Avir: Future of Avionics OS

The aircraft have evolved. The systems managing them haven’t. Let’s fix that.

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Laman 🦙

Mar 12, 2025

AI

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When you think about innovation in aviation, your mind probably goes to composite airframes, quieter engines, or drones that deliver cargo autonomously.

But behind every aircraft is a system of spreadsheets, legacy tools, patchy databases, and disconnected teams.

This is the “invisible infrastructure” of aviation — and it's due for a radical upgrade.

At AVIR, we think of this challenge like building an operating system: one platform to manage everything from airworthiness to parts tracking, task cards to compliance audits.

The problem? Most existing tools are stuck in the 90s — or worse, bolted together from modules that don’t speak to each other.

The OS Analogy

In a modern OS:

  • You don’t have to manually sync files across apps — they just work.

  • You get alerts before something breaks, not after.

  • You expect everything to feel real-time, not reactive.

Why should aircraft management feel any different?

What We’re Doing About It

AVIR is building an AI-native aviation operating system — designed to:

  • Automate repetitive planning, logging, and tracking tasks

  • Predict failures based on fleet-specific trends

  • Integrate with flight logs, inventory, and compliance systems seamlessly

  • Help operators, engineers, and auditors see the same picture — in real time

We’re just getting started, but the vision is clear: a smarter stack for a safer, faster, more efficient fleet.

🚀 Stay in the Loop

We’ll be sharing more as we build — from deep dives into our predictive engine, to UI/UX lessons from designing for high-stakes workflows.

 

-Laman 🦙

Say hi anytimelaman@avir.space , or Laman (@LamaN__Y) on X

When you think about innovation in aviation, your mind probably goes to composite airframes, quieter engines, or drones that deliver cargo autonomously.

But behind every aircraft is a system of spreadsheets, legacy tools, patchy databases, and disconnected teams.

This is the “invisible infrastructure” of aviation — and it's due for a radical upgrade.

At AVIR, we think of this challenge like building an operating system: one platform to manage everything from airworthiness to parts tracking, task cards to compliance audits.

The problem? Most existing tools are stuck in the 90s — or worse, bolted together from modules that don’t speak to each other.

The OS Analogy

In a modern OS:

  • You don’t have to manually sync files across apps — they just work.

  • You get alerts before something breaks, not after.

  • You expect everything to feel real-time, not reactive.

Why should aircraft management feel any different?

What We’re Doing About It

AVIR is building an AI-native aviation operating system — designed to:

  • Automate repetitive planning, logging, and tracking tasks

  • Predict failures based on fleet-specific trends

  • Integrate with flight logs, inventory, and compliance systems seamlessly

  • Help operators, engineers, and auditors see the same picture — in real time

We’re just getting started, but the vision is clear: a smarter stack for a safer, faster, more efficient fleet.

🚀 Stay in the Loop

We’ll be sharing more as we build — from deep dives into our predictive engine, to UI/UX lessons from designing for high-stakes workflows.

 

-Laman 🦙

Say hi anytimelaman@avir.space , or Laman (@LamaN__Y) on X

When you think about innovation in aviation, your mind probably goes to composite airframes, quieter engines, or drones that deliver cargo autonomously.

But behind every aircraft is a system of spreadsheets, legacy tools, patchy databases, and disconnected teams.

This is the “invisible infrastructure” of aviation — and it's due for a radical upgrade.

At AVIR, we think of this challenge like building an operating system: one platform to manage everything from airworthiness to parts tracking, task cards to compliance audits.

The problem? Most existing tools are stuck in the 90s — or worse, bolted together from modules that don’t speak to each other.

The OS Analogy

In a modern OS:

  • You don’t have to manually sync files across apps — they just work.

  • You get alerts before something breaks, not after.

  • You expect everything to feel real-time, not reactive.

Why should aircraft management feel any different?

What We’re Doing About It

AVIR is building an AI-native aviation operating system — designed to:

  • Automate repetitive planning, logging, and tracking tasks

  • Predict failures based on fleet-specific trends

  • Integrate with flight logs, inventory, and compliance systems seamlessly

  • Help operators, engineers, and auditors see the same picture — in real time

We’re just getting started, but the vision is clear: a smarter stack for a safer, faster, more efficient fleet.

🚀 Stay in the Loop

We’ll be sharing more as we build — from deep dives into our predictive engine, to UI/UX lessons from designing for high-stakes workflows.

 

-Laman 🦙

Say hi anytimelaman@avir.space , or Laman (@LamaN__Y) on X

Involved Topics

Automation

Maintenance

Marketing

Integration

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Start Optimising Now

Manage your Airops, Wherever You Are

Stay connected with real-time ops, insights, and actions — all from the AVIR Mind mobile app.

Start Optimising Now

Manage your Airops, Wherever You Are

Stay connected with real-time ops, insights, and actions — all from the AVIR Mind mobile app.

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