From daffy0208-ai-dev-standards
Build scalable customer support systems including help centers, chatbots, ticketing systems, and self-service knowledge bases. Use when designing support infrastructure, reducing support load, improving customer satisfaction, or scaling support without linear hiring.
npx claudepluginhub joshuarweaver/cascade-content-creation-misc-1 --plugin daffy0208-ai-dev-standardsThis skill uses the workspace's default tool permissions.
Build scalable customer support systems that grow with your product without requiring linear hiring increases.
Creates isolated Git worktrees for feature branches with prioritized directory selection, gitignore safety checks, auto project setup for Node/Python/Rust/Go, and baseline verification.
Executes implementation plans in current session by dispatching fresh subagents per independent task, with two-stage reviews: spec compliance then code quality.
Dispatches parallel agents to independently tackle 2+ tasks like separate test failures or subsystems without shared state or dependencies.
Build scalable customer support systems that grow with your product without requiring linear hiring increases.
Support should scale sub-linearly with users. As you grow from 100 to 10,000 users, support volume shouldn't increase 100x. Good self-service systems can keep support needs growing at only 10-20x while user base grows 100x.
Help Center
├── Getting Started
│ ├── Quick Start Guide (< 5 min)
│ ├── Account Setup
│ └── First Steps Tutorial
├── Core Features
│ ├── Feature A Guide
│ ├── Feature B Guide
│ └── Feature C Guide
├── Troubleshooting
│ ├── Common Errors
│ ├── Performance Issues
│ └── Integration Problems
├── Account & Billing
│ ├── Pricing Plans
│ ├── Billing Issues
│ └── Account Management
└── API & Integrations
├── API Documentation
├── Webhooks
└── Integration Guides
# [Clear, Searchable Title]
**Time to complete**: 3 minutes
**Difficulty**: Beginner/Intermediate/Advanced
## Problem
One-sentence description of what this solves.
## Solution
Step-by-step instructions with screenshots.
1. **Step 1**: Clear action
- Screenshot/GIF
- Expected result
2. **Step 2**: Next action
- Screenshot/GIF
- Expected result
## Troubleshooting
- Problem: X → Solution: Y
- Problem: A → Solution: B
## Related Articles
- [Article 1](#)
- [Article 2](#)
Setup:
Primary: support@company.com
Routing:
- billing@company.com → Billing team
- api@company.com → Engineering
- hello@company.com → General inquiries
SLA:
- Critical: 2 hours
- High: 8 hours
- Normal: 24 hours
- Low: 48 hours
Email Templates:
# Welcome Email
Subject: Welcome to [Product]! Here's how to get started
Hi [Name],
Welcome! Here's what to do first:
1. Complete setup: [Link]
2. Try this tutorial: [Link]
3. Join our community: [Link]
Need help? Reply to this email or check our help center: [Link]
[Your Name]
# Issue Resolved
Subject: [Ticket #123] Resolved - [Issue Title]
Hi [Name],
Good news! Your issue is resolved.
**What we did**:
[Clear explanation]
**What you should see**:
[Expected result]
**If the problem returns**:
[Troubleshooting steps]
Was this helpful? [Yes] [No]
[Your Name]
In-App Chat Widget:
// Intercom, Drift, Crisp example
<script>
window.intercomSettings = {
app_id: "YOUR_APP_ID",
// Custom attributes
email: user.email,
user_id: user.id,
created_at: user.createdAt,
plan: user.plan,
// Show relevant help articles
help_center: {
search_enabled: true
}
};
</script>
Chat SLA:
Decision Tree:
User message →
├── Can answer with KB article? → Send article
├── Simple factual question? → AI answers
├── Complex issue? → Route to human
└── Angry/escalated? → Priority human routing
Implementation:
def handle_support_message(message, user_context):
# 1. Search knowledge base
kb_results = search_kb(message, top_k=3)
if kb_results[0].score > 0.85:
return {
'type': 'article',
'article': kb_results[0],
'confidence': 'high'
}
# 2. Try AI response with context
ai_response = generate_response(
message=message,
kb_context=kb_results,
user_history=user_context
)
if ai_response.confidence > 0.8:
return {
'type': 'ai_response',
'response': ai_response.text,
'sources': kb_results
}
# 3. Route to human
return {
'type': 'human_handoff',
'priority': calculate_priority(message, user_context),
'suggested_agent': route_to_specialist(message)
}
interface Ticket {
id: string
status: 'new' | 'open' | 'pending' | 'resolved' | 'closed'
priority: 'low' | 'normal' | 'high' | 'critical'
category: string // 'billing', 'technical', 'feature', etc.
subject: string
description: string
requester: User
assignee?: Agent
tags: string[]
created_at: Date
updated_at: Date
resolved_at?: Date
first_response_at?: Date
satisfaction_rating?: 1 | 2 | 3 | 4 | 5
}
Routing Rules:
- Condition: subject contains "billing" OR "payment"
Action: Assign to billing-team
Priority: high
- Condition: user.plan == "enterprise"
Action: Assign to enterprise-team
Priority: high
SLA: 2 hours
- Condition: subject contains "API" OR "webhook"
Action: Assign to engineering
Tag: 'api-issue'
- Condition: sentiment == "angry"
Action: Priority routing
Priority: critical
Notify: support-manager
New → Open → Pending → Resolved → Closed
↓ ↑
← Reopen ←
Status Definitions:
// Example: Connection troubleshooter
const troubleshooter = {
start: {
question: 'What problem are you experiencing?',
options: [
{ text: "Can't connect", next: 'check_connection' },
{ text: 'Slow performance', next: 'check_performance' },
{ text: 'Error message', next: 'check_error' }
]
},
check_connection: {
question: 'Can you access our website?',
options: [
{ text: 'Yes', next: 'browser_check' },
{ text: 'No', action: 'show_status_page' }
]
},
browser_check: {
question: 'Clear your browser cache and try again.',
options: [
{ text: 'It worked!', action: 'problem_solved' },
{ text: 'Still not working', action: 'contact_support' }
]
}
}
// Contextual help tooltips
const helpTooltips = {
'/dashboard': {
first_visit: {
title: 'Welcome to your dashboard!',
steps: [
'1. View your key metrics here',
"2. Click 'Add Widget' to customize",
'3. Need help? Click the ? icon'
]
}
},
'/settings/billing': {
always_show: {
payment_methods: 'We accept Visa, Mastercard, and AmEx',
billing_cycle: 'Changes take effect next billing cycle'
}
}
}
interface SupportMetrics {
// Response metrics
first_response_time: {
p50: number // median
p90: number // 90th percentile
p99: number
}
// Resolution metrics
avg_resolution_time: number
tickets_resolved_first_contact: number
// Volume metrics
tickets_created_today: number
tickets_open: number
tickets_overdue: number
// Quality metrics
customer_satisfaction_score: number // 1-5
net_promoter_score: number // -100 to 100
// Efficiency metrics
self_service_rate: number // % resolved without ticket
deflection_rate: number // % answered by KB/bot
cost_per_ticket: number
}
Excellent Support:
first_response_time_p90: '< 2 hours'
resolution_time_avg: '< 24 hours'
self_service_rate: '> 70%'
csat: '> 4.5/5'
nps: '> 50'
Good Support:
first_response_time_p90: '< 4 hours'
resolution_time_avg: '< 48 hours'
self_service_rate: '> 50%'
csat: '> 4.0/5'
nps: '> 30'
Support Organization (at scale):
Support Manager (1)
├── Knowledge Base Lead (1)
│ └── Technical Writers (2-3)
├── Chat Support (Tier 1) (5-10)
│ ├── Handle 80% of issues
│ └── Escalate complex cases
├── Email Support (Tier 2) (3-5)
│ ├── Handle escalations
│ └── Complex troubleshooting
└── Specialist Support (Tier 3) (2-3)
├── API/Technical issues
└── Enterprise customers
Rule of Thumb:
Better metric: Support load
Ticketing: Zendesk, Intercom, Help Scout, Freshdesk Knowledge Base: GitBook, Notion, Confluence, Document360 Chat: Intercom, Drift, Crisp Chatbot AI: OpenAI, Anthropic Claude, Dialogflow Community: Discourse, Circle, Slack/Discord Analytics: Mixpanel, Amplitude (for in-app behavior)
// Unified support API
class SupportSystem {
async createTicket(data) {
const ticket = await zendesk.createTicket(data)
await analytics.track('support_ticket_created', {
ticket_id: ticket.id,
category: data.category,
user_id: data.user_id
})
return ticket
}
async trackKBArticleView(article_id, user_id) {
await analytics.track('kb_article_viewed', {
article_id,
user_id
})
// If user doesn't create ticket after viewing,
// article was helpful (deflection)
}
}
// Monitor for patterns
async function detectPotentialIssues() {
// Error spike detection
const errorRate = await getErrorRate('last_hour')
if (errorRate > 2 * avgErrorRate) {
await notifySupport('Error spike detected')
await displayStatusMessage("We're investigating an issue...")
}
// User struggle detection
const strugglingUsers = await detectStrugglingUsers({
criteria: ['repeated_failed_actions', 'long_time_on_page', 'back_and_forth_clicks']
})
if (strugglingUsers.length > 0) {
await offerProactiveHelp(strugglingUsers)
}
}
interface CustomerHealth {
user_id: string
health_score: number // 0-100
signals: {
usage_frequency: 'increasing' | 'stable' | 'declining'
feature_adoption: number
support_tickets_recent: number
last_login: Date
payment_status: 'current' | 'overdue'
}
}
// Reach out proactively when health score drops
if (customer.health_score < 40) {
await sendProactiveOutreach({
type: 'check_in',
message: "Haven't seen you in a while. Need help with anything?"
})
}
❌ Building KB before having users: Write docs based on actual questions, not assumptions ❌ Over-automating too early: Humans learn patterns; automate after seeing 50+ tickets on same topic ❌ Poor search: If users can't find answers, they'll submit tickets ❌ No feedback loop: Track which articles users view before submitting tickets ❌ Ignoring mobile: 40% of users will access support on mobile
You have great support when: