/
Data engineering

How to Tackle Your Integration Backlog Without Burning Out Your Engineering Team

The integration backlog that feels like a burden today can become a strategic advantage tomorrow with the right approach. This article explores practical strategies to tackle your integration backlog without burning out your engineering team, and how modern approaches are transforming how mid-market companies handle system connectivity.

How to Tackle Your Integration Backlog Without Burning Out Your Engineering Team

Introduction

If you're an IT Director or VP of Engineering at a mid-market company, you likely have a growing integration backlog that keeps you up at night. Your team is spending precious time maintaining fragile custom integrations while new requests pile up. Meanwhile, the business demands more connectivity between systems, faster data flows, and better visibility across applications.

You're not alone. According to recent findings, technical teams spend an astonishing 30-50% of their time just maintaining existing integrations—time that could be spent on innovation and competitive differentiation. This article explores practical strategies to tackle your integration backlog without burning out your engineering team, and how modern approaches are transforming how mid-market companies handle system connectivity.

The Hidden Cost of Integration Backlogs

Engineering Resources Diverted from Innovation

The most obvious impact of an integration backlog is on your engineering resources. When your best engineers are spending half their time writing, fixing, and maintaining custom API integrations, that's half their time not spent on your core product or competitive differentiators.

As one Head of Engineering described it: "Our current custom integration is becoming impossible to maintain. Engineers are spending too much time fixing broken data flows instead of building features that matter to customers."

This diversion of talent creates several compounding problems:

  • Decreased developer satisfaction leading to higher turnover
  • Delayed product roadmaps as core feature work takes a backseat
  • Technical debt accumulation as quick fixes are prioritized over robust solutions
  • Knowledge silos when only one or two engineers understand critical integrations

For mid-market companies with lean technical teams (typically 5-15 engineers responsible for integrations), this resource drain is particularly acute. You can't afford to have your limited talent pool tied up in "plumbing" rather than building your competitive edge.

Business Impact: When Data Silos Hurt Growth

Beyond the engineering impact, integration backlogs directly affect business operations. When systems don't talk to each other efficiently, the consequences ripple throughout the organization:

  • Sales teams work with outdated customer information
  • Support lacks visibility into customer history
  • Finance can't reconcile data between systems
  • Operations suffers from delayed or inconsistent data

One particularly telling statistic: companies with significant data silos report 20-30% longer sales cycles and 15-25% lower customer satisfaction scores compared to peers with integrated systems.

For mid-market firms in growth mode, these inefficiencies can be the difference between hitting ambitious targets and stalling out. A RevOps leader for a logistics company put it bluntly: "We were making million-dollar decisions on data that was 24 hours out of date. That's not just inefficient—it's dangerous."

Common Integration Approaches and Their Limitations

The Build vs. Buy Dilemma

When facing an integration backlog, IT leaders typically consider three approaches:

1. Custom-Built Integrations

Pros:

  • Complete control over functionality
  • Ability to tailor to specific business needs
  • No ongoing licensing costs

Cons:

  • Requires 3-6+ months of engineering time per integration
  • Creates ongoing maintenance burden
  • Diverts senior developers from core product initiatives
  • High total cost of ownership when factoring in engineering time

2. Enterprise iPaaS Platforms (MuleSoft, Boomi, etc.)

Pros:

  • Broad connector ecosystem
  • Sophisticated capabilities for complex scenarios
  • Enterprise-grade reliability

Cons:

  • Complex implementation requiring specialized skills
  • High licensing costs (often six-figure annual commitments)
  • Significant configuration overhead
  • Overkill for many mid-market needs

3. Point Solutions (Heroku Connect, etc.)

Pros:

  • Solves specific integration needs effectively
  • Simpler implementation than full iPaaS
  • Lower initial cost

Cons:

  • Creates new silos as each integration needs its own tool
  • Limited flexibility as business needs evolve
  • Costs multiply as you add more point solutions

Each approach has merits, but for mid-market companies with growing integration backlogs and limited resources, none of these traditional options offers an ideal balance of capability, agility, and efficiency.

5 Strategies to Overcome Your Integration Backlog

1. Adopt a Triage Approach to Prioritization

Not all integrations are created equal. Start by categorizing your backlog:

  • Mission-Critical: Directly impacts revenue or core operations
  • High-Value: Delivers significant efficiency or insights
  • Nice-to-Have: Convenient but not essential

Then evaluate each integration against these criteria:

  • Implementation complexity
  • Maintenance burden
  • Business impact
  • User reach

This framework helps you make informed decisions about which integrations to tackle first, which to defer, and which might deserve alternative approaches.

For example, an integration between your CRM and ERP that affects order processing might be both high-impact and complex—making it a prime candidate for a robust, long-term solution rather than a quick fix.

2. Consider Modern Integration Architectures

Traditional point-to-point integrations create a tangled web that becomes increasingly difficult to maintain. Modern integration approaches offer more sustainable alternatives:

Event-Driven Architecture

Instead of directly connecting systems, implement an event bus (like Kafka) where systems publish events and subscribe to relevant updates. This decouples your applications and creates a more flexible foundation.

API Gateway Strategy

Create a unified API layer that standardizes how your applications communicate, reducing the complexity of individual integrations and providing consistent governance.

Database-Centric Synchronization

For operational data that needs to be in multiple systems, consider real-time database synchronization that keeps records consistent without complex application-level integration.

One VP of Engineering reported: "Moving from point-to-point integrations to a database-centric sync approach cut our integration maintenance by 80%. Engineers could work with familiar database interfaces instead of wrestling with different APIs."

3. Evaluate Specialized Integration Platforms

The integration landscape has evolved beyond traditional iPaaS and point solutions. Specialized platforms now exist that focus specifically on real-time, bidirectional synchronization with an emphasis on developer experience.

Solutions like Stacksync offer:

  • No-code setup that reduces implementation from months to days
  • True bi-directional sync between critical systems like CRMs, ERPs, and databases
  • Real-time data flow with sub-second latency
  • Automatic handling of schema changes, conflicts, and errors
  • Enterprise-grade security with SOC2, GDPR, and HIPAA compliance

These platforms are particularly well-suited for mid-market companies that need enterprise-grade reliability without the complexity and cost of traditional enterprise solutions.

One IT Director shared: "After trying to build our Salesforce-to-database sync for months, we implemented Stacksync in an afternoon. It saved us from adding two additional engineers just to manage integrations."

4. Enable Self-Service for Simple Integrations

Not every integration needs to go through your engineering team. By providing business users with self-service tools for simpler integrations, you can:

  • Reduce the burden on engineering resources
  • Accelerate time-to-value for business teams
  • Focus engineering on complex integrations that truly require their expertise

Look for integration platforms that offer:

  • No-code or low-code capabilities for business users
  • Appropriate governance and oversight for IT
  • Templates for common integration scenarios

For example, enabling a marketing analyst to sync campaign data between your marketing automation platform and CRM through a guided interface can remove multiple tickets from your engineering backlog.

5. Implement a Phased Approach to Migration

Rather than attempting to solve your entire integration backlog at once, consider a phased approach:

Phase 1: Stabilize Critical Integrations

Focus first on ensuring your most business-critical integrations are reliable and maintainable, even if that means tactical improvements to existing solutions.

Phase 2: Establish Your Integration Foundation

Implement your chosen architecture or platform for new integrations and begin migrating high-priority existing integrations.

Phase 3: Systematic Migration and Optimization

Methodically move remaining integrations to your new approach as resources allow, prioritizing those with high maintenance burdens.

Phase 4: Enable Innovation Through Integration

With your foundation in place, focus on using integration capabilities to enable new business opportunities rather than just maintaining the status quo.

This measured approach allows you to show incremental value while working toward a more strategic solution.

Case Study: How a Mid-Market Company Eliminated Their Integration Backlog

[Image: Alt text for visualization of integration architecture before and after transformation]

Echo, a mid-market company providing interactive e-commerce solutions, faced significant integration challenges as they scaled their operations, particularly with an expanded partnership with Walmart. Their integration issues were becoming a critical bottleneck:

  • Manual processes required excessive spreadsheets and data transfer from HubSpot
  • Failed HubSpot API integration attempts had become developer "nightmares"
  • Complex deals linked CRM data to physical factory processes and billing triggers
  • Data silos prevented real-time visibility and hindered decision-making

As Yuval Hofshy, Director at Echo, described it: "Controlling our business became a huge challenge. We had too many excel spreadsheets, too many out-of-sync issues, and significant overhead just ensuring data accuracy."

The Solution

Echo implemented Stacksync to directly connect their HubSpot CRM with a standard MySQL database. This database-centric approach aligned with their engineering practices, allowing developers to use familiar tools and workflows.

The Results

The implementation delivered immediate and strategic benefits:

  • Integration bottleneck removed, eliminating struggles with the HubSpot API
  • Developer velocity increased as engineers could work with standard practices
  • Operational efficiency gained through automation of manual processes
  • Scalability achieved to support growth and meet partner requirements
  • Single source of truth established for consistent data across operations

Perhaps most significantly, they avoided a high-risk custom API project estimated at 10+ developer-months, delivering substantial cost savings and freeing engineers to focus on core product features.

Hofshy summarized the impact: "Stacksync makes my problem disappear... instead of struggling with the HubSpot [API]... we can focus on our core technology. This is money well spent."

Conclusion: From Integration Backlog to Integration Advantage

The integration backlog that feels like a burden today can become a strategic advantage tomorrow with the right approach. By adopting modern integration architectures, leveraging specialized platforms, and implementing a phased migration strategy, mid-market IT leaders can:

  • Free engineering resources from maintenance to focus on innovation
  • Accelerate business operations through real-time data consistency
  • Improve decision-making with trusted, up-to-date information
  • Enable faster scaling without proportional integration complexity

The key is recognizing that integration is no longer just a technical challenge—it's a strategic business capability that deserves an intentional approach.

As you evaluate how to tackle your integration backlog, consider how modern solutions like Stacksync can help you transform integration from a source of technical debt into a foundation for agility and growth.

Take the Next Step

Discover how leading mid-market companies are eliminating their integration backlogs without draining engineering resources. Schedule a consultation to assess your specific integration challenges and explore solutions tailored to your technology stack and business priorities.