadId, signal) {
    // Update lead context
    const lead = await this.memory.get(`lead:${leadId}`);
    lead.engagement.push({
      type: signal.type,
      timestamp: new Date(),
      details: signal.details
    });
    await this.memory.set(`lead:${leadId}`, lead);
    
    // Check for escalation triggers
    await this.checkEscalations(leadId, signal);
    
    // Adapt sequence if needed
    await this.adaptSequence(leadId, signal);
  },
  
  selectSequence(lead) {
    if (lead.source === 'demo_request') return 'inbound-demo-request';
    if (lead.source === 'content_download') return 'content-nurture';
    if (lead.source === 'website_visit') return 'awareness-nurture';
    return 'general-nurture';
  },
  
  async adaptSequence(leadId, signal) {
    const lead = await this.memory.get(`lead:${leadId}`);
    
    // High engagement → accelerate
    if (this.isHighEngagement(lead.engagement)) {
      await this.accelerateSequence(leadId);
    }
    
    // No engagement → adjust channel
    if (this.isLowEngagement(lead.engagement)) {
      await this.tryAlternateChannel(leadId);
    }
    
    // Competitor research → send battlecard
    if (signal.type === 'competitor_page_visit') {
      await this.injectCompetitorResponse(leadId, signal.competitor);
    }
  }
});

Step 4: Configure Intelligent Timing

// Optimal send time calculation
async function calculateOptimalSendTime(lead) {
  const timezone = await detectTimezone(lead.company);
  const historicalOpens = await getHistoricalEngagement(lead.industry);
  const calendarBusyness = await estimateScheduleBusyness(lead.role);
  
  // Base: business hours in their timezone
  let optimalHour = historicalOpens.peakHour || 9;
  
  // Adjust for role patterns
  if (lead.role.includes('CEO') || lead.role.includes('Founder')) {
    optimalHour = 6; // Executives check email early
  }
  if (lead.role.includes('Engineer') || lead.role.includes('Developer')) {
    optimalHour = 10; // After morning standup
  }
  
  // Avoid meeting-heavy times
  if (calendarBusyness[optimalHour] > 0.7) {
    optimalHour = findLowBusynessHour(calendarBusyness);
  }
  
  return convertToTimezone(optimalHour, timezone);
}

Personalization at Scale

Dynamic Content Generation

OpenClaw agents can generate personalized content for each lead:

async function generateNurtureEmail(lead, stage) {
  const context = await gatherLeadContext(lead);
  
  const prompt = `
    Generate a nurture email for:
    - Company: ${context.company}
    - Role: ${context.role}
    - Industry: ${context.industry}
    - Recent activity: ${context.recentActivity}
    - Sequence stage: ${stage.name}
    
    Previous emails sent:
    ${context.previousEmails.map(e => `- ${e.subject}: ${e.opened ? 'Opened' : 'Not opened'}`).join('\n')}
    
    Requirements:
    - 50-100 words
    - One clear CTA
    - Reference something specific to their situation
    - Don't repeat angles from previous emails
    - Match their communication style (formal/casual based on industry)
  `;
  
  return await claude.generate(prompt);
}

Context Gathering

The agent continuously gathers signals:

async function gatherLeadContext(lead) {
  return {
    // Company research
    company: await fetchCompanyInfo(lead.company),
    recentNews: await searchNews(lead.company, { days: 30 }),
    funding: await checkFundingEvents(lead.company),
    hiring: await checkJobPostings(lead.company),
    
    // Person research
    linkedin: await fetchLinkedInProfile(lead.email),
    publications: await searchPublications(lead.name),
    socialActivity: await monitorSocialMentions(lead.name),
    
    // Engagement data
    emailHistory: await getEmailHistory(lead.id),
    websiteVisits: await getWebsiteVisits(lead.email),
    contentDownloads: await getContentDownloads(lead.email),
    
    // Competitive intel
    competitorMentions: await checkCompetitorActivity(lead.company)
  };
}

Multi-Channel Orchestration

Channel Selection Logic

async function selectChannel(lead, stage) {
  const channels = {
    email: await getEmailDeliverability(lead.email),
    linkedin: await getLinkedInConnectivity(lead),
    phone: await getPhoneViability(lead.phone),
    sms: await getSmsConsent(lead)
  };
  
  // Primary channel preference
  if (stage.channel && channels[stage.channel].viable) {
    return stage.channel;
  }
  
  // Fallback based on engagement
  if (channels.email.opens < 0.1) {
    // Low email engagement → try LinkedIn
    if (channels.linkedin.connected) return 'linkedin';
    if (channels.linkedin.canConnect) return 'linkedin_request';
  }
  
  // High intent → phone
  if (lead.intentScore > 80 && channels.phone.viable) {
    return 'phone';
  }
  
  return 'email'; // Default
}

Coordinated Touches

// Avoid overwhelming the lead
async function scheduleCoordinatedTouch(lead, channel, content) {
  const recentTouches = await getTouchesInWindow(lead.id, { days: 3 });
  
  // Max 2 touches per 3-day window
  if (recentTouches.length >= 2) {
    return scheduleForLater(lead.id, channel, content, { days: 2 });
  }
  
  // Avoid same-channel back-to-back
  const lastTouch = recentTouches[recentTouches.length - 1];
  if (lastTouch?.channel === channel) {
    return scheduleWithChannelSwitch(lead.id, content);
  }
  
  // Good to send
  return sendNow(lead.id, channel, content);
}

Escalation & Handoff

Intent Signal Detection

const escalationRules = [
  {
    signal: 'pricing_page_visit',
    action: 'alert_sdr',
    message: '🔥 Hot lead alert: ${lead.company} viewing pricing',
    priority: 'immediate'
  },
  {
    signal: 'demo_video_watched',
    condition: 'watched > 50%',
    action: 'schedule_sdr_call',
    message: 'Demo video engagement - time to reach out'
  },
  {
    signal: 'competitor_comparison_view',
    action: 'send_battlecard',
    followUp: 'sdr_call_in_24h'
  },
  {
    signal: 'multiple_stakeholders',
    condition: 'unique_visitors >= 3',
    action: 'alert_sdr',
    message: 'Buying committee forming at ${lead.company}'
  },
  {
    signal: 'reply_positive',
    action: 'pause_sequence',
    handoff: 'sdr_immediate'
  }
];

Smooth SDR Handoff

async function handoffToSDR(lead, trigger) {
  // Compile complete context
  const briefing = await generateSDRBriefing(lead);
  
  // Alert via Slack
  await slack.send({
    channel: '#sdr-alerts',
    blocks: [
      {
        type: 'header',
        text: '🎯 Lead Ready for Human Touch'
      },
      {
        type: 'section',
        text: `*${lead.company}* - ${lead.name}\n*Trigger:* ${trigger}`
      },
      {
        type: 'section',
        text: `*Briefing:*\n${briefing.summary}`
      },
      {
        type: 'context',
        text: `Emails sent: ${briefing.emailCount} | Opens: ${briefing.opens} | Last activity: ${briefing.lastActivity}`
      }
    ]
  });
  
  // Assign in CRM
  await crm.assignLead(lead.id, await selectAvailableSDR());
  
  // Pause automation
  await pauseSequence(lead.id);
}

Monitoring Your Sequences

Key Metrics Dashboard

Metric	Target	Alert Threshold
Sequence completion rate	85%+	< 70%
Average touches to conversion	6-8	> 12
Email open rate	30%+	< 15%
Reply rate	5%+	< 2%
Escalation-to-meeting rate	40%+	< 25%
Time to first response	< 5 min	> 30 min

Continuous Optimization

// Weekly sequence optimization
cron.schedule('0 9 * * MON', async () => {
  const metrics = await analyzeSequencePerformance({ weeks: 4 });
  
  for (const sequence of metrics.sequences) {
    // Identify underperforming stages
    const weakStages = sequence.stages.filter(s => s.engagement < 0.15);
    
    for (const stage of weakStages) {
      // Generate improved variant
      const improvement = await generateImprovedStage(stage);
      await createABTest(sequence.id, stage.id, improvement);
    }
  }
  
  // Report to Slack
  await slack.send('#marketing-ops', formatOptimizationReport(metrics));
});

Results to Expect

Teams running OpenClaw nurture sequences typically see:

Metric	Before	After	Impact
Lead response rate	8%	23%	3x improvement
Touches to meeting	14	7	50% fewer
SDR time per lead	45 min	8 min	82% saved
After-hours conversions	5%	18%	3.6x more
Sequence completion	34%	78%	2.3x higher

The key insight: humans are better at closing deals. Let AI handle the 90% of nurture that's about persistence and timing.

Getting Started

Audit your current sequences - What's the completion rate? Where do leads drop off?
Define your escalation triggers - What signals indicate buying intent?
Start with one high-volume sequence - Inbound demo requests are perfect
Run parallel with manual - Compare AI vs. human performance
Expand based on results - Roll out to all sequences once proven

Ready to build always-on lead nurture? Book a demo to see how MarketBetter handles intelligent follow-up at scale.

Related reading:

Why Traditional Sequences Fail​

The "Set and Forget" Problem​

The Personalization Paradox​

The Timing Trap​

The OpenClaw Nurture Architecture​

Setting Up Your Nurture Agent​

Step 1: Install OpenClaw​

Step 2: Define Your Nurture Sequences​

Step 3: Build the Nurture Agent​

Step 4: Configure Intelligent Timing​

Personalization at Scale​

Dynamic Content Generation​

Context Gathering​

Multi-Channel Orchestration​

Channel Selection Logic​

Coordinated Touches​

Escalation & Handoff​

Intent Signal Detection​

Smooth SDR Handoff​

Monitoring Your Sequences​

Key Metrics Dashboard​

Continuous Optimization​

Results to Expect​

Getting Started​