Smarter Sustainability for Airlines and Aviation Operations
Net0 helps airlines and aviation stakeholders reduce emissions, optimize fuel use, and meet regulatory and investor expectations—across fleets, routes, ground operations, and supply chains. From Scope 1 jet fuel tracking to Scope 3 logistics and maintenance data, our AI-powered platform delivers real-time visibility, automation, and decision-ready insights.
Airlines
Aviation Sustainability
Airlines
Aviation Sustainability
Airlines
Aviation Sustainability
Industry Challenges
Industry Challenges
Industry Challenges
The Sustainability Pressure Facing Modern Aviation
Jet Fuel Emissions Are Hard to Monitor in Real Time
Fuel burn data often comes from multiple flight systems, logs, and aircraft models—making it hard to calculate accurate Scope 1 emissions without delay or rework.
Jet Fuel Emissions Are Hard to Monitor in Real Time
Fuel burn data often comes from multiple flight systems, logs, and aircraft models—making it hard to calculate accurate Scope 1 emissions without delay or rework.
Jet Fuel Emissions Are Hard to Monitor in Real Time
Fuel burn data often comes from multiple flight systems, logs, and aircraft models—making it hard to calculate accurate Scope 1 emissions without delay or rework.
SAF Usage Lacks Standardized Tracking and Verification
As airlines adopt Sustainable Aviation Fuel, many struggle to track usage by aircraft, route, or batch. Without consistent data pipelines, it’s difficult to verify sustainability claims or report confidently to stakeholders.
SAF Usage Lacks Standardized Tracking and Verification
As airlines adopt Sustainable Aviation Fuel, many struggle to track usage by aircraft, route, or batch. Without consistent data pipelines, it’s difficult to verify sustainability claims or report confidently to stakeholders.
SAF Usage Lacks Standardized Tracking and Verification
As airlines adopt Sustainable Aviation Fuel, many struggle to track usage by aircraft, route, or batch. Without consistent data pipelines, it’s difficult to verify sustainability claims or report confidently to stakeholders.
Ground Operations Lack Consistent Emissions Visibility
Airside and landside operations—like ground power, maintenance, or logistics—often fall outside core carbon tracking systems, creating reporting gaps.
Ground Operations Lack Consistent Emissions Visibility
Airside and landside operations—like ground power, maintenance, or logistics—often fall outside core carbon tracking systems, creating reporting gaps.
Ground Operations Lack Consistent Emissions Visibility
Airside and landside operations—like ground power, maintenance, or logistics—often fall outside core carbon tracking systems, creating reporting gaps.
Route Optimization and Aircraft Efficiency Aren’t Linked to Emissions Goals
Flight scheduling and fleet management decisions are rarely connected to sustainability metrics—limiting the ability to use emissions data in operational planning.
Route Optimization and Aircraft Efficiency Aren’t Linked to Emissions Goals
Flight scheduling and fleet management decisions are rarely connected to sustainability metrics—limiting the ability to use emissions data in operational planning.
Route Optimization and Aircraft Efficiency Aren’t Linked to Emissions Goals
Flight scheduling and fleet management decisions are rarely connected to sustainability metrics—limiting the ability to use emissions data in operational planning.
Scope 3 Emissions Across MRO, Logistics, and Supply Chains Are Under-Tracked
Maintenance, parts suppliers, logistics vendors, and airport service providers contribute significantly to total emissions, but lack structured data flows or engagement tools.
Scope 3 Emissions Across MRO, Logistics, and Supply Chains Are Under-Tracked
Maintenance, parts suppliers, logistics vendors, and airport service providers contribute significantly to total emissions, but lack structured data flows or engagement tools.
Scope 3 Emissions Across MRO, Logistics, and Supply Chains Are Under-Tracked
Maintenance, parts suppliers, logistics vendors, and airport service providers contribute significantly to total emissions, but lack structured data flows or engagement tools.
Net0 brings flight, facility, and supply chain sustainability into one intelligent system, designed to move as fast as aviation itself.
Net0 brings flight, facility, and supply chain sustainability into one intelligent system, designed to move as fast as aviation itself.
Net0 brings flight, facility, and supply chain sustainability into one intelligent system, designed to move as fast as aviation itself.
Aviation is under growing pressure to meet bold decarbonisation targets while maintaining safety, profitability, and performance. From tracking jet fuel emissions to reporting against regional and global frameworks, the complexity of aviation operations makes sustainability execution uniquely difficult.
How Net0 Supports Airlines & Aviation
How Net0 Supports Airlines & Aviation
How Net0 Supports Airlines & Aviation
Operational Intelligence That Keeps Pace with Aviation
Operational Intelligence That Keeps Pace with Aviation
Operational Intelligence That Keeps Pace with Aviation
Airlines operate in real time—and your sustainability system should, too. Net0 brings environmental intelligence into your day-to-day operations, helping you align performance goals with fuel use, ground activity, and strategic planning. From cockpit data to facility operations, your teams get the clarity they need to move faster and more efficiently.
Airlines operate in real time—and your sustainability system should, too. Net0 brings environmental intelligence into your day-to-day operations, helping you align performance goals with fuel use, ground activity, and strategic planning. From cockpit data to facility operations, your teams get the clarity they need to move faster and more efficiently.
Airlines operate in real time—and your sustainability system should, too. Net0 brings environmental intelligence into your day-to-day operations, helping you align performance goals with fuel use, ground activity, and strategic planning. From cockpit data to facility operations, your teams get the clarity they need to move faster and more efficiently.
🛫 Transform Flight Data Into Emissions Intelligence
Ingest FMS, dispatch, and fueling data automatically
Adjust outputs by aircraft type, route configuration, and weather conditions
Identify efficiency gaps tied to scheduling, climb profiles, or payload
🛫 Transform Flight Data Into Emissions Intelligence
Ingest FMS, dispatch, and fueling data automatically
Adjust outputs by aircraft type, route configuration, and weather conditions
Identify efficiency gaps tied to scheduling, climb profiles, or payload
🛫 Transform Flight Data Into Emissions Intelligence
Ingest FMS, dispatch, and fueling data automatically
Adjust outputs by aircraft type, route configuration, and weather conditions
Identify efficiency gaps tied to scheduling, climb profiles, or payload
🏢 Track On-the-Ground Emissions With Facility-Level Precision
Measure HVAC, refrigerant, lighting, and GSE performance
Attribute emissions to contracts, zones, or cost centers
Benchmark facilities across hubs, terminals, and maintenance bases
🔄 Automate SAF and Flight Reporting Across Internal and External Stakeholders
Maintain detailed logs by batch, aircraft, and supplier
Apply automated calculations to meet SAF blending rules
Output reports tailored to regulatory, board, or partnership needs
📶 Evolve With Regulatory and Operational Change—No System Rebuilds
Create new reporting tiers for alliances, codeshares, or regions
Map data to evolving frameworks like CORSIA or EU ETS
Keep global operations aligned through a single configuration layer
Real-World Impact
Real-World Impact
Real-World Impact
What Aviation Leaders Could Achieve with Net0
UAE-Based National Carrier Expanding SAF Usage Across Long-Haul Routes
💡 Challenge:
The airline needed to track Sustainable Aviation Fuel usage by route, aircraft type, and supplier, but data was fragmented across procurement, flight operations, and refueling teams—making it difficult to verify blending ratios and SAF allocation per flight.
🎯 Net0 Solution:
Configure a SAF monitoring module that captures supplier batches, blending ratios, and usage per aircraft tail number. Build reporting logic to attribute SAF to specific flight legs and align outputs with internal disclosure and audit needs.
UAE-Based National Carrier Expanding SAF Usage Across Long-Haul Routes
💡 Challenge:
The airline needed to track Sustainable Aviation Fuel usage by route, aircraft type, and supplier, but data was fragmented across procurement, flight operations, and refueling teams—making it difficult to verify blending ratios and SAF allocation per flight.
🎯 Net0 Solution:
Configure a SAF monitoring module that captures supplier batches, blending ratios, and usage per aircraft tail number. Build reporting logic to attribute SAF to specific flight legs and align outputs with internal disclosure and audit needs.
UAE-Based National Carrier Expanding SAF Usage Across Long-Haul Routes
💡 Challenge:
The airline needed to track Sustainable Aviation Fuel usage by route, aircraft type, and supplier, but data was fragmented across procurement, flight operations, and refueling teams—making it difficult to verify blending ratios and SAF allocation per flight.
🎯 Net0 Solution:
Configure a SAF monitoring module that captures supplier batches, blending ratios, and usage per aircraft tail number. Build reporting logic to attribute SAF to specific flight legs and align outputs with internal disclosure and audit needs.
💚 Outcome:
See What AI-Driven Sustainability Looks Like
Net0’s scalable architecture and AI-driven automation gave GEMS the ability to measure, manage, and act on emissions data across all campuses—quickly, accurately, and at scale.
See What AI-Driven Sustainability Looks Like
Net0’s scalable architecture and AI-driven automation gave GEMS the ability to measure, manage, and act on emissions data across all campuses—quickly, accurately, and at scale.
See What AI-Driven Sustainability Looks Like
Net0’s scalable architecture and AI-driven automation gave GEMS the ability to measure, manage, and act on emissions data across all campuses—quickly, accurately, and at scale.
Frequently Asked Questions
Can Net0 integrate with our aviation systems like FMS, maintenance platforms, or flight planning tools?
Yes. Net0 can be configured to ingest data from flight management systems (FMS), electronic flight bags (EFBs), maintenance software, and even manual dispatch logs. We can also connect with energy meters, airport utility systems, and GSE tracking tools—ensuring complete coverage from flight deck to ground operations.
Can Net0 integrate with our aviation systems like FMS, maintenance platforms, or flight planning tools?
Yes. Net0 can be configured to ingest data from flight management systems (FMS), electronic flight bags (EFBs), maintenance software, and even manual dispatch logs. We can also connect with energy meters, airport utility systems, and GSE tracking tools—ensuring complete coverage from flight deck to ground operations.
Can Net0 integrate with our aviation systems like FMS, maintenance platforms, or flight planning tools?
Yes. Net0 can be configured to ingest data from flight management systems (FMS), electronic flight bags (EFBs), maintenance software, and even manual dispatch logs. We can also connect with energy meters, airport utility systems, and GSE tracking tools—ensuring complete coverage from flight deck to ground operations.
How does Net0 support emissions reporting across a mixed fleet or global route network?
Net0 normalizes data across different aircraft types, operating conditions, and regions—accounting for variables like fuel type, load factor, and flight distance. You can filter, report, and compare emissions by fleet segment, route group, or business unit, helping you manage sustainability targets with precision.
How does Net0 support emissions reporting across a mixed fleet or global route network?
Net0 normalizes data across different aircraft types, operating conditions, and regions—accounting for variables like fuel type, load factor, and flight distance. You can filter, report, and compare emissions by fleet segment, route group, or business unit, helping you manage sustainability targets with precision.
How does Net0 support emissions reporting across a mixed fleet or global route network?
Net0 normalizes data across different aircraft types, operating conditions, and regions—accounting for variables like fuel type, load factor, and flight distance. You can filter, report, and compare emissions by fleet segment, route group, or business unit, helping you manage sustainability targets with precision.
Can Net0 track and report SAF usage at a detailed level?
Absolutely. Net0 records SAF volumes, blending ratios, and usage by aircraft, route, and supplier. The system provides batch-level traceability, validates inputs against SAF accounting logic, and generates outputs aligned to regulatory and investor requirements.
Can Net0 track and report SAF usage at a detailed level?
Absolutely. Net0 records SAF volumes, blending ratios, and usage by aircraft, route, and supplier. The system provides batch-level traceability, validates inputs against SAF accounting logic, and generates outputs aligned to regulatory and investor requirements.
Can Net0 track and report SAF usage at a detailed level?
Absolutely. Net0 records SAF volumes, blending ratios, and usage by aircraft, route, and supplier. The system provides batch-level traceability, validates inputs against SAF accounting logic, and generates outputs aligned to regulatory and investor requirements.
How does Net0 help with decarbonisation modelling and long-term planning?
Net0’s AI tools simulate the emissions impact of operational changes—like route shifts, fleet upgrades, or SAF adoption. You can model decarbonisation scenarios, evaluate trade-offs, and prioritize interventions by carbon savings, cost impact, or regulatory alignment.
How does Net0 help with decarbonisation modelling and long-term planning?
Net0’s AI tools simulate the emissions impact of operational changes—like route shifts, fleet upgrades, or SAF adoption. You can model decarbonisation scenarios, evaluate trade-offs, and prioritize interventions by carbon savings, cost impact, or regulatory alignment.
How does Net0 help with decarbonisation modelling and long-term planning?
Net0’s AI tools simulate the emissions impact of operational changes—like route shifts, fleet upgrades, or SAF adoption. You can model decarbonisation scenarios, evaluate trade-offs, and prioritize interventions by carbon savings, cost impact, or regulatory alignment.
Is Net0 suitable for aviation service providers, not just airlines?
Yes. Whether you manage terminal facilities, ground services, MRO operations, or logistics hubs, Net0 can be tailored to your workflows. The system supports role-specific dashboards, contract-level emissions tracking, and multi-stakeholder reporting across the broader aviation ecosystem.
Is Net0 suitable for aviation service providers, not just airlines?
Yes. Whether you manage terminal facilities, ground services, MRO operations, or logistics hubs, Net0 can be tailored to your workflows. The system supports role-specific dashboards, contract-level emissions tracking, and multi-stakeholder reporting across the broader aviation ecosystem.
Is Net0 suitable for aviation service providers, not just airlines?
Yes. Whether you manage terminal facilities, ground services, MRO operations, or logistics hubs, Net0 can be tailored to your workflows. The system supports role-specific dashboards, contract-level emissions tracking, and multi-stakeholder reporting across the broader aviation ecosystem.
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