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Aviation IconAVIATION

Aviation and MRO Software Development

Maintenance, crew, inventory, cargo and flight operations systems for MROs and operators, built with the traceability that airworthiness records demand.

Aviation Architecture Ecosystem
MROAirworthiness traceabilityAMOS & TRAX integration
GDSEASA & FAA records

TRUSTED BY TEAMS

letest.ai
Propmodel
aloomah
yeeld
Nostromarkets
Pharmy
/// INTRODUCTION

Sodio builds aviation software development for MROs and operators: maintenance and work order systems, aviation ERP, parts and rotable inventory, crew management, flight operations, air cargo and airport systems, plus aviation AI for predictive maintenance and parts forecasting.

We build operational and back-office systems. We do not build avionics or flight-critical software, which requires DO-178C certification and a specialism we do not claim.

Aviation Setup Workspace

/// WHAT MAKES AVIATION SOFTWARE DIFFERENT

Everything Has to Be Traceable to a Part and a Person

Aviation Workstation Setup
01/

Traceability

Aviation software carries a requirement most business systems never face. Years after the fact, you have to show which part went onto which aircraft, who fitted it, against which task card, under which certificate, and where that part came from before it arrived.

02/

Data Model Decisions

That is a data model decision, not a reporting feature. Serial and batch traceability, certificate references, shelf life and life-limited part counters have to exist from the first schema, because retrofitting them into a system that was not designed for them means rebuilding it. The same applies to audit trails: an inspector asks what the record looked like in March, and the answer cannot be the current row.

03/

Aviation Inventory

Inventory is the second constraint and it is unlike any other sector. Rotables are repaired and reused rather than consumed, so a part has a life history rather than a stock count. Pooling arrangements mean the part on your shelf may not be yours. And an AOG event turns a normal parts decision into a six-figure one, which changes what the system has to do at three in the morning.

04/

Scope and Boundaries

We build operational and back-office systems: maintenance, crew, inventory, cargo, airport operations and the analytics on top of them. We do not build avionics, flight-critical systems or anything requiring DO-178C certification. That is a different discipline with its own tooling and audit regime, and saying so is more useful to you than a claim we could not stand behind.

05/

Manufacturer Programmes

And manufacturer programmes run on validation cycles nobody accelerates. We plan around them rather than promising through them.

/// AVIATION SOLUTIONS

Aviation Software We Build

MRO Software Development

MRO Software Development

Aviation ERP

Aviation ERP

MRO Inventory Management

MRO Inventory Management

Crew Management Software

Crew Management Software

Flight Operations Software

Flight Operations Software

Aviation Software Development

Aviation Software Development

Airport Management Systems

Airport Management Systems

Air Cargo Software

Air Cargo Software

GDS Integration

GDS Integration

Drone & UAV Software

Drone & UAV Software

Gradient

///AI FOR AVIATION OPERATIONS

AI for Aviation Operations

Aviation measures everything already. These models attach to the numbers that hurt most: AOG hours, unscheduled removals, inventory carrying cost, on-time performance and fuel burn.

Component failure prediction from sensor and maintenance history, turning unscheduled removals into planned work.

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Rotable and consumable demand modelling, so inventory matches actual failure patterns rather than historical averages.

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Solver-based rostering against duty limits, qualifications, base constraints and fatigue rules, with disruption recovery.

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Knock-on delay forecasting across a rotation, so recovery begins before the disruption propagates through the day.

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Route, load, altitude and tankering analysis against the largest variable cost line in any airline.

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Maintenance records, certificates and compliance packs extracted into structured data with the source traceable.

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///SYSTEMS AND STANDARDS

Systems and Standards We Work With

/// MRO platforms
AMOS
AMOS
TRAX
TRAX
Ramco Aviation
Ramco Aviation
Quantum Control
Quantum Control
Legacy maintenance systems
Legacy maintenance systems
/// Distribution & booking
Amadeus
Amadeus
Sabre
Sabre
Travelport
Travelport
NDC
NDC
IATA messaging standards
IATA messaging standards
/// Cargo & ground
IATA Cargo-IMP and Cargo-XML
IATA Cargo-IMP and Cargo-XML
ULD tracking
ULD tracking
Dangerous goods documentation
Dangerous goods documentation
/// Records & airworthiness
EASA Part-M and Part-145 records
EASA Part-M and Part-145 records
FAA equivalents
FAA equivalents
ATA Spec 2000
ATA Spec 2000
Task card structures
Task card structures
/// Operational messaging
AFTN and Type B messaging interfaces
AFTN and Type B messaging interfaces
ACARS data feeds where exposed
ACARS data feeds where exposed
/// Backend & data
Node.js
Node.js
Python
Python
PostgreSQL
PostgreSQL
Time-series storage
Time-series storage
Kafka
Kafka
/// AI & optimisation
PyTorch
PyTorch
Constraint solvers for rostering
Constraint solvers for rostering
Document extraction models
Document extraction models

/// HOW WE WORK

How We Work on Aviation Projects

STEP 1

Records and systems audit

We map how records are kept today, what traceability the regulator expects, and what your existing MRO and operational systems genuinely expose. Data model decisions follow from the traceability requirement, so it comes first.

STEP 2

Free solution architecture

Data model with traceability designed in, integration approach per system, regulatory considerations and a costed delivery plan. Yours to keep whether or not you build with us.

STEP 3

MVP in 30 days

One workflow end to end against real data — a work order, a part movement, a roster — with the audit trail intact from the start rather than added later.

STEP 4

Production build in 90 days

Full build with integrations, records retention and reporting. Where regulatory or MRO vendor approval applies, it is scheduled rather than assumed.

///FEATURED CASES

Future-Proof Software for Your Business

At Sodio, we deliver mobile apps, web apps, blockchain (DApps), AI integrations, SaaS platforms, and custom software development. Our innovative solutions are scalable, secure, and user-friendly, designed to drive growth and efficiency, keeping your business ahead in the competitive landscape. Trust Sodio for your digital transformation needs.

Jiffy

Jiffy

Developed JiffyCharge, an IoT-powered, on-demand power bank rental platform engineered for seamless portable charging access.

AppIOTOn Demand
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TATA Steel

TATA Steel

An enterprise sales management platform for TATA Steel to optimize order fulfillment, track multi-tier distribution networks, and streamline B2B sales workflows.

EnterpriseAppSales
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/// FAQ

Frequently Asked Questions

No, and this is worth being clear about. Avionics, flight-critical systems and anything requiring DO-178C certification are a specialism with its own tooling, process and audit regime, and we do not claim it. We build operational and back-office systems — MRO, crew, inventory, cargo, airport operations and the analytics on top of it. If you need certified flight software, we will tell you that rather than take the work.

Usually. AMOS, TRAX, Ramco and similar expose APIs or scheduled exports, though what your specific installation permits varies by version and contract. Older systems often mean database-level extraction or file exchange. We establish what is genuinely available during discovery, because MRO integration access is frequently narrower than the vendor documentation implies.

It shifts the distribution rather than eliminating surprises. Models built on sensor data, removal history and operating conditions identify components more likely to fail within a window, which lets you plan the removal rather than discover it. Accuracy improves considerably where sensor coverage exists and much less where the only signal is historical removals. We are candid about which components fall into which category before building.

We build systems that manage them, with the traceability regulators require — who did what, against which task card, with part, under which certificate. What we do not do is certify anything ourselves. The system supports your continuing airworthiness management; it does not replace your CAMO or your regulator relationship.

MROs, charter and private operators, ground handlers and cargo businesses are the more natural fit. Major carriers run long procurement cycles and largely buy from established aviation vendors. We are more useful when an operator needs a system that packaged aviation software does not cover, or a layer connecting several that do not talk to each other.

For a defined scope we target a working MVP in 30 days and a core production build in 90. Aviation extends when regulatory review, MRO vendor integration approval or airworthiness process validation are involved. We flag which apply during the free solution architecture rather than after work begins.

/// RELATED SERVICES

Related Industries and Services

Services that complement aviation software development.

/// GET STARTED

Start With the Records

Tell us how records are kept today and which systems hold them. We will prepare a free solution architecture covering the traceability data model, integrations and delivery phases, so you can judge the approach before committing.

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