Eternalight

Navitaire LCC Integration in Airline Platform

Why Every Travel-Tech Platform Needs a Reusable LCC Integration Framework

  • Written By :

    Ketan Somani

  • Published on :

  • Read time :

    5 Mins

Navitaire LCC Integration in Airline Platform img

When you work with airline APIs long enough, you start noticing a pattern:

Everything is stable until it suddenly isn’t.

A minor schema update, an authentication change, or a temporary airline outage can break an entire search-to-booking flow in seconds. And when the airline is a Low-Cost Carrier (LCC), the challenges multiply, as these carriers often operate on legacy or highly customized Navitaire systems.

To solve this recurring chaos, modern travel platforms are now building Reusable LCC Integration Frameworks, modular packages that standardize and speed up airline integrations.

Let’s break down what this means and why it matters.

What exactly is an LCC Framework in Travel-Tech?

Think of an LCC framework as a reusable software engine designed to integrate any low-cost carrier with minimal custom code.

It includes:

  • Prebuilt Navitaire workflows (search, book, hold, cancel, seat-map, SSR)
  • Request/response builders
  • Authentication handlers
  • Error normalizers
  • Airline configuration management
  • XML/JSON format adapters

It’s not a “single integration” for airlines only; it’s a plug-and-play architecture that lets you onboard new LCCs rapidly with zero duplication.

Conventionally, airline-based systems often have scattered code. With a framework like LCC, edges can be configured systematically.

Why Travel-Tech Companies Need Reusable Integration Packages

Because every LCC exposes Navitaire differently

Even though airlines use the same underlying PSS (Navitaire), their APIs vary drastically:

  • IndiGo → XML
  • SpiceJet → XML
  • Akasa → JSON
  • Air India Express → JSON

Same system, four different API patterns.

Without a reusable framework, every integration becomes a new custom project. This adds additional workload to the expanding development timeline, making integration inconsistent.

Real Scenarios: What Actually Goes Wrong With Airline APIs

What Goes Wrong With Airline APIs img

It takes time to identify the cause of API failures, as they often occur unexpectedly. Here are real failures that travel-tech teams face regularly:

1. “Silent” API Changes

Akasa Air once rolled out a new authentication version overnight.

Impact:

  • Logins started failing
  • Search API returned errors
  • Engineers patched 20+ files just to restore stability

2. XML Attribute Changes

IndiGo slightly renamed an XML field in their pricing response.

Impact:

  • Price breakdown parsing failed
  • The booking flow crashed
  • Debugging took hours

3. Partial Downtime

Air India Express sometimes returns a 200 OK response, but with empty data.

Impact:

  • System shows “zero fares” to users
  • Support escalations spike
  • Temporary airline disable requires code deployment

4. Onboarding Delays

A new LCC partner wants to go live fast.

Impact:

  • Traditional integration takes 2–3 weeks
  • The business team gets frustrated
  • Airline partners see you as “slow to a integrate”

These are not rare cases; they happen every month.

How a Reusable LCC Framework Solves All These Problems

A reusable framework shifts your architecture from hardcoded airline-by-airline logic to modular, configuration-driven packages.

It's frustrating to encounter the same failure repeatedly; software development teams often address the issue directly at the framework level. This drives consistency, reducing development time and the need for frequent maintenance sprints.

In other words, a reusable LCC framework in traveltech enables platform-level fixes, freeing them to focus on frequent airline-specific issues.

Here’s precisely how it helps:

Faster Onboarding: From Weeks to Hours

When 90% of the logic is already built, adding a new airline means:

  • Add config (URLs, endpoints, version, rules)
  • Select the format (XML/JSON)
  • Map any airline-specific quirks.

No new code.

No new microservice.

No redeployment.

Downtime Handling Without Engineering

Instead of patching code to disable a broken airline:

Just flip:

isActive = false

The system instantly:

  • Stops sending requests
  • Avoids failing searches
  • Prevents a broken booking pipeline

Ops handles it, engineering sleeps peacefully.

API Changes Become Non-Events

If an airline changes:

  • Endpoints
  • Authentication
  • Version numbers
  • Timeout rules
  • Fare mapping

…just update the configuration.

No hotfixes.

No regressions.

No emergency calls.


How Does the Architecture of a Reusable LCC Framework Looks

How Does the Architecture of a Reusable LCC Framework Looks img

A future-ready LCC package architecture has three key layers. All are responsible for ensuring the platform is stable and consistent, managing airline complexity in a separate environment. The primary focus of this architecture is managing the airline edge integration, assuming that pricing, payments, and ticketing orchestration are already handled.
​
Let's go through the layers one by one:

1. Navitaire Core (Logic Engine)

Handles:

  • Authentication flows
  • Search / Price / Book / Cancel
  • Seat map & SSR logic
  • Error mapping & recovery
  • XML ↔ Object
  • JSON ↔ Object

90–95% reusable across all LCCs integration. If we say it's the skeleton of the framework, there’s nothing wrong in that.

  1. Format-Specific Adapters (XML & JSON)

Because airlines output Navitaire differently.

  • XML Adapter → IndiGo, SpiceJet
  • JSON Adapter → Akasa, AIX

These adapters translate airline-specific formatting into a unified internal model.
Analogy:

Instead of hiring four translators, you just hire one English translator and one Spanish translator.

  1. Dynamic Airline Configuration Database

Stores:

  • Base URLs
  • Endpoint paths
  • API versions
  • Authentication mode
  • Request method mapping
  • Timeouts & retries
  • Flags (e.g., isActive, enableSSR)

No logic resides in code; only in configuration.
This makes your platform adaptable instead of fragile.

Real Business Impact After Integration of the Reusable LCC Framework

A reusable LCC framework is valuable not only on a technical level; it delivers significant business value. Whenever an airline plans to scale up its operations in new regions, onboarding becomes easier than ever.

Adopting this approach drives accuracy, efficiency, and flexibility to airline platforms. Promptly responds to specific events, removes high-level engineering headaches, and enables the

Here’s what companies gain after adopting a reusable LCC framework:

60% Faster Time-to-Market

New airlines go live in hours, not weeks.

80% Less Code Duplication

One change benefits every LCC integration.

Reduced Engineering Costs

Teams stop firefighting API changes.

Higher Reliability

Downtime from one airline no longer breaks the full search flow.

Scalable Global Expansion

The same architecture supports new international LCCs instantly.

Conclusion

In travel tech, airline APIs are inherently unpredictable.

A reusable LCC framework transforms this chaos into order by providing:

  • A shared logic core
  • Format-based XML/JSON adapters
  • A live configuration-driven engine

The result is a platform that:

Onboards faster

Responds instantly to airline changes

Avoids outages

Costs less to maintain

Scales globally

This is not just better engineering, it’s better business.

Ketan Somani

Ketan Somani

(Author)

CEO, Founder

I am the CEO and Founder of Eternalight Infotech, with 12 years of experience in building software products. Feel free to pick a date and time that suits you, I’ll personally connect with you to understand your project requirements.

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Navitaire LCC Integration in Airline Platform