Guides/How to Build Customer Journeys/Understanding B2B Customer Journey Management

Chapter 1

Understanding B2B Customer Journey Management

Why linear messaging automation fails product-led companies and what behavior-based journey building actually requires. This chapter covers the platform choice between marketing automation, developer-first tools, and cross-functional infrastructure. Explains how CDPs like Segment enable behavior-driven workflows and why omnichannel delivery matters beyond email.

How to Build Customer Journeys

Modern B2B customer journeys require infrastructure designed for product-led growth, not marketing automation platforms. Teams that treat journey orchestration as critical infrastructure serving developers, product managers, and marketers equally win in product-led growth environments.

B2B customer journey orchestration workflow diagram

Why B2B Customer Journey Management Matters

The B2B customer journey has fundamentally changed. Users jump between your product, documentation, support channels, and competitor sites. They ghost during trials, reappear months later, and expect you to remember their context. The companies winning aren't sending better email campaigns. They're treating customer journey management as critical infrastructure that coordinates responsive communication across every touchpoint.

When a trial user activates a key feature, your system needs to recognize that milestone and adjust their entire communication sequence. Generic "day 3" emails should stop. Escalation sequences for inactive trials shouldn't trigger. Instead, they receive messaging focused on the next activation milestone. This orchestration requires event-driven workflows that respond to what users actually do, not what your marketing calendar says they should do.

Research shows that 71% of consumers expect personalized interactions, and companies that get personalization right generate 40% more revenue than those that don't. The gap isn't data. Most B2B products track dozens of behavioral signals. The bottleneck is notification infrastructure. Marketing automation platforms weren't built to consume product events in real-time and trigger sophisticated workflows based on behavior. Customer data platforms collect all this information but need notification infrastructure to act on it.

The Platform Choice Facing B2B Teams

The decision isn't whether to build journey orchestration from scratch. The actual choice: do you adopt a marketing automation platform that handles product notifications as an afterthought, accept a developer-first tool that leaves your growth team dependent on engineering tickets, or find infrastructure that serves engineers, product managers, and marketers as equal stakeholders?

Marketing Automation Platforms

Braze and Iterable were designed for campaign managers running email programs. They excel at segmentation, A/B testing, and analytics dashboards. What they can't do well is respond to product usage events in real-time, orchestrate across 10+ communication channels beyond email, or handle conditional logic required for modern B2B journeys. Developers need to file requests for API access and wait for custom integration work.

Developer-First Platforms

Knock and Novu flip this dynamic. Engineers get comprehensive APIs, CLI workflows, and version control. They ship notification features as fast as product features. But growth teams can't iterate on messaging without Pull Requests and deployment cycles. Updating copy in a trial onboarding sequence requires engineering time.

Cross-Functional Infrastructure

Neither approach matches how modern B2B product teams operate. Product-led growth companies organize in cross-functional pods where engineers, product managers, and growth marketers collaborate daily. These teams need infrastructure serving all three personas simultaneously:

  • Engineers interact through comprehensive REST APIs, treating notifications as infrastructure they programmatically control
  • Product managers design journeys visually in workflow builders, configuring conditional logic without writing code
  • Growth marketers iterate on messaging through template designers, updating copy without engineering tickets

dual platform messages

Courier's architecture reflects this reality: a complete REST API with SDKs in seven languages alongside a visual Journeys designer for workflow orchestration with integrated template creation.

How Customer Data Platforms Enable Journey Intelligence

Customer Data Platforms create a unified source of truth about user behavior. Before CDPs, user data lived in silos: signup information in your database, product usage in analytics tools, support history in your helpdesk, marketing engagement in your email platform. Building journeys across these systems required custom integration work that broke every time APIs changed.

Twilio Segment and Courier architecture for customer journey management

Segment by Twilio solves this by collecting all customer data in one place and routing it to destinations you configure. Your application instruments Segment once, calling analytics.track() for behavioral events and analytics.identify() for profile updates. Segment forwards it to your data warehouse, analytics tool, and notification infrastructure.

The integration between Twilio Segment and Courier turns product behavior into journey intelligence without custom webhook handlers. Configure Segment as a destination, connect it to Courier, and behavioral events flow automatically. Your application calls analytics.track('feature_activated', {feature_name: 'advanced_reporting'}), Segment receives it, and Courier's journey builder can immediately trigger on that event.

This real-time event flow eliminates latency. Traditional platforms sync data nightly through batch processes. By the time data arrives, the moment has passed. The user who needed help during onboarding already churned.

For teams preferring open-source infrastructure, RudderStack provides similar capabilities with native Courier integration.

Omnichannel Solutions for Customer Journeys

Email alone can't carry modern B2B customer journeys. Your users don't live in their inbox. They're in your product, in Slack coordinating with teammates, checking push notifications on mobile, responding to SMS for urgent updates.

The channel matters for the message type:

  • Trial onboarding begins with email because users expect detailed setup instructions they can reference later
  • Feature activation updates work better as in-app notifications because users are already in your product
  • Urgent escalations justify SMS or push notifications
  • Team coordination happens in Slack and Microsoft Teams

onboarding workflow

Cross-channel coordination prevents getting the same notification multiple times. When someone completes an action in your product, they shouldn't receive an email reminder about that action. The journey system understands the action happened and adjusts delivery accordingly.

Courier orchestrates across 50+ providers spanning email (SendGrid, Postmark, Mailgun), SMS (Twilio, MessageBird, Telnyx), push notifications (Firebase, APNs, OneSignal), collaboration tools (Slack, Microsoft Teams), and chat platforms (WhatsApp, Discord, Stream Chat), plus in-app and inbox channels. The unified API accepts the same message format regardless of channel.

Essential Journey Builder Components

Production-ready B2B customer journey management requires specific capabilities working together.

Event-Driven Triggers

Event-driven triggers from product and CDP form the foundation. Marketing automation primarily triggers on time-based schedules or form submissions. Journey builders trigger on behavioral events flowing from your product. The trigger system consumes events in real-time with properties that provide context for conditional logic downstream.

Visual Journey Designer

Visual Journeys designer with drag-and-drop interface empowers non-technical users. The designer provides a canvas where you drag nodes representing triggers, delays, branches, data fetching, and channel sends. The visual representation makes complex journeys understandable to everyone on the team.

Branching and Conditional Logic

Branching and conditional logic handle the reality that users follow different paths. Branch nodes create decision points where the journey evaluates conditions and routes users accordingly.

Journey branching for conditional notification routing

Omnichannel Orchestration

Omnichannel orchestration coordinates delivery across email, SMS, push, in-app, Slack, Teams, and dozens of other channels from single workflow definitions. Courier's routing logic handles channel priority, fallback alternatives when primary channels fail, user preference filtering, and translation of message content to channel-specific formats.

Throttle Capabilities

Throttle capabilities control notification frequency to prevent overwhelming users. Configure throttle settings to limit how often journeys send to the same user.

Delays and Scheduling

Delays and scheduling provide time-based control within event-driven workflows. Delay for a duration like "3 days" or until a specific time like "9am in user's timezone." Combine delays with conditionals for adaptive timing.

Fetch Data from APIs

Fetch data from external APIs pulls contextual information into journeys exactly when you need it. Account health scores, current subscription status, recent support tickets, custom calculation results.

User Preference Management

User preference management respects how users want to be contacted. Topic-based opt-ins, channel preferences, and quiet hours. The journey system automatically filters delivery based on preferences.

Analytics and Observability

Analytics and observability answer questions about what's working. Which journey steps have high drop-off? Which conditional branches do most users follow? Which messages have high engagement?


Next chapter

Building Customer Journeys with Courier

Hands-on walkthrough of Courier's Journeys platform from Segment integration to production deployment. Covers trigger configuration, visual workflow design, conditional branching, delays, fetch data nodes, throttling, and channel-specific template creation within send nodes. Includes code examples and testing workflows.

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