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AI-powered ecosystem connects maintenance workflows, helping operators reduce downtime and act on insight in real time.

SAN FRANCISCO, Calif. (April 28, 2026) — Veryon, a leading provider of aviation software and information services, today announced it will highlight its unified aviation maintenance suite at the NBAA Maintenance Conference, taking place May 5-7, 2026, in New Orleans, LA.

Business aviation operators are under growing pressure from rising costs, aging fleets, labor constraints, and increasing operational complexity. Yet, many still work across disconnected systems for maintenance tracking, technical content, troubleshooting, and execution. The result is slower decisions, inconsistent execution, compliance exposure, and unnecessary downtime.

Veryon’s unified aviation maintenance suite addresses that challenge by bringing maintenance data, technical content, troubleshooting, reliability insights, and MRO execution into one connected platform. Spanning fleet maintenance and operations, fleet performance and reliability, guided troubleshooting, technical publications and compliance, and MRO management, the suite gives operators, MROs, and maintenance teams a clearer view of aircraft, tasks, defects, documentation, parts, approvals, and required actions. With shared data and workflows across the maintenance lifecycle, Veryon helps reduce manual reconciliation, eliminate unnecessary system switching, improve operational control, and enable better, faster decisions.

At the core of the suite is Veryon AIRE, the AI-driven data intelligence engine built on more than 100 million real-world maintenance events. By applying advanced analytics and machine learning, Veryon AIRE helps teams identify recurring issues earlier, surface the most likely fixes, and act faster, often before problems escalate into costly disruptions.

“Maintenance teams don’t struggle with a lack of data. They struggle with turning that data into timely, actionable insight,” said Bethany Little, Chief Executive Officer at Veryon. “Our unified aviation maintenance suite connects the maintenance lifecycle, and Veryon AIRE helps teams turn that connectivity into faster decisions, earlier issue detection, and more confident action.”

Veryon’s unified approach is designed to support the full maintenance lifecycle, from the moment work is identified to the moment it is completed and documented. Instead of relying on fragmented systems, duplicate data entry, manual handoffs, or institutional knowledge alone, teams can operate from a shared source of truth that supports faster troubleshooting, stronger compliance confidence, and more consistent maintenance execution.

See It Live  
Attendees can experience the suite firsthand at the NBAA Maintenance Conference during Veryon’s exhibitor product demonstration, “Inside the Unified Suite Powering Smarter Aviation Maintenance,” presented by Chris Heine, Veryon Senior Product Manager, on May 5 at 2:45 p.m. CST in Exhibit Hall E. Participants can also visit Veryon at booth #518 for a live walkthrough of the latest enhancements of the data-driven platform.

About Veryon

Veryon is the leading provider of aviation software and information services, trusted by over 5,500 customers, 75,000 maintenance professionals, and more than 100 OEMs in nearly 150 countries. Powered by the world’s largest de-identified aviation maintenance dataset, which contains over 100 million events, the all-in-one Veryon suite combines OEM-authorized publications, intuitive cloud-based maintenance workflows, and AI-driven insights to help operators, MROs, and OEMs maximize flying time without compromising safety or compliance. Drawing on Veryon’s 50+ years of experience and support from experts who understand aviation, Veryon customers have achieved up to a 75 percent reduction in troubleshooting time for new technicians and up to a 23 percent reduction in downtime costs. Learn more at veryon.com.

Albuquerque, New Mexico — October 25, 2025 — Ultramain Systems, a global leader in aviation maintenance and engineering software solutions, is proud to announce that it has received a prestigious award from Emirates, the Dubai-based international airline, in recognition of the company’s exceptional collaboration, dedication, and performance throughout the successful delivery of the Ultramain v9 implementation project.

The award highlights Ultramain Systems’ unwavering commitment to innovation, operational efficiency, and customer partnership as Emirates advances its digital transformation objectives. Over the course of the project, Ultramain worked closely with Emirates Engineering to deploy the next-generation Ultramain v9 platform, designed to streamline maintenance operations, enhance fleet management capabilities, and improve real-time decision-making across engineering and technical services.

“We are honored to be recognized by Emirates for our team’s hard work and dedication,” said Mark McCausland, President of Ultramain Systems. “This award reflects the strength of our partnership and our shared vision for delivering world‑class aviation technology. The successful deployment of Ultramain v9 is a testament to the collaborative spirit and technical excellence demonstrated by everyone involved.”

The Emirates project represents one of the most significant implementations of Ultramain v9 to date, involving extensive coordination, technical integration, and user enablement across the airline’s global operations. The award acknowledges key contributions in project management, solution design, training, and ongoing support.

“Working with Emirates has been an incredible opportunity,” added Mark Butler, Vice President of Projects and Programs. “We remain committed to supporting their digital journey and ensuring Ultramain v9 continues to bring long-term value to their engineering and maintenance operations.”

When operators begin looking at moving from paper to an electronic technical logbook, one question comes up early… Will this system actually fit how we work? 

It’s a fair concern.

No two operations run in the same way. Procedures differ, fleets differ, and even where two operators face similar regulatory requirements, the day-to-day workflow behind the scenes can still look very different. That’s one of the main reasons paper has remained in place for so long. It may not be efficient, but it is familiar, adaptable, and easy to shape around the operation.

The challenge is that many digital systems solve one problem while creating another. They introduce structure, but often in a rigid way. Instead of improving the workflow, they require the operation to adapt to the software.

In practice, this can create issues:

• More back-and-forth between the flight crew and maintenance to clarify defects
• Duplicated effort in entering the same data across multiple systems
• Inconsistent data capture leading to misinterpretation and repeated defects
• Reduced confidence in the information being used to make operational decisions

In many eTechlog implementations, the biggest challenge is not the technology itself, but ensuring the system aligns with how different teams already work across the operation.

So while it is natural to compare digital systems with paper, that is only part of the picture.

The more important question is this, can the system adapt to the operation and continue to do so over time?

Moving Beyond Paper Is Only the First Step

For many operators, the first stage of the conversation is about replacing paper. That makes sense.

Paper-based aircraft technical logbooks slow information flow, limit visibility across the fleet, and create additional effort when records need to be reviewed, shared, or analysed.

But once an operator decides to digitalise, the decision shifts. It becomes less about paper versus digital, and more about ‘which platform gives us the right balance of structure, flexibility, performance, and long-term fit?’

A digital tech log or electronic technical logbook should not simply replicate the paper process. It should improve how information is captured, shared, and used across the operation, while still fitting into existing workflows.

This is where the design philosophy behind the system matters.

Rigid legacy systems often lead to workarounds, parallel processes, or incomplete adoption,  undermining the very benefits digitalisation is supposed to deliver.

With the REDiFly eTechlog, the focus has been on building a platform that aligns with real operational environments rather than imposing a fixed structure.

Flexibility Means More Than “Customisable”

Flexibility is often used loosely, but in practice, it has a very specific meaning.

It means the system reflects how the operator works, not the other way around. That applies across several areas. Workflows should match how the operation actually handles flight phases, delays, diversions, and defects.

For instance, the structure of the paper logbook, how sectors are recorded, or even something as simple as a fuel uplift workflow can vary quite a bit. A good eTechlog should accommodate those differences, not try to standardise them away.

Checklists need to follow the operator’s actual procedures, not a generic template that looks good on paper but doesn’t match how crews work day to day.

The same applies to data capture. It needs to be structured enough to drive consistency and support downstream systems, but still flexible enough to let the crew describe defects properly. If you over-structure it, people find workarounds, entries become incomplete, and you lose important context.

That balance between structure and flexibility is where many systems fall short. And it’s also where a well-designed eTechlog makes the biggest difference, giving you clean, usable data without getting in the way of operations.

Instead of forcing standard processes, REDiFly allows operators to configure workflows, checklists, and data capture to match their environment.

The aim is not to create complexity.

It is to provide enough structure for consistency while allowing the operation to run as intended, by ensuring the system supports accurate defect capture, clear communication between flight crew and maintenance, and provides data that can be used for troubleshooting, tracking recurring issues, and planning maintenance.

A Modern Platform Should Fit Into Existing Device Strategies

Another practical consideration is how the system is deployed.

Some operators want the eTechlog integrated into their existing EFB environment. Others prefer dedicated devices. In many cases, it is a mix across fleets or roles. This is a decision that directly affects usability, training, and reliability of the system in day-to-day operations.

The REDiFly eTechlog is designed to support this flexibility.

It can be deployed directly within an operator’s EFB environment or on dedicated aircraft-assigned devices, depending on what best suits the operation. In both cases, it aligns with existing MDM environments, so operators retain full control over device configuration, security, and updates.

The result is a solution that fits naturally into the wider operational and IT landscape, rather than forcing change around it.

Responding to Market Demand for iOS

Cross-platform capability remains important, particularly for operators with varied environments.

At the same time, there is a clear demand for iOS, especially in airline operations where iPads are already widely used. To support this, REDiFly has released a native iOS application. 

Native performance improves responsiveness, stability, and usability under operational conditions. These are critical factors when crews are working under time pressure and require a system they can rely on without hesitation.

By combining cross-platform capability with a native iOS experience, the platform supports different deployment models while delivering optimised performance where it matters most.

Integration Matters More Than Ever

Replacing paper is valuable, but if the system then creates a new silo, the problem is only partially solved. Operators already rely on multiple systems across maintenance, planning, flight operations, and finance. The eTechlog needs to connect to that ecosystem.

This is where modern architecture becomes important.

REDiFly is built with modern REST APIs that support full two-way integration with third-party systems. This allows data to move cleanly between platforms, reducing duplication and improving consistency across digital tech log workflows.

A modern eTechlog implementation should support seamless integration, enabling data to flow between maintenance, CAMO, and operational systems without manual handovers.

More importantly, it ensures that maintenance, operations, and planning teams are working from the same set of accurate, up-to-date information.

When data is captured correctly at source and shared in real time, it becomes immediately usable across the operation, giving maintenance and operations teams the information they need to respond quickly and make informed decisions.

Rather than replacing existing systems, the eTechlog acts as a structured data capture and workflow layer that integrates with them. This approach improves data quality at source while maintaining clear system ownership.

Flexibility in Practice

This approach is not theoretical.

Following the implementation of the REDiFly eTechlog, Helvetic Airways highlighted the impact of having a system that aligns with their way of working:

“Going live with the REDiFly eTechlog has been a major milestone for Helvetic Airways. The system adapts to our processes, rather than the other way around, making it easier to collect and manage technical data. It has strengthened our operations’ data quality, security, and reliability across the network. We’re excited about what the future holds with REDiFly.”
— Christian Suhner, CTO, Helvetic Airways

What stands out here is not just the move away from paper, but the fact that the system aligns with the operation, making it easier for teams to capture and manage technical data while improving data quality and reliability across the network.

That balance is often what determines whether a system is fully adopted or becomes another tool that teams work around.

Flexibility Is Also About the Future

Operations evolve. Fleets change, procedures are updated, and new systems are introduced over time.

Implementing an etechlog that cannot adapt to those changes can quickly create limitations.

Implementing a legacy system today, particularly one without a modern and flexible backend, risks introducing constraints that only become visible after go-live.

One example is integration.

As operators continue to invest in digital ecosystems, the ability to connect with both existing and future systems becomes increasingly important. This could include integration with MRO platforms, operational systems, or even onboard systems such as ACARS, where real-time data exchange can further improve visibility and response times.

A system that is not built to support this level of integration can create new silos, requiring additional manual processes or workarounds as the operation grows.

Another example is how operational requirements change over time.

Introducing a new fleet, updating internal procedures, or responding to regulatory changes often requires adjustments to workflows, data capture, and reporting structures. A rigid system can make these changes difficult to implement, leading to misalignment between the system and how the operation actually runs.

A flexible, modern platform allows operators to:

• Adjust workflows as operations evolve
• Refine data capture as requirements change
• Integrate with new systems over time

This ensures the system continues to deliver value beyond the initial implementation and supports the operation as it grows and adapts.

Choosing the Right eTechlog for Your Operation

Flexibility in an eTechlog implementation is not about offering endless options.

It is about ensuring the system fits the operation, from day one and as it evolves.

The goal is not just to replace paper, but to implement a system that supports your workflows, to connect with your existing applications, and to provide data you can rely on every day.

If you’re evaluating your next step, the key question is simple: will the system adapt to your operation, or will your operation have to adapt to it?

If you’re exploring an eTechlog that fits how your operation works, you can book a call below to discuss your requirements.

If you’re responsible for an Aviation Safety Management System (SMS), you’ve probably stared at your reporting dashboard at some point and thought:

“Why is nobody reporting?”

You’ve done the training, communicated the importance of reporting and reinforced the message around Just Culture. And yet, the numbers barely move. When reports do come in, they often lack the detail needed to drive meaningful change.

In our experience, this is rarely because people don’t care about safety.

More often, it’s because the reporting system doesn’t work for the people expected to use it. When a system is difficult or time-consuming, people naturally end up avoiding it, because reporting gets in the way of their job.

The Danger of the “Silent” Operation

In a functioning SMS, reporting is how you identify small issues before they turn into serious risks you can’t ignore.

Safety management is about spotting patterns early. Minor deviations rarely trigger alarms on their own. But over time, they create systemic risk.

When reports stop coming in, visibility drops. You lose the ability to detect recurring issues and emerging trends. Eventually, organisations become reactive instead of proactive.

Fewer reports don’t mean fewer risks. They mean less information.

As the industry moves toward data-driven and performance-based oversight, this creates a serious problem. Regulators increasingly expect organisations to demonstrate that their SMS is effective in practice. Without reliable data, it becomes difficult to show how risks are being identified and managed proactively.

Many organisations remain compliant on paper, but lack the insight needed to anticipate emerging threats.

When Reporting Competes With Work

Many safety professionals assume the main barrier to reporting is motivation. In reality, the barrier is usually much simpler: reporting competes with real work.

After a long shift, asking someone to spend 20 minutes navigating a complex form feels like a penalty. Under time pressure, people do what makes sense. They postpone it or skip it entirely.

Traditional systems often fail because they are designed around how procedures say work should happen, not how it happens in practice.

Some common friction points we see again and again:

The taxonomy trap
Forcing users to select from confusing categories or complete mandatory fields they don’t have answers for leads to box-ticking rather than meaningful reports.

The feedback void

When someone submits a report and never hears back, they quickly learn their effort has no impact. Motivation drops fast after that.

Over time, this creates what many organisations quietly struggle with: a reporting culture that exists in policy but not in practice.

Compliance Expectations Are Changing

In aviation, compliance has always been the main driver. That hasn’t changed. It never will.

What is changing is what compliance actually means.

For many years, organisations could demonstrate compliance by showing that their SMS was documented, structured, and audit-ready. If the processes existed and the paperwork was in place, that was often enough.

Today, regulators expect more.

Global frameworks driven by the International Civil Aviation Organization, along with the continued evolution of oversight from authorities such as the European Union Aviation Safety Agency, are raising the bar. The focus is shifting toward how safety works in practice, not just how it looks on paper.

This means organisations are now expected to show:

• That hazards are being identified early.
  
• That risks are being managed proactively.
  
• That safety data supports operational decision-making.
  
• That corrective actions reduce real-world risk.
  
• That learning is embedded across the organisation.
  

In other words, compliance now requires evidence of effectiveness.

This is a significant shift. It places much greater importance on the quality of reporting, the reliability of data, and the level of engagement across the organisation.

Systems that were originally designed to produce documentation and support audits are beginning to struggle in this environment. Many rely on manual workarounds, fragmented workflows, and low adoption, which makes it harder to demonstrate control and oversight.

The challenge is no longer simply building a compliant SMS. It is building one that can continue to meet evolving regulatory expectations.

So the real question is not:
“How do we motivate people to report?”

It is:
“What is preventing them from reporting today?”

Because without consistent reporting, it becomes difficult to demonstrate compliance in the future.

How REDiFly SMS aims to Solve the Reporting Problem

REDiFly SMS wasn’t built just to satisfy auditors. It was developed through collaboration with safety managers, engineers, and operational teams who were frustrated with systems that technically worked but were rarely used.

The goal was simple: remove the friction from reporting. When the tool works for the user, the data follows.

Here’s how REDiFly addresses the most common failures in safety reporting.

1. The Under-2-Minute Reporting Experience

If reporting takes too long, it won’t happen consistently. That’s the reality in aviation.

REDiFly is designed for fast, on-the-go reporting without sacrificing context or quality.

Mobile-first by design
Pilots, engineers, and operational staff can submit reports directly from their phone or tablet, wherever they are working.

Offline capability
Safety doesn’t stop when connectivity drops. Reports can be captured anywhere and synced automatically.

Context without the typing burden
Voice-to-text, photos, and attachments allow users to provide rich operational context without lengthy narratives.

2. Turning Raw Data into Safety Intelligence

Capturing reports is only the first step. The real value comes from what happens next.

REDiFly connects reporting directly to risk, compliance, and Management of Change workflows so safety data becomes operational insight.

A live risk register
Reports feed directly into your risk framework, enabling early identification of trends.

Standardised risk scoring
Built-in matrices ensure consistency and professional rigour.

Automated CAPA workflows
Corrective actions are tracked and escalated automatically, ensuring accountability and visibility.

As regulatory oversight becomes increasingly performance-based, this ability to demonstrate learning and improvement becomes a competitive advantage.

3. Audit-Ready Oversight Without the Scramble

Compliance should not be a last-minute exercise.

REDiFly ensures organisations are always prepared by maintaining a clear evidence trail.

Regulatory alignment
Supports EASA management system requirements across operators, CAMO, and maintenance organisations.

Full traceability
Every decision and action is logged, making it easy to demonstrate effectiveness during oversight.

4. Closing the Loop: The Culture Multiplier

One of the fastest ways to improve reporting is to show people their input matters.

REDiFly keeps reporters informed about progress and outcomes. When people see that reporting leads to action, it stops feeling like a compliance exercise and becomes part of daily operations.

This strengthens trust and improves reporting quality.

The Future of Aviation Safety Is Changing

Compliance will always matter, but what compliance means is evolving.

Regulators are moving beyond checklists and documentation. Increasingly, they expect organisations to demonstrate that their Safety Management System is effective in practice. This means showing how risks are identified early, how safety data supports operational decisions, and how organisations learn and improve over time.

Global frameworks driven by the International Civil Aviation Organization, along with the continued evolution of oversight from authorities such as the European Union Aviation Safety Agency, are accelerating this shift. Organisations are now expected to provide clear evidence that their systems are producing real safety outcomes.

This is changing the role of SMS.
In the past, systems were often implemented to satisfy audits. In the future, they will need to demonstrate intelligence, engagement, and performance.

As oversight becomes more data-driven, intelligent and user-focused SMS platforms will become the new industry standard.

If you’d like to see how REDiFly supports this shift and helps organisations demonstrate real effectiveness, book a call to explore how modern SMS can make reporting simple, fast, and a seamless part of daily operations. 

Paper technical logs remain in use across many operations, not because they are effective, but because they are familiar.

In most cases, they do not fail in obvious or dramatic ways. Instead, they introduce small delays, blind spots, and workarounds that quietly increase cost and reduce operational control. Over time, those inefficiencies compound across maintenance, CAMO, dispatch, and flight operations.

The real cost of paper technical logs is not necessarily the cost of paper, printing, or storage (although these do add up). It’s the lost time and the decisions teams are forced to make without up-to-date, reliable information.

As operators seek to enhance predictability and planning, many are reevaluating the value of an electronic technical logbook. 

Lost Visibility Is a Real Operational Risk

Operational control depends on visibility. When aircraft status is clear, decisions are deliberate and planned.

Paper logs trap critical information in the cockpit or maintenance office until someone manually moves it. As a result, Operations Control and Dispatch are often forced to rely on phone calls, emails, or informal messages to bridge the gap, because waiting for the logbook is simply too slow.

In practice, this loss of visibility typically shows up as:

• Aircraft scheduled without full awareness of open defects 
• Technical issues surfacing late in the turnaround 
• Last-minute aircraft swaps that could have been avoided 
• Decisions made using partial or outdated information 

The longer it takes for defect, maintenance or safety and compliance data to reach the people responsible for operational decisions, the harder it becomes to plan effectively. Even in well-run operations with experienced teams, delayed information reduces predictability and forces your team into reactive decision-making.

How Paper Technical Logs Undermine Maintenance and CAMO

For maintenance and CAMO teams, paper technical logs delay information and degrade its quality.

Handwritten entries are often incomplete, inconsistent, or missing context. By the time defects are transcribed into digital systems, details are lost, assumptions are made, and the original operational picture is already blurred.

Over time, this leads to familiar outcomes:

• Repeat defects that are harder to identify and trend
  
• Unreliable defect history across aircraft or fleets
  
• Maintenance teams are cleaning data instead of analysing it
  
• An increase in no-fault found maintenance actions
  

Across the industry, no-fault-found events cost operators millions every year, often driven by poor defect data rather than genuine technical uncertainty.

From a CAMO perspective, paper processes also introduce compliance risk. Delayed or inaccurate data makes it harder to track deferrals, life limits, and maintenance intervals with confidence. The work still gets done, but with more manual checking, more follow-up, and less margin for error.

The result is a system where highly skilled engineers and airworthiness staff spend a disproportionate amount of time managing information instead of using it.

Turnaround Time Is Where Paper Does Real Damage

Turnaround is the most time-sensitive phase of any operation, and it is where paper technical logs quietly extract their highest cost.

During a turnaround, crews are completing log entries, engineers are signing off work, pages are checked and handed over, and calculations are performed manually. Each step adds friction and time

These compounds across the fleet

• Crew time is diverted away from operational tasks into admin tasks
  
• Engineers pulled into paperwork during peak workload
  
• Small delays are stacking up across rotations
  
• Reduced ability to recover quickly from disruption
  

Industry data consistently shows that a ten-minute reduction in turnaround time can deliver roughly an eight per cent increase in aircraft utilisation and around a two per cent reduction in operating costs.

Paper technical logs add time to every turnaround, even when nothing goes wrong. That time has to be absorbed somewhere, usually in tighter buffers and reduced slack. Over time, operations become harder to protect when disruption inevitably occurs.

The Labour Cost No One Budgets For

One of the most overlooked costs of paper technical logs is labour.

Paper creates work that exists solely to manage paper. Clerical staff re-enter data into maintenance systems. CAMO teams chase missing or unclear information. Engineers spend time documenting instead of diagnosing. Pilots complete administrative tasks that add no operational value.

Large operators have already demonstrated the impact of removing this friction. Fleets operating with an electronic tech log no longer require dedicated staff to transcribe or manage logbook data, while paper-based fleets still do. When paper disappears, entire support workflows disappear with it.

This is not about cutting corners or reducing oversight. It is about removing low-value work that absorbs time without improving safety, reliability, or operational control.

If a process requires people simply to move information from one place to another, the process itself deserves scrutiny.

What Changes When Technical Log Data Is Available in Real Time

When technical log data is available the moment it is created, the operating model changes. This is the shift enabled by an electronic technical logbook.

Maintenance teams can begin planning before the aircraft arrives. Operations Control can make informed decisions earlier. CAMO can track airworthiness without waiting for paperwork to catch up.

The benefit is both speed and control.

Real-time visibility enables planned maintenance instead of reactive fixes, fewer last-minute aircraft swaps, faster turnarounds, stronger coordination between departments, and more reliable data for long-term planning.

This is not about replacing paper for the sake of digitisation. It is about removing delay from the decision chain and restoring control to the operation.

Where REDiFly eTechlog Fits

REDiFly eTechlog is an electronic technical logbook designed to address the operational gaps created by paper-based processes.

Instead of moving information after the fact, defects, rectifications, and technical status are captured once and made immediately available across maintenance, CAMO, and operations. Everyone works from the same current picture, without transcription, scanning, or manual handover.

The result is not just a digital logbook, but a more predictable operating environment. Less reactive work. Fewer avoidable delays. Better use of skilled people and aircraft time.

For operators planning to move away from paper technical logs in 2026, the question is no longer whether an electronic tech log makes sense. It is whether the system genuinely supports real-world operations, or simply replaces paper with a screen.

The Hidden Cost Is Not Paper. It Is Lost Control

Paper technical logs rarely appear as a major expense line item. That is why they persist.

But their real cost shows up elsewhere, in avoidable delays, in labour spent managing information instead of operations, in data that cannot be trusted quickly enough, and in decisions made without full visibility.

Most operators are not paying for paper logs.

They are paying for the consequences of delayed information.

And in an industry where utilisation, reliability, and predictability directly affect the bottom line, that cost is no longer hidden, even if it remains widely accepted.

Thinking About Moving Away From Paper in 2026

If you are currently evaluating alternatives to paper technical logs or want to understand what a transition to an electronic technical logbook would involve, we are happy to talk.

We can discuss your operation, your constraints, and whether REDiFly eTechlog is the right fit for how you need to operate in 2026.

Not long ago, GE Aerospace brought revolutionary technology to some of the most crucial yet laborious work in aviation: inspecting every nook and cranny of a high-pressure turbine (HPT), including one particular part that spins at tremendous speeds inside the very core of a jet engine. These exquisitely machined, nickel-based disks bear the blades of the HPT and their maintenance requires painstaking scrutiny. Even the most minor anomaly — a scratch or a minuscule smudge of corrosion — requires professional judgment on which engineering disposition applies: whether the part should be accepted, repaired, or rejected.

Such meticulous examination takes time, so engineers at GE Aerospace Research in Niskayuna, New York, and GE Aerospace’s Global Automation and Robotics Center in Bromont, Quebec, spent five years developing robotic inspectors to assist this arduous process — part of GE Aerospace’s broader, decade-plus-long AI development effort. The first AI-guided “white light robot” inspectors were deployed in the maintenance, repair, and overhaul (MRO) shop at the Services Technology Acceleration Center (STAC) in the fall of 2024. 

Here’s a closer look at the white light robots in action.

Every two years, global aerospace and government leaders transform Singapore’s Changi Airport into the center of the aviation universe: the biennial Singapore Airshow. The show has become a premier event — not just for the aerospace industry in the Asia-Pacific region but also as a global showcase of the technology that could define the industry’s future. 

Between the strategic partnerships and deals forged in the exhibition center and the latest technological exhibits on the tarmac (or flying over it), this year’s show featured a number of important announcements from GE Aerospace and its partners in Singapore and the greater Asia-Pacific region. Among them are innovative partnerships with Singaporean governmental entities to advance aerospace technology research and development, new investments to support both commercial and military customers’ maintenance needs in the region, and a new collaboration to study airport operations of Open Fan engine technology in development with CFM International’s RISE program. 

Hot off the press from Changi Airport in Singapore, here are four new announcements from the show.

1. Laying the Groundwork for the RISE Program

In a world-first airport partnership, CFM International, a 50-50 joint company between GE Aerospace and Safran Aircraft Engines, is teaming up with Airbus and the Civil Aviation Authority of Singapore (CAAS) to study the impact of Open Fan and other RISE program* technologies on overall airport infrastructure. This encompasses ground handling, maintenance, and more. The RISE program is a suite of demonstrator technologies aimed at producing at least a 20% improvement in fuel efficiency compared with today’s commercial engines. It includes the Open Fan engine design, which sheds the traditional ducts encasing the engine for improved efficiency with less drag. The study aims to develop a comprehensive readiness framework that could serve as the global blueprint for airframers, airports, and airlines worldwide.     

“This first-of-its-kind agreement is a huge boon for the CFM RISE development program. These technologies are designed to deliver unprecedented improvements in fuel efficiency and emissions in a highly robust future product that can support demanding operations,” says Gaël Méheust, president and CEO of CFM International. “Now, having the ability to perform a real-world demonstration — from ground handling to maintenance actions to airport operations — will give airlines and, hopefully, the flying public confidence in the safety, durability, and efficiency of Open Fan technology.” 

2. A $300 Million Investment in Singapore

GE Aerospace announced a $300 million multi-year investment plan to bolster engine component repair capabilities in Singapore through 2029 — a continuation of the company’s commitment to growing its presence in the Asia-Pacific region. Supported by the Singapore Economic Development Board, the investment will transform engine repair operations, enabling faster turnaround times, improved connectivity, and a more seamless service experience for customers. GE Aerospace plans to establish an AI Center of Excellence to develop AI-enhanced and automated digital inspection solutions, as well as a new facility for REACH (Registration, Evaluation, and Authorization of Chemicals)–compliant coatings and the industrialization of such coatings, and a regional center for critical shaft repairs.

The company’s multi-year investment plan is already taking shape with the opening of a new module repair facility at Seletar Aerospace Park. The facility is dedicated to supporting the growth of CFM LEAP-1A and LEAP-1B high-pressure turbine (HPT) module operations. The investment is important to the global engine fleet in that it allows the company to execute work closer to operators in the Asia-Pacific and Middle East. In addition, by expanding HPT module repair for LEAP engines locally, the company expects to reduce turnaround times and improve engine flow across its global maintenance, repair, and overhaul (MRO) network.

“With the addition of Building 8 to our Seletar campus, we are not only expanding our physical footprint but also expanding our capabilities from engine component–level repairs to engine module–level work on the LEAP-1A/1B high-pressure turbine modules,” says Iain Rodger, managing director of GE Aerospace Component Repair in Singapore. “As the first of our focused module repair shops, this provides better connectivity within our engine overhaul supply chains, initially for Asia and Middle East MRO activity. Many of the components currently repaired in Singapore will be used within these modules, and the announced shaft repair capability will also feed into these modules, significantly reducing turnaround times for our customers.”

3. SPAARC: The New Hub for Aviation Brainpower

Ahead of the airshow, GE Aerospace teamed with the Civil Aviation Authority of Singapore, the Singapore Economic Development Board, and the International Centre for Aviation Innovation to officially launch the Singapore Partnership for Aviation Research and Capability (SPAARC), with the aim of accelerating next-gen aerospace research and development. The collaboration will pursue a wide variety of initiatives, including developing AI-powered decision-support tools for air traffic controllers and pilots to improve real-time decision-making. SPAARC will also focus on designing advanced analytical systems to plan flight routes better, optimizing airspace flow, capacity, and communication between airports, airlines, and flight crews; and explore novel engine designs to ensure that future propulsion systems integrate seamlessly with existing aircraft and airport infrastructure. 

4. Strengthening Defense Ties with Thailand

On the defense side, GE Aerospace signed a memorandum of understanding with Thai Aviation Industries Co. (TAI) to explore military engine MRO support, including the possibility of TAI opening a dedicated MRO shop in Thailand to support the Royal Thai Armed Forces. The initial focus of the MOU will be on the T700/CT7, F404, and LM2500 engine fleets. The goal is to provide innovative in-country services that significantly enhance the availability of military fleets in a region where fleet modernization and optimization are a top priority.

CINCINNATI – March 9, 2026 – GE Aerospace plans to invest another $1 billion in its U.S. manufacturing sites and supplier base during 2026 to help accelerate engine deliveries, ramp production of parts that safely extend time between maintenance shop visits, and strengthen defense production to keep pace with military demand.

The 2026 investment—the company’s second consecutive $1 billion U.S. investment—will benefit sites across more than 30 communities in 17 states. GE Aerospace also plans to hire 5,000 U.S. workers, including both manufacturing and engineering roles, in addition to the 5,000 people it hired last year. View an interactive map of planned investments: https://www.geaerospace.com/manufacturing

“Maintaining U.S. aerospace leadership requires sustained investment in our people, our facilities, and the technologies that will define the future of flight,” said H. Lawrence Culp, Jr., Chairman and CEO of GE Aerospace. “This investment is for our customers, our communities, and our country.”

Since 2024, GE Aerospace has announced plans to invest more than $2.5 billion across its U.S. manufacturing sites and supplier base, including approximately $600 million in sites producing defense engines during the last three years. This manufacturing investment is in addition to the nearly $3 billion GE Aerospace invests annually in research and development.

Accelerating Deliveries
The investment expands capacity at sites producing and assembling commercial and defense engines. This includes $115M in Cincinnati, Ohio—home to GE Aerospace’s headquarters— to modernize infrastructure, increase test cell capacity, and expand advanced 3D metal printing capabilities.  

Defense 
More than $275 million of the $1 billion is planned to upgrade sites producing defense engines and components, helping to strengthen the U.S. defense industrial base to deliver at pace for the warfighter’s evolving needs. Highlights include:
•    $40+ million for Lynn, Mass., to refresh machinery, expand test cell capacity and flexibility to meet delivery pace, and make building upgrades.
•    $10 million for Madisonville, Ky., to invest in new machines increasing part production, inspection equipment, tooling, and facility upgrades.

Commercial 
The company is expanding commercial engine production capacity, particularly the CFM LEAP engine that powers the Boeing 737MAX and Airbus A320 aircraft families. These investments will increase part production for maintenance sites, helping reduce turnaround times. Highlights include:
•    $200 million to expand manufacturing capacity for LEAP high-pressure turbine durability kits that will improve time-on-wing for customers by more than two times in hot and harsh conditions. The investment also supports production of the reverse bleed system, which reduces the need for on-wing maintenance.
•    $20 million for Durham, N.C., for specialized tooling, engine line assembly systems, and building upgrades to support the increased assembly of narrowbody and widebody engines. 
•    $7 million for Lafayette, Ind., in new tools, equipment, and facility upgrades that support engine assembly and increase capacity to meet 2026 narrowbody engine deliveries.

Investing in Supply Chain 
GE Aerospace is investing more than $100 million, as part of the $1 billion, in its external supplier base. These funds will provide tooling and equipment to help stabilize production schedules—critical to meeting delivery commitments. Deploying these investments alongside FLIGHT DECK, the company’s proprietary lean operating model, already have helped improve material input last year by more than 40 percent from priority suppliers compared to the previous year. This, in turn, drove commercial engine deliveries up 25 percent and defense engine deliveries up 30 percent in 2025 compared to the previous year.

Investing in U.S. Workforce 
Today’s hiring news builds on GE Aerospace’s announcement last fall of a new, $30-million GE Aerospace Foundation program to train 10,000 workers by 2030 with the manufacturing skills to support the entire industry.
*CFM LEAP engines are made by CFM International, a 50-50 joint company between GE Aerospace and Safran Aircraft Engines.

About GE Aerospace 
GE Aerospace is a global aerospace propulsion, services, and systems leader with an installed base of approximately 50,000 commercial and 30,000 military aircraft engines. With a global team of approximately 57,000 employees building on more than a century of innovation and learning, GE Aerospace is committed to inventing the future of flight, lifting people up, and bringing them home safely. Learn more about how GE Aerospace and its partners are defining flight for today, tomorrow, and the future at www.geaerospace.com. 

Legal teams aren’t short on expertise; they’re short on scalable content change management solutions. 

Every regulatory update, law revision, or policy amendment sets off a complex chain of document updates, reviews, and approvals, yet many legal workflows rely on manual reviews and outdated technology, simply not fit to handle continuous change across the mix of unstructured formats like DOCX and PDF and structured formats such as XML. Research shows that legal teams spend as much as 11.2 hours per week dealing with document creation and management challenges, with about 6 hours a week wasted on documentation issues, a hidden cost that compounds when legal teams are navigating multiple document versions, formats, and systems. The result is growing operational risk, inconsistencies, and governance models under pressure. 

For legal operations and technology leaders, evolving legal workflows is essential to maintaining control, confidence, and compliance. 

When Poor Change Management Becomes a Risk Multiplier 

Unmanaged content change is one of the most common, and least visible, sources of risk in legal environments. Many legal teams still depend on manual revisions and a patchwork of legacy tools: word processors, spreadsheets, email chains, and static document repositories. While familiar, these tools were never designed for continuous, large-scale content change management. In fact, 90% of “proofread” legal documents still contain errors, emphasizing how traditional content change management practices break down at scale.  

When updates are tracked inconsistently and reviewed using legacy tools, organisations expose themselves to errors that can cascade across multiple documents, systems, and teams. Industry analysis of law firm workflows suggests  document management challenges cost firms approximately 9.8% of their total productivity, translating into less time spent on billable work and more time on administrative overhead. This underscores a critical reality: accuracy at scale cannot rely solely on human effort. As content volumes increase, manual quality control becomes both unsustainable and unreliable.  

What’s needed is a structured, scalable approach, one that treats content change management as a defined lifecycle rather than an afterthought. That shift starts by rethinking how change is detected, processed, and understood across legal documentation at scale.  

Rethinking the Content Change Management Lifecycle 

To manage legal documentation effectively at scale, you need to first rethink content and data change management as a structured lifecycle rather than a series of ad hoc tasks.  Whether teams are working in highly complex enterprise environments or more autonomous, self-managed SME organisations, effective content change governance follows the same core lifecycle, which can be applied through the Find-Decide-Trace Framework. 

1. Find Changes 

The first challenge is knowing what has changed from one version to another. A regulatory update or court decision can impact hundreds, sometimes thousands of templates, precedents, guidance notes, and client-specific variants stored across different systems. For legal teams who need to manually review these large document sets, the whole process is tedious and increases the risk of human error. 

This is where a scalable, high-accuracy content and data change management solution is critical, allowing legal teams to find change across large document sets at speed while maintaining confidence that all relevant differences have been identified. 

2. Decide How Change Should Be Handled 

Once change is detected, legal teams must decide how each change should be handled. At scale, making these decisions manually across hundreds of documents becomes slow and inconsistent. Using the right content change management technology allows legal teams to process change intelligently, supporting rule-based automation while keeping human judgment in the loop for exceptions and high-risk decisions. 

3. Trace and Visualise Change 

 After decisions are made, it is essential to trace how change has been applied. Legal teams need clear, human-readable view into what changed, where it changed, and how it was handled. Manually going through hundreds of pages just to find which section changed is an unnecessary bottleneck that slows down reviews and diverts expert time away from higher-value work. Effective traceability makes change transparent and auditable, enabling faster review, stronger governance, and greater confidence that updates have been handled correctly.  

Real-World Impact: Navigating Change with Confidence 

The value of structured, scalable content change management technology, built around clear principles for finding change, making informed decisions, and maintaining traceability, is already delivering measurable results for legal information providers worldwide. Whether you are managing large volumes of legal documentation internally or migrating vast content libraries from one system to another, robust content change management is critical. Choosing the right technology can drastically accelerate these processes while ensuring the level of precision and reliability that legal environments demand. 

For example, Karnov Group, a leading Nordic legal information provider, used DeltaXignia as part of a large-scale content migration project, successfully merging more than 16,000 XML files into a single, unified source of truth through a fully automated pipeline. By leveraging DeltaXignia’s high-precision content change management capabilities, Karnov was able to validate large volumes of content efficiently and establish a reliable foundation for ongoing updates at scale. 

Another great example of impact is Richard Boorberg Verlag, a long-established German legal publisher, which uses DeltaXignia to manage highly granular structural changes across its vast range of legal publications. This enables Boorberg to process complex updates more efficiently, reduce manual effort, and maintain strict editorial control and governance across evolving content. 

“Quite simply, DeltaXignia Compare saves me time. If you just get a visual result, then you need many, many hours to consume that and understand what’s really going on. With this solution, I can move quickly from detecting issues to deciding how best to resolve them.” – Dr Wolfgang Schindler, Richard Boorberg Verlag 

Ultimately, managing legal documentation at scale requires a fundamentally different approach to change, one that is structured, repeatable, and designed for continuous evolution. DeltaXignia’s role in enabling precision updates, large-scale migrations, and continuous governance demonstrates how the right technology can turn change from a source of risk into a managed, reliable process.  

Built to operate across diverse formats, volumes, and organisational models, DeltaXignia provides a consistent foundation for managing change, whether embedded within complex enterprise systems or used through a more accessible, standalone interface. With upcoming visualisation solutions such as DeltaInsights, even smaller legal teams and SMEs can access the same capabilities of accuracy, visibility, and control, without the complexity of enterprise integration. 

Need Support Managing Change at Scale? 

If your legal teams are struggling to keep pace with regulatory updates, large volumes of evolving documents, or complex review and approval workflows across DOCX, PDF, or structured legal content, you’re not alone. Managing change across legal content demands accuracy, structure, and visibility.  

Get in touch to explore how precision content and data change management can help your organisation reduce risk, improve consistency, and manage legal documentation with confidence at scale

Orlando, United States, 21 April 2026 – Skywise, Airbus’ recently launched digital services company, announced at MRO Americas that it has signed an agreement with JetBlue to deploy its advanced Skywise Fleet Performance+ (S.FP+) solution. The contract will extend the digital solution capabilities across JetBlue’s A320 Family aircraft and its growing A220 fleet, supporting improved aircraft availability and maintenance planning.

As one of Airbus’ most advanced digital services, S.FP+ enables airlines to integrate real-time monitoring, accelerated troubleshooting, and enhanced reliability assessments. By leveraging aircraft data and predictive analytics, this platform optimises maintenance scheduling to reduce operational disruptions and ensure consistent, data-driven fleet performance.

“By implementing state-of-the-art technology like Skywise Fleet Performance+, JetBlue is giving our Technical Operations team more advanced tools to monitor aircraft condition and health, respond more quickly, and plan maintenance more effectively,” said David Marcontell, Vice President Technical Operations at JetBlue. “That helps us improve fleet dependability, strengthen reliability and operate with an important edge in efficiency and execution.”

The JetBlue agreement expands Skywise’s presence in North America and reflects growing adoption of digital services across the region. It also marks one of the first customer agreements announced since the launch of Skywise earlier this month, echoing Airbus’ ambition to seamlessly continue supporting airline operators with integrated and scalable solutions.

Airbus’ Global Services Forecast for North America, also announced at MRO Americas, highlights connectivity and digital solutions as the fastest-growing segment of the aviation services market over the next two decades, creating valuable solutions for more efficient operations and savings for the industry.

With operations in the U.S., Canada and Colombia, Skywise brings together Airbus expertise in aircraft systems, flight operations, and data analytics to support airline customers globally.