System Integration Planning

Connect Your Systems
Without Creating New Problems

Every enterprise runs on integrations β€” and most of those integrations were built under deadline pressure with minimal documentation. We design integration architectures that are reliable, maintainable, and observable, so your systems talk to each other without your engineers losing sleep over it.

120+ Integrations Architected
99.9% Uptime on Designed Integrations
65% Avg. Failure Reduction
What You Get

Integration Artifacts That Prevent Firefighting

Everything your team needs to build integrations that do not wake people up at 3 AM.

Integration Landscape Map

A complete visual inventory of all system-to-system connections β€” APIs, file transfers, database links, message queues, and manual processes β€” with data flow direction, volume, and criticality ratings.

Target Integration Architecture

The recommended integration topology β€” hub-and-spoke, event-driven, API gateway, or hybrid β€” selected based on your specific volume patterns, latency requirements, and team capabilities.

API & Contract Specifications

Interface contracts for every integration point β€” request/response schemas, error handling patterns, retry policies, and versioning strategy β€” documented in OpenAPI or AsyncAPI format.

Error Handling & Resilience Patterns

Circuit breaker configurations, dead letter queue strategies, idempotency patterns, and graceful degradation rules for every critical integration path.

Observability & Alerting Design

Monitoring strategy covering health checks, latency thresholds, error rate alerting, and distributed tracing setup so your team can diagnose integration issues in minutes, not hours.

Migration & Cutover Sequence

For teams replacing existing integrations, a phased cutover plan with parallel-run periods, validation checkpoints, and rollback procedures for each integration being migrated.

Our Process

Our Integration Planning Process

1

Integration Discovery

We catalog every integration in your ecosystem β€” including the ones nobody documented. Shadow IT, spreadsheet bridges, and manual email workflows all get mapped.

Week 1-2
2

Pattern Analysis & Risk Scoring

Each integration is evaluated for reliability, maintainability, and business criticality. We identify the fragile connections that carry the most risk.

Week 2-3
3

Architecture Design

We design the target integration architecture β€” selecting patterns, middleware, and protocols based on your actual requirements, not theoretical best practices.

Week 3-4
4

Contract & Standards Definition

We define API contracts, event schemas, error handling standards, and naming conventions that give your teams a consistent playbook for building integrations.

Week 4-5
5

Implementation Roadmap & Handoff

We sequence the integration build-out, prioritizing high-risk connections first, and brief your engineering teams on patterns, standards, and tooling.

Week 5-6
Ready to Start?

Your Integrations Should Not Be Your Weakest Link

Book a free integration health check β€” we will identify your three most fragile system connections.

Schedule Free Consultation
Who This Is For

Who Needs Integration Planning

If your teams spend more time debugging integrations than building features, this engagement pays for itself.

Enterprises with Complex Vendor Ecosystems

Organizations running 15+ SaaS tools, on-premise systems, and custom applications that need to share data reliably across boundaries.

Complex Stack

Financial Services Firms

Banks, payment processors, and fintechs where integration failures can delay settlements, break reconciliation, or trigger compliance violations.

Mission-Critical

Post-Merger Technology Teams

Organizations integrating technology stacks after acquisition β€” where two CRMs, two ERPs, and two data warehouses need to become one coherent ecosystem.

M&A Integration

Companies Building Partner Ecosystems

Platforms exposing APIs to third-party partners who need reliable, well-documented, and version-managed integration points.

API Economy
Why OpenMalo

Why OpenMalo for Integration Planning

We have designed integrations that process millions of transactions daily β€” and survive when things go wrong.

Integration-First Mindset
We have spent years building and maintaining integrations in production. We know the difference between an integration that works in demo and one that survives Black Friday traffic.
Failure-Mode Thinking
Every integration we design starts with the question: what happens when this breaks? Circuit breakers, retries, dead letter queues, and graceful degradation are designed in from day one.
Observability by Default
We do not treat monitoring as an afterthought. Every integration architecture includes health checks, distributed tracing, and alerting thresholds defined before the first line of code.
Security & Compliance Baked In
API authentication, data encryption in transit, PII masking, and audit logging are part of the architecture β€” not bolted on after a security review flags them.
Pragmatic Technology Choices
We recommend integration middleware and patterns that match your team capabilities. A perfectly designed event-driven architecture is useless if your team has never operated Kafka.
Cross-Platform Fluency
From Salesforce to SAP, Stripe to legacy SOAP services, AWS to Azure β€” we have integrated them all and know where the documentation lies and where the real gotchas hide.
Get Started

Map Your Integration Challenges

Describe your current integration pain points and we will respond with an initial assessment and recommended engagement scope.

Free integration health check call
Initial risk assessment of critical connections
NDA available before sharing system details
Response within 24 business hours
Vendor-neutral recommendations guaranteed
0/2000
Featured Case Study

Replacing Brittle Integrations with Resilient Pipelines

FinTech β€” Wealth Management

Wealth Platform Eliminates 91% of Integration Failures

A wealth management platform connected to 23 external data providers, custodian APIs, and compliance systems through point-to-point integrations built over six years. Every market data feed change or custodian API update caused cascading failures across the platform.

91%
Fewer Integration Failures
12min
Avg. Issue Detection Time
$890K
Annual Ops Cost Saved
The Challenge

23 Providers, 47 Integrations, Weekly Breakage

Point-to-point integrations with no error handling, no retry logic, and no monitoring meant that when one provider changed their API response format, the engineering team spent days tracing the downstream impact.

Average of 3.2 integration incidents per week disrupting operations
No centralized monitoring β€” failures discovered by end users, not alerts
API version changes from providers causing undetected data quality issues

Our Approach: We mapped all 47 integration points, designed an event-driven integration layer with a central API gateway, implemented circuit breakers and dead letter queues for every critical path, and built an observability dashboard that reduced mean-time-to-detection from 4 hours to 12 minutes.

FAQ

Frequently Asked Questions

It depends on your integration volume, complexity, and team skills. For standard SaaS-to-SaaS connections β€” CRM to email platform, ERP to data warehouse β€” an iPaaS like Workato or Tray often makes sense. For high-volume financial transaction processing or custom business logic, purpose-built integrations with proper error handling outperform generic platforms. We help you make this decision based on your specific landscape.