e2eint

What We Do

Integration Strategy, Design, Build, and Operations — using the CIDIFLY framework.

Integration Strategy

Define integration architecture, roadmap, and governance. Align technical decisions with business outcomes.

Integration Design

Blueprint interfaces with CIDIFLY methodology. Detailed specs, flow diagrams, error handling, observability.

Integration Build

Develop, test, and deploy production interfaces. Code reviews, performance tuning, security hardening.

Integration Operations

Monitor, support, and optimize running integrations. Incident response, reconciliation, continuous improvement.

CIDIFLY Deep Dive

Our 7-step methodology explained in detail. Click each step to expand.

Context: Map Systems, Define Process Scope, Identify Data Ownership

  • Map all source/target systems (ERP, WMS, CRM, etc.)
  • Define business process boundaries (where does this integration start/end?)
  • Identify data ownership (who is the system of record?)
  • Document current state vs. desired state
[Diagram: Context Flow]

Integration by Process

Detailed breakdown of typical systems, patterns, and failure points for each process.

Order-to-Cash (OTC)

Typical Systems

ERP, CRM, WMS, TMS, Tax Engine, Banks, Payment Gateways

Common Patterns

Real-time inventory sync, Batch invoicing (EDI 810), API-based payment confirmation

Failure Points

Duplicate orders, Inventory mismatch, Tax calculation errors, Payment reconciliation gaps

Procure-to-Pay (P2P)

Typical Systems

ERP, Procurement platforms (Ariba, Coupa), Supplier portals, AP automation

Common Patterns

EDI 850 (PO), EDI 856 (ASN), 3-way match (PO/Receipt/Invoice), ACH payment files

Failure Points

PO/Invoice mismatch, Receipt confirmation delays, Duplicate payments, Supplier master data sync

Record-to-Report (RTR)

Typical Systems

ERP, Consolidation tools, BI platforms, Tax engines, Audit systems

Common Patterns

Batch GL postings, Real-time journal entries, Intercompany eliminations, Regulatory reporting feeds

Failure Points

GL balance mismatches, Consolidation timing issues, Audit trail gaps, Tax reporting errors

Inventory & Logistics

Typical Systems

ERP, WMS, TMS, Carrier portals, IoT sensors, Customer portals

Common Patterns

Real-time inventory updates, EDI 856 (ASN), API-based tracking, Event-driven replenishment

Failure Points

Inventory count discrepancies, Shipment status delays, Lost tracking updates, Multi-location sync errors

Manufacturing

Typical Systems

ERP, MES, Quality systems, Shop floor data collection, Maintenance systems

Common Patterns

Production order sync, Real-time quality data, Batch material consumption, IoT sensor streaming

Failure Points

Production order delays, Quality data gaps, Material consumption errors, Equipment downtime blind spots

Subscription & Usage

Typical Systems

ERP, Usage metering platforms, Billing systems, Revenue recognition tools, Payment gateways

Common Patterns

Real-time usage metering, Batch billing runs, API-based subscription changes, Revenue recognition postings

Failure Points

Usage data loss, Billing cycle mismatches, Revenue recognition errors, Subscription state sync issues

Intercompany

Typical Systems

Multi-instance ERP, Consolidation tools, Transfer pricing systems, Intercompany netting

Common Patterns

Batch intercompany transactions, Real-time cross-entity postings, Transfer pricing adjustments, Consolidation eliminations

Failure Points

Intercompany balance mismatches, Transfer pricing errors, Consolidation timing issues, Currency conversion gaps

Tax & Compliance

Typical Systems

ERP, Tax engines (Vertex, Avalara), E-invoicing platforms, Regulatory reporting tools

Common Patterns

Real-time tax calculation, Batch tax reporting, E-invoicing (PEPPOL, SDI), Regulatory feeds (GDPR, SOX)

Failure Points

Tax calculation errors, E-invoicing rejections, Regulatory reporting delays, Audit trail gaps

Engagement Models

Detailed scope, duration, deliverables, and pricing posture for each engagement model.

Single Interface Delivery

Scope

One interface (e.g., Inbound PO from supplier to ERP)

Duration

2-8 weeks (depends on complexity)

Deliverables

Design spec, Code, Test results, Deployment guide, Runbook

Pricing Posture

Fixed scope where possible

Example Timeline

Week 1-2: Design. Week 3-6: Build & Test. Week 7-8: Deploy & Handoff.

Process-wide Integration

Scope

End-to-end process (e.g., Full OTC: Order → Fulfillment → Invoice → Payment)

Duration

8-16 weeks

Deliverables

Process blueprint, All interfaces, Testing framework, Observability, Runbooks

Pricing Posture

Fixed scope for defined process boundaries

Example Timeline

Week 1-4: Design & Prototyping. Week 5-12: Build & Integration Testing. Week 13-16: UAT & Go-live.

Program Integration Office

Scope

Embedded team managing multiple processes/workstreams

Duration

Ongoing, quarterly milestones

Deliverables

Governance framework, Backlog management, Sprint deliveries, Continuous improvement

Pricing Posture

T&M with quarterly targets

Example Timeline

Month 1: Setup & Governance. Month 2-12: Sprint-based delivery (2-week sprints).

Rescue/Stabilization

Scope

Fix broken integrations, resolve production issues

Duration

2-6 weeks (urgent)

Deliverables

Root cause analysis, Hotfixes, Stabilization plan, Knowledge transfer

Pricing Posture

T&M (time-critical)

Example Timeline

Week 1: Triage & RCA. Week 2-4: Fixes & Testing. Week 5-6: Stabilization & Handoff.

Architect-on-Demand

Scope

Part-time advisory (10-20 hours/month)

Duration

Monthly retainer (3-12 months)

Deliverables

Architecture reviews, Design feedback, Technical guidance, Best practice recommendations

Pricing Posture

Monthly retainer

Example Timeline

Monthly: 2-4 review sessions, Async support via Slack/email.