Blog (HubSpot)

Finally, a Functional Digital Twin.

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

Finally, a Functional Digital Twin.

Before we highlight how you can have a functional digital twin, we're going to park on the idea of digital twins for a minute.

"Digital twin" has become a common phrase in industrial circles, but it means very different things depending on who’s speaking.

For some, it’s a 3D scan you pull up once a month; for others, it’s part of a complex simulation; and for others still, it's just some amorphous idea in some super-futuristic sci-fi book.

Digital twins are positioned as the next tool to add to the proverbial tool belt, but so far have underdelivered on the promise.

There are image capturing solutions in the market that claim to support daily operations, but they lack true operational support.

There are CMMS softwares in the market that claim to be intuitive and helpful for daily tasks. And although they can improve operations, they certainly lack clarity that modern-day workers need.

Each one helps in certain areas, but none of them truly lets frontline technicians see and do their work in the same place.

A truly functional digital twin is the tool many industrial teams have been looking for. In this post, we’ll break down how a functional digital twin combines the best of a 360° scan and a CMMS to deliver value and clarity for day‑to‑day plant operations.

Why image‑capture alone isn’t enough

Using a 360° camera has become an easy way to document a site. Vendors like OpenSpace and Drondeploy have popularized this method by letting users make scan their sites with consumer‑grade cameras. It’s simple and cost‑effective – anyone can walk through a facility and record progress.

A scan, however, is just that: a 3D model that provides some context but no real action. There’s no added functionality, and no way to overlay real‑time data. When teams need to compare the site to a design model or to track maintenance tasks, the limits become clear.

More advanced 3D digital twins, such as those created by Matterport or NavVis, solve some of those issues. They use laser scanners or drone photogrammetry to build detailed spatial models.

These models are valuable for construction and facility planning, but they are also limited in providing specialized functionality and a limited in the support they can give to day‑to‑day operations.

Why CMMS doesn’t give you the full picture

Computerized maintenance management systems (CMMS) emerged to organize work orders, schedule preventive maintenance and store equipment data. This digitization process has improved the operations in many industries.

The best CMMS solutions replaced pen‑and‑paper logs with databases and spreadsheets. Indeed, that change brought efficiency, but the typical CMMS still relies on text and numbers to describe equipment and tasks.

Although this is typical in many organizations, visualization is a trend that is rapidly effecting even the most established CMMS providers.

As a quick example, if you’re a technician on the floor, you might read a work order in a typical CMMS telling you to “check pump #241” or “inspect HVAC unit on roof level.” You then have to translate those words into a mental map of the plant. Without visual context, it’s easy to misread a location or miss an important connection between systems.

(And we have a lot more of those examples we can share at another time.)

Introducing a Functional digital twin

Aetos takes a different approach. We’ve built what we call a Visual Maintenance Management System (VMMS). At its core, it’s a digital twin of your facility, but it’s designed for everyday use. Complex tasks and critical standard operating procedures are now visualized for your technicians and operators across your plants.

That’s what we set out to change: combining 360° image capture with robust CMMS capabilities for the boots-on-the-ground operators and technicians.

We threw together a short list of how Aetos is providing functionality to O&M teams across the country:

Aetos is Visual and Interactive: A VMMS integrates dynamic, visual information and provides an interactive 3D environment. You aren’t looking at static pictures; you’re moving through a digital version of your plant. You can see equipment with spatial context, view its real‑time (or historical) performance data and access the relevant operating procedure or training module.
Aetos Provides Operational Context – By giving technicians visual context, a VMMS allows them to see their operational data in real time and to interact with equipment in a virtual setting. Work orders become visual tasks. Instead of reading “replace filter on air unit 3A,” a technician clicks on the unit in the digital twin and follows the visual workflow.
Aetos is Mobile and Very Accessible – The platform is cloud‑backed and works on mobile devices. A technician can walk the plant floor with a tablet and update tasks as they go. A manager can review progress from the office or from another facility.
Aetos Unlocks Integrated Learning – Training and knowledge management are built into the platform. New hires can explore the facility virtually, see how tasks are done and practice in a safe environment. [Learn More]

Measurable benefits

We’ve seen measurable results from our customers. By providing immersive training and clear visual context, teams have cut onboarding times by half and eliminated non‑visual work orders.

On average, downtime and operational costs have decreased by 20%, and overall productivity has risen by more than 15%. These improvements come from giving people the context they need to do their jobs efficiently.

Another measurable benefit is remote collaboration and integrated data. With Aetos, teams can confirm asset details, provide digital proof and guide on‑site technicians from anywhere (described as the "Google Street View for industrial operations")

Senior engineers can assist and troubleshoot without stepping foot on‑site, effectively being in two places at once. The platform promotes significantly better asset management, historical maintenance records, standard operating procedures and work orders directly into the 3D digital twin.

Having this information at their fingertips gives technicians unprecedented context before they go on site, which cuts down on unnecessary visits (including those 2 a.m. call‑outs) and speeds up critical tasks.

How this helps plant managers (specifically)

For plant managers, a functional digital twin means less guessing and more clarity. You can:

Navigate your facility from your desk to plan maintenance or coordinate with remote experts.
See real‑time data on performance and condition, making it easier to prioritize tasks and prevent failures.
Provide clearer instructions to teams, reducing errors and repeat visits.
Capture and share institutional best practices and close the growing knowledge gap.

There's more that we unlock for plant managers - as well as other roles in other industries! Check out our bank of Use Cases and see how we can help your team today.

Ready to take a closer look?

A functional digital twin isn’t a buzzword. Yet it has created a lot of buzz in the industry!

It’s a tool that helps your team see and understand their work. Instead of separating documentation, maintenance schedules and training materials, a VMMS unifies them in one visual platform.

If you’d like to explore how a Visual Maintenance Management System could fit into your plant, register for a free demo.

Aetos Imaging - Digital Twins, 3D Scanning, AR & VR News and Updates

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

5 Things We Learned in 2025

“What do you think Aetos learned this last year?”

was how I started a recent meeting with our CEO, Connor Offutt.

His response was (as expected) quick and measured: “Do you mean ‘What did we learn about the market?’, or ‘What did we learn about ourselves?’ ”

I knew a fun, reflective conversation was about to unfold. So I hit “Record,” and the recap practically wrote itself.

What follows is a Top-5 List of Things Aetos Learned in 2025.

1. Real-World Data Emerged as the Next Frontier — and Gaussian Splatting Opened the Door

“We’re going to run out of cat videos to train on.”

For years, AI has relied on the near-infinite stream of content scattered across the public internet. But as Connor pointed out during our conversation, there’s only so much content available that has been captured.

Beneath the humor lies a real inflection point.

AI’s future will require something fundamentally different: high-fidelity, real-world data captured from actual places and things, not generic images or scraped text.

This was the year we watched Gaussian splatting move from academic research into real industrial conversations. It's a cutting-edge technology that allows for real-time, photorealistic visualization. Notably, it's also a much easier scanning and processing method than previous iterations of image capture.

The key learning from 2025? The next transformation in facility and asset management will come from real-world input.

2. Enterprises Are Taking Integration Seriously

“Organizations are tired of duct-taping systems together.”

For decades, industrial organizations were told that connecting everything to everything else was the path to transformation. In practice, that approach ironically created fragility and silos.

Although custom integrations, duplicated permissions, conflicting data sources, and years of IT effort were spent, it just isn’t enough to keep the spaghetti from collapsing.

2025 marked a noticeable turning point. "More customers are seeking a master data architecture (sometimes called a Unified Namespace) in order to keep their information together," remarked Connor.

Instead of direct system-to-system connections, platforms now write into a single source of truth (i.e., Snowflake, Redshift, Databricks) where data is clean, consistent, and controllable. New applications plug into the hub, not into each other.

Enterprises are starting their integrations at the database and benefitting from these more practical connection points.

3. The Myth of the “Non-Technical Operator” Is Gone for Good

“There’s this stereotype that operators don’t like using tech. These guys love technology, and are some of the most engaged and adaptable users we’ve seen.”

The recent stereotype has been that "frontline employees resist technology." This year made it overwhelmingly clear: that narrative is outdated.

Today’s experienced operators and supervisors are looking for ways to help their plant and their team.

They’re not digitally illiterate. They’re digitally pragmatic, meaning these operators are only going to use technologies if it makes sense for them and their teams.

This implies a crucial learning for companies like Aetos: It is our responsibility to design and develop tools that are truly built for the operator.

4. We’re Helping Solve a “Hidden Data” Problem.

“There were times in 2025 that the biggest value we delivered was the data that customers didn’t know they had.”

Some of the most transformative moments this year occurred when customers saw their operations rendered visually and holistically for the first time. Over and over, organizations reacted with the same mixture of intrigued surprise and a desire for stronger capabilities.

Every facility is full of trapped data: knowledge embedded in people, binders, outdated diagrams, or fragmented systems. When Aetos conducts a 3D scan and layers operational data on top of it, that hidden data becomes available and even actionable.

A large manufacturing plant discovered mislabeled assets that had persisted for over a decade. A learning and delivery team uncovered inconsistencies between training materials and reality, leading to updated procedures across their portfolio.

There’s undoubtedly value in visualization, yet there’s also a next layer of data that is uncovered for organizations and their operations teams.

5. This Work Saves Lives

Not all lessons are learned in the boardroom. Some arrive with crushing weight.

This year, a sobering conversation with a prospect in the industrial market shared that they had experienced eleven deaths: a number so staggering it shifted the tone of the prospecting conversation instantly.

We will never share details publicly. But the impact internally was profound. It reminded us that our mission isn’t abstract. It isn’t about digital twins for innovation’s sake or VR for novelty. It’s about something deeply human:

Keeping people safe.

If we can remove unnecessary ladder climbs, eliminate truck rolls and site visits, reduce hazardous exposure, and give teams accurate context before they ever arrive onsite, that is the work that truly matters. Better trained, better informed, and better prepared teams are a primary goal for our efforts at Aetos.

For those of us who serve the industrial sector, it is our job to create tools that are more than just pretty to look at, and seek to deliver a solution that actively works to enable the boots-on-the-ground technicians to do their work safer.

A Year Marked by Growth

Although Connor and I did discuss some cool product launches and new features throughout 2025 that we are proud of, our conversation primarily focused on how our customers – and the market – are experiencing the changing landscape of the digital frontier.

As we step back from 2025, what becomes clear is that these five learnings are all tied to our customer’s experience in their own individual facilities and across portfolios.

When viewed together, these five lessons tell a larger story: the industrial world is entering a new phase—one defined by clear data architecture, actionable real-world insights, and, most importantly, a profound commitment to the safety of the human beings on the floor.

That's the future Aetos is building, and we can’t wait to be there for our customers in 2026 and beyond.

The Connected Worker for the Present and Future: Why Southern Company is Using Aetos

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

The Connected Worker for the Present and Future: Why Southern Company is Using Aetos

An employee on the production line, a technician in the field, and the operator managing work order schedules all have something in common: their job is built around efficiency.

Time directly impacts P&L.

And lag – whether it be in communication, task completion, decision-making, or in confirming equipment status or accuracy – directly impacts time.

Cutting lag is integral for faster, more efficient operations. The best way to do it? By connecting your workforce to the tools, knowledge, and SOPs.

Some solutions connect information, but do it in a way that still requires interpretation; spreadsheets and itemized lists are static and only so helpful as an employee’s memory allows.

Aetos is the most visual solution for the Connected Worker. Seeing tasks, equipment, and more within the context of a functional digital twin is changing how organizations are able to manage, maintain, and train across their facilities.

What is a Connected Worker?

There’s a limited perception that “connected worker” is simply a technician holding a mobile device.

Although that’s a good place to start, a connected worker is someone empowered with the right information, at the right time, in the right context. They’re digitally linked to their environment, their team, and their tools.

Instead of operating in silos or relying on outdated binders, connected workers move confidently through complex facilities with knowledge at their fingertips and the ability to collaborate in real time.

Organizations are seeing that by connecting their workforce to the tools and information they need (on a single pane of glass, mind you) means bridging the gap between people, processes, and technology.

It’s allowing frontline workers to access digital procedures, training, and asset information as well as creating alignment across every layer of the organization. In practice, this turns daily tasks into opportunities for continuous improvement, where, theoretically, every worker on every shift can contribute insights and best practices.

At its core, the connected worker is not about replacing people with technology, but rather about empowering people with technology. When workers are supported with clarity, visibility, and collaboration, they’re safer, more confident, and ultimately more effective in their roles.

How Aetos is Connecting Southern Company Workers

At a time when technological advancements are reshaping entire industries, Southern Company continues its longstanding tradition of embracing solutions that enhance operational efficiency, safety, and reliability.

One example of this commitment is the recent testing and ongoing implementation of Aetos technology at Alabama Power’s Plant Barry and within Power Delivery, with near-term plans to expand to other generation and delivery sites across the Southern Company system.

By using Aetos’ platform, Southern Company is giving its workforce a powerful connected worker experience. Engineering, operations, and maintenance teams can now access a high-resolution digital model of their facilities, providing a level of detail that allows for virtual walkthroughs and inspections without the need for constant physical presence.

Workers can also assess equipment documentation remotely, review training materials, identify potential issues, and plan maintenance activities with precision.

The benefits extend beyond efficiency. Safety is enhanced by reducing unnecessary on-site inspections. Planning and collaboration are streamlined, with engineers, planners, and field technicians all accessing the same detailed models for a unified approach to decision-making.

Additionally, substations and plant infrastructure are comprehensively mapped, enabling better outage response, inspection planning, and upgrade management.

This initiative is part of Southern Company’s broader Connected Worker program – an intentional strategy to ensure field workers have access to asset information, engineering documents, maintenance records, and site-specific training.

By equipping teams with this visual and data-rich environment, Southern Company is simultaneously improving operations and future-proofing its workforce against the challenges of knowledge transfer and industry demands.

Why Even More Organizations Are Adopting This Approach

It’s not too hard to imagine why organizations want their workforce to be safer, more confident, and more effective in their tasks. The idea of the connected worker has taken shape and taken flight out of necessity to limit lag and the desire to have more productive operations.

The timing of this shift is intriguing as well.

Many industries are facing a perfect storm: aging infrastructure, an experienced workforce heading into retirement, and younger generations less likely to stay in one role for decades. Add to that the increasing demands of compliance, efficiency, and safety, and it’s clear why organizations are rethinking how they equip their teams.

Being connected is now more about resilience than convenience.

Organizations also recognize that the pace of change is accelerating. Regulatory requirements, sustainability targets, AI at every corner, and new energy systems are reshaping how work gets done. Companies that can adapt quickly by keeping their workforce connected and informed gain an edge in meeting these new demands.

Adoption is not just being driven by leadership but also by the workforce itself. Workers increasingly expect modern tools on the job – which isn’t an unjustified expectation as society uses apps, data, and real-time communication in their personal lives.

Even though there are tangible benefits to connecting a worker to the information they need, meeting these expectations helps organizations attract and retain top talent in industries where skilled labor is scarce.

The risks of staying disconnected are clear: Outdated SOPs, siloed systems, and tribal knowledge lead to rework, downtime, and costly mistakes.

Over time, organizations that fail to connect their workforce will face widening performance gaps compared to competitors who embrace this transformation.

Proof in the Numbers

Industry leaders like Southern Company are reporting measurable results when connecting their workforce with Aetos:

10%+ lower operational costs tied to rework, overtime, and inefficiency
20% shorter project timelines through better collaboration
30% higher retention when institutional knowledge is captured and shared
40% quicker resolution of issues with visual SOPs and remote access
50% faster onboarding of new technicians
A significantly better user experience in managing Work Orders
Reduction in compliance issues and safety reports
and more

These numbers illustrate a shift from theory to reality.

The ROI of the connected worker isn’t abstract. It’s backed by tangible improvements that organizations are measuring across their operations. For many, the payback period on investments in connected worker technologies can sometimes even be measured in months, not years.

What’s also notable is how these outcomes build on each other.

A quick, logical example: Better onboarding means faster retention and fewer mistakes. Fewer mistakes reduce downtime. Less downtime improves project speed and lowers overtime costs. The result is a compounding effect that reshapes performance at every level of the organization.

When you add workforce retention to the mix, there’s increased value. Retaining skilled employees reduces training costs, preserves institutional knowledge, and helps build a culture of continuous improvement. These benefits reinforce one another, making the connected worker strategy a cornerstone of long-term competitiveness.

The Role of Visual Technology in Enabling the Connected Worker

What makes the connected worker possible today is the convergence of immersive visualization, data integration, and intuitive digital tools. With advancements in 3D imaging and digital twins, entire facilities can now be mapped and navigated visually.

Aetos has been described as a “Google Street View” for operations. Layering asset data, SOPs, and live inputs into this digital environment allows workers to orient themselves, access information instantly, and execute with clarity – all from the plant floor, conference room, or across the State.

Context-rich enablement is what elevates the idea of “connected” from concept to practice.

Visual technology is particularly powerful because it speaks the universal language of context. A floor plan or spreadsheet may require interpretation, but a visual walkthrough shows a worker exactly where they need to go and what they need to do. Such visibility inherently eliminates ambiguity, speeds up execution, and makes training more intuitive.

Equally important is how these tools unify data streams. Maintenance records, compliance documentation, IoT sensors, and live operations data can all be aggregated into one digital environment. Instead of toggling between systems, finding the right flash drive, or chasing down paper files (in the filing cabinet down the road), workers gain a single source of truth that supports consistent decision-making.

Final Thoughts

The connected worker initiative that so many organizations are seeking to solve is more than a buzzword.

It’s a fundamental shift in how work gets done in complex industries.

It’s about the technician – the boots-on-the-ground worker – and giving them the tools, context, and confidence to do their jobs better and safer.

For leaders, the challenge is no longer proving whether the connected worker approach works, but instead, deciding how quickly they can implement it. Those who delay risk being left behind.

The connected worker represents the future of industrial work: safer, faster, smarter, clearer, and more resilient. How is your team seeing the benefits of a connected worker? And if you haven’t already, when will your organization take the step to connect?

Visual Scans: A Complement to O&M Teams

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

The Missing Layer of O&M Systems: Visual Scans

Mark is an O&M Manager at a world-leading chemical manufacturing company. His main priority - and by extension, his teams' main priority - is to ensure their operations remain as safe and accurate as possible.

And although their systems are good, a missing layer is present.

Numerous times, Mark’s operators have struggled with executing their tasks due to confusion on where an asset is located and how to service the asset as their team changes.

This can be frustrating for Mark, as you can imagine.

And, as you can imagine, Mark isn’t alone.

Operations and Maintenance (O&M) teams have long relied on established systems to keep plants, utilities, and facilities running. From CMMS platforms to binders of SOPs, the foundation is there.

Yet, something is missing in their O&M processes. Traditional systems are capable of capturing data and methods, but they can never fully realize the visual context that workers need every day.

Why Traditional O&M Systems Fall Short

Let’s step into the shoes of a technician for a minute.

They were just assigned a corrective work order on a leaking process line. Typically, the work order Asset/Location would come across like this:

Asset: 6” Process Line – Caustic Transfer Header

Location: Unit 200, West Pipe Rack, Line No. 6C-204

Now, this description may be adequate to a technician who walks Unit 200 regularly. But for you or me, we couldn’t begin to guess where to start.

This O&M process has a missing layer: traditional O&M systems rarely show you visual context.

Scrawled pencil directions are limited, as are printed descriptions. Photos and/or PDFs only provide a single perspective. As a result, valuable time is wasted searching for equipment, orienting in the facility, and making sure the technician is in the right place.

(Imagine how much time you or I would spend looking through that West Pipe Rack…)

To be clear: this inefficiency is not intentional.

O&M systems were initially designed for data entry, not immersive navigation. And when workforce turnover is high, or institutional knowledge walks out the door, a corrective work order for Unit 200 starts to require more hand-holding from management, slower processes, and longer downtime.

The Role of Visual Scans

Imagine if that technician (or you or I) had access to a digital scan that showed exactly where the leaking process line was located.

It’s not a stretch to see how much time could be saved just looking for the asset needing servicing, let alone having digital work instructions provided and accessible.

The missing layer of O&M is found in a visual scan.

Designed specifically to be a complement to existing O&M processes, a visual scan is a powerful tool for operators and technicians alike.

Instead of asking workers to recall or imagine the environment, they can step directly into a high-resolution 3D scan of their facility. And further, technicians can preview the asset in question and see the space they will be servicing before starting the task.

(Side note: previewing a site can eliminate a redundant trip up a ladder or a truck on the highway - leading to a reduction in hazardous risk. But that's a whole other use case!)

Assets are digitally stored in a 3D environment and are now more than just entries in a database. Equipment and facility layouts are now supported in a digital scan for O&M teams.

With this visual context, work orders become actionable, training becomes site-specific, and knowledge transfer becomes intuitive. To be sure, the scan doesn’t replace a CMMS or SOP libraries (though it can), but rather complements O&M procedures by grounding tasks and data in the real-world environment.

Real Benefits for O&M Teams

Using visual scans to complement O&M tasks has tangible benefits. For maintenance leaders like Mark, there’s a measurable impact beyond a better user experience for their operators.

Faster mean time to repair (MTTR): Technicians navigate directly to assets instead of hunting them down. A client recently shared that we cut asset location finding times from 10 minutes to 12 seconds.
Reduced downtime: Knowing exactly where equipment is located shortens service windows, leading to faster resolution and more competent task completion. Some of our clients are reporting a 25%+ reduction in downtime.)
Stronger compliance: Safety procedures can be visualized and reinforced within the scan. And like previously mentioned, some hazardous risks can be reduced or eliminated entirely with using a visual scan for previewing and planning.
Fewer errors: Clear, site-specific guidance cuts out guesswork and rework, preserving dollars, hours, and peace of mind. The math is simple: less errors = better margins.

Aetos is realizing a lot of these benefits for our users. Our digital scans are complementing O&M teams in significant, measurable ways. Partners report ROI metrics like 25% downtime reduction, 50% faster onboarding, and 20% fewer mistakes in safety procedures when visual context complements existing O&M systems.

The Future of O&M Is Visual

The missing layer of O&M has been found. By using visual scans as a complement to daily tasks, every corner of a plant, facility, and piece of equipment can be visualized.

These digital scans make data actionable for the workforce, and connects them to their processes like never before.

Aetos helps technicians interpret work orders, SOPs, and other tasks necessary for the safe functions of an organization. Better support, clearer instructions, and empowered operators – all possible with visual context.

So when Mark assigns either of us to fix that leak on that West Pipe Rack, we can get right to it: the right work, at the right spot, without wasted steps.

Why Your Facility Needs Its Own “Google Street View” for Operations

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

Why Your Facility Needs Its Own “Google Street View” for Operations

"Aetos is like using Google Street View in my facility - except way more helpful."

That was what one of our users shared a few weeks ago, and we loved the way he explained it.

In this month's blog, we present a unique idea: similar to how visual navigation with Google Street View is intuitive and immersive, what if we could give that same experience to technicians and operators within their own plant?

What would that do for a facility?

How would that change daily operations?

Could this enablement really change the way workforce personnel experience tasks, troubleshooting, and training?

Ready to see your facility in a whole new dimension — literally?

Visual Context Is More Necessity than a Luxury (but it's both)

We lean on visual tools to make faster, smarter decisions.

We don’t unfold paper maps anymore. Instead, we use digital visuals that allow us to zoom, orient, and act.

When you're heading somewhere new, Google Street View tells you what to expect before you ever arrive.

Aetos is the same way.

Yet when it comes to industrial and commercial operations, we still expect workers to function without that kind of clarity. Floor plans are flat, photos are disconnected, and asset information lives in too many places. This makes everyday problem-solving slower, more error-prone, and more frustrating.

The Problem: Operational Blind Spots

Despite massive investment in digital tools, most facility teams are still operating in the dark. Information is siloed. Technicians rely on memory, tribal knowledge, and stacks of inconsistent documentation.

Training happens in conference rooms, far away from the real-world complexity of the production floor.

Even basic tasks – like finding a valve or confirming the right breaker – can require phone calls, digging through files, or wandering the facility. The more complex the system, the harder it becomes to navigate without guidance.

And when seasoned workers leave, that critical site-specific knowledge often goes with them. The cost? Lost time, compromised safety, and inconsistent results.

The Opportunity: A Digital Window Into the Physical World

Imagine if your team could virtually walk your facility (from control rooms to rooftops) with just a few clicks.

Zoom in on a pump.

Tap to access maintenance logs.

Click to play a step-by-step video from the manufacturer.

Or pan around to see upstream and downstream components.

This kind of visual interface makes complex environments feel intuitive. It creates a shared understanding between teams, even across shifts or locations. It also turns any device into a portal for real-time knowledge.

Whether you’re on-site or remote, your facility becomes accessible, explorable, and navigable.

From Task Execution to Total Visibility

With a visual-first experience, your workforce gets to complete tasks and understand them.

That leads to:

Faster onboarding with immersive, site-specific training
Easier troubleshooting when teams can visually trace systems
Stronger compliance and safety, with SOPs layered directly into the environment
Less downtime due to improved awareness of surrounding assets and configurations

And beyond efficiency, this also creates ownership. When workers can see how their actions impact the larger system, they feel more connected to their role. That context drives better decisions, stronger engagement, and fewer errors.

Every facility has quirks and inefficiencies like unlabeled valves, workarounds, missing signage, or custom processes passed down verbally.

There's risk with these types of gaps: Best practices and efficient operations that could be digitized and passed on actually leaves when your people do.

A visual operations platform captures and standardizes these nuances so they don’t disappear. Your facility becomes teachable, sharable, understandable, and future-proof.

It allows teams to annotate, layer in SOPs, and document context around every asset: not just what it is, but where it is and how it’s actually used.

As a result, every task becomes repeatable and scalable. Your processes aren’t both documented and experienced. That’s how institutional knowledge becomes institutional memory.

Your Facility: Digitized, Visual, and Available

What Google Street View did for cities, our visual operations platform can do for your facility. Aetos makes your environment explorable, your workflows clear, and your workforce confident.

It’s time to stop managing your operations with outdated PDFs and start giving your team the modern tools they deserve. Welcome to the visual revolution (a close cousin to digital transformation).

With every scan, you’re building a smarter, more connected workplace. This is more than a technology shift; it’s actually a mindset shift for your current and future workforce.

So fold up those maps and roll up your sleeves because the future of work, training, safety, and procedures isn’t flat – it’s immersive.

3D Scans for Technical Tasks

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

A Safer Tool for Operations: 3D Scans for Technical Tasks

“Our number one goal? Easy. Eliminate hazardous risk in the facility.”

When asked about the top priority for their operations, a plant manager gave that response.

“If we can eliminate risk on site, we’re winning with our guys. And typically our technical processes are the ones that have the most risk involved.”

Every day, operators across energy, chemical, and manufacturing sites perform procedures that demand precision and carry risk.

From hydrogen purging to high-voltage switching, even one misstep can have serious consequences.

Plant managers know the importance of using their resources, culture, and systems to create the safest environment possible in the nation’s most dangerous industries.

Legacy Methods Don’t Cut It

When it comes to keeping employees safe, the best methods are the most critical to keeping workers in the clear.

Legacy training methods have been helpful in the past, yet they can also be the bare minimum and a barrier to better safety.

Traditional instructions (like paper SOPs, classroom walkthroughs, or “follow Joe, he’s been here 20 years”) are no longer enough to protect teams, and do a poor job of truly preserving critical knowledge.

Specific to safety, the best organizations are always looking for ways to change the way people work, isolate people from a hazard, or even physically eliminate the possibility of risk.

Safety professionals often use a framework called the Hierarchy of Controls to prioritize the most effective ways to reduce risk – putting on personal protective equipment all the way up to physically removing hazards.

Those traditional methods are important for giving teams context for how technical tasks have been executed in the past.

But they all lack spatial context.

A diagram of a hydrogen purge or a checklist for a high-voltage switch may have the “what” that needs to be done, but significantly lacks visual context. Costly delays, unsure execution, and unsafe improvisation all expose a technician and facility to risk.

Workers need a better tool for these technical tasks.

In talking with many of our users, we’ve found that 3D visualization aligns squarely with engineering and administrative controls, yet is also capable of delivering at the elimination level. Digital scans are able to isolate people from hazards and change how work gets done, long before PPE is even needed.

The Advantage of 3D Scans

Why are we suggesting utilizing 3D scans for technical tasks?

A Digital Transformation leader at a leading utility company answered this question in relation to how his team is using 3D scans across their power generation fleet.

“We use the technology to access information about equipment for operations and maintenance. Now, we’re using computer systems to find accurate information much more efficiently through the Aetos models.”

What he’s describing is the shift from static information to situational awareness.

3D scanning changes everything.

This solution is letting teams layer critical knowledge on top of high-resolution digital twins; teams can train on procedures step-by-step before even setting foot onsite.

Embedding visual SOPs and training courses on a digital representation of their actual facility is the modern way for on-the-job training, without the hazards, scheduling conflicts, noisy distractions, unsafe environments, or production downtime.

3D scans truly are a loaded advantage for organizations looking to take their technical tasks to the next level.

Best practices, in-depth training, and visual guidance are all readily available at a technician’s fingertips. Your facility – and all its O&M systems and processes – is now in your pocket.

When you combine visual SOPs with contextual training, you turn procedural compliance into operational confidence

Reducing Risks Before They Happen

Visualizing technical tasks eliminates many of the most common risk factors in high-hazard environments.

New and current employees can learn and understand areas virtually instead of climbing a ladder or getting in a cab.

Supervisors and safety leaders can further explain what the learner needs to know with visual context.

Reducing these risks also improves outcomes:

- Fewer hazardous exposures as digital rehearsal means fewer truck rolls, climbs, or confined entries.
- Faster knowledge transfer by leveraging a comprehensive learning platform that speaks to all 4 learning styles.
- Better retention and compliance due to teams remembering procedures longer and performing them more accurately.
- Reduced incident rates as employees understand why and where each action occurs.

In industries where safety and uptime are inseparable, those gains matter.

That’s why organizations are turning to 3D technical training: a safer, more immersive learning environment where employees can visualize procedures, practice steps, and access best practices and professional support.

See the Space Before Setting Foot Onsite

The ability to preview a facility virtually before ever stepping foot onsite changes how teams prepare, plan, and protect themselves (and significantly reduces truck rolls or ladder climbs).

A technician can now familiarize themselves with valves, lines, and hazard zones in a true-to-life 3D environment. Schematics and photos just don’t accomplish what a 3D scan can.

Likewise, supervisors can verify that each worker understands the sequence, space, and safety boundaries of the task before the first wrench turns.

It all points to a new level of situational awareness: teams can prepare and arrive onsite more informed and more confident.

Bridging the Gap Between Legacy and Modern Systems

Change doesn’t – and won’t – happen overnight. Some training programs have taken decades to build. Companies have every right to be cautious about adopting tools and technologies.

However, modernization does not mean replacement of those legacy systems.

We know introducing a new solution might disrupt what already works.

That’s why our approach starts with respect for your existing systems and people.

Because of this, Aetos aims to bridge that gap and be your partner on your digital transformation journey.

We work alongside your existing systems (ie SOPs, CMMS, and/or LMS) and bring them to life. Aetos proudly integrates with most of the legacy systems in place. Instead of forcing a new process, we aim to help your current one be smarter and more connected.

Our approach is practical: start small, prove value, and scale with your operations.

Visual tools strengthen your safety culture. We aim to help you engineer out exposure and change how work is done – two of the highest forms of control in the safety hierarchy.

Your safest workers are your most informed workers. And when it comes to complex, technical tasks, giving the most information (and the most readily available information) is the safest way to operate.

Eliminate hazardous risks. Train with site-specific context. Give your current teams – and your next generation of workers – the safest tool for today and tomorrow.

These Phrases Are Symptoms of Ineffective Process Management

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

These Phrases Are Symptoms of Ineffective Process Management

Heard any of these before?

“That’s not how we do it at the other plant.”

“Why didn’t anyone tell us this was happening?”

“We’re constantly playing catch-up with safety checks.”

These phrases pop up whenever workers are misaligned and are almost always the symptoms of ineffective process management.

They signal deeper issues. The symptoms of poor process management can silently erode efficiency and safety. In fact, according to IDC research, inefficient processes cost organizations up to 20-30% of their annual revenue.

Weak process management yields weak communication, methods, and eventually weak production.

Strong process management yields strong communication, methods and eventually strong production.

Essentially, process management actually gauges how an organization performs.

And unfortunately in the industrial environment, process management often takes a back seat to more visible operational challenges like output, staffing, safety, and inventory control.

The hidden inefficiencies and disorganization that stem from poor process management can have significant consequences.

Facility managers are always looking for streamlined strategies to get a firmer grip on their facility. If processes aren't assessed and improved, FMs may continue to hear the following symptomatic phrases and struggle with deeper operational issues within their organization.

**Phrase: “Well how do you do it?”**

Symptom: A Lack of Standardization Across Sites

Inconsistent processes between different locations or even departments within the same facility can create confusion and inefficiency.

When each site or team follows its own version of standard operating procedures (SOPs), it becomes nearly impossible to maintain uniform quality, productivity, and safety standards across the board.

Phrase: “That’s not what I was told!”

Symptom: Siloed Communication Between Teams

Similar to differing versions of SOPs, many industrial operations are plagued by poor communication between departments like operations, maintenance, and safety teams.

This lack of cross-functional communication can result in critical information being missed, duplicated efforts, or misaligned priorities—all of which lead to avoidable delays and issues in the production process.

Phrase: “Just sign at the bottom. They never check anyways.”

Symptom: Poor Compliance and Safety Processes

Safety is paramount in complex facilities. And process management is essential for ensuring compliance with safety and environmental regulations. However, many facilities lack the tools to consistently enforce compliance across all processes.

Without clear visibility into how safety protocols are being followed—or the ability to quickly address non-compliance—facilities risk fines, operational shutdowns, and even endangering workers.

Phrase: “Call Joe. He’s the one who knows how to do this.”

Symptom: A Lack of Transfer of Institutional Knowledge

Organizations are hamstrung when best practices are undocumented and instead live in the heads of the senior operator. And worse, when Joe retires, years of accumulated knowledge goes with him.

The industrial sector faces a significant challenge: without adequate systems in place to capture and retain operational knowledge, younger or less experienced workers struggle to maintain established processes, leading to a decline in productivity and safety.

Phrase: “This is the way we’ve always done it.”

Symptom: Outdated or Inflexible Processes

Many industrial facilities are stuck using outdated processes that were developed years ago and have not been adapted to modern needs.

These legacy processes are often inflexible, making it difficult to adjust when production demands change or when new technologies could improve efficiency. As a result, facilities may find themselves locked into workflows that no longer serve their best interests, creating bottlenecks and inefficiencies.

Phrase: “I know we have the data, but it’s all over the place.”

Symptom: Disconnected Data Systems

In many industrial facilities, process management suffers because critical data is scattered across multiple systems. (Maintenance data might reside in one system, while production data lives in another, and neither integrates with operational oversight.)

This lack of data integrity and accessibility leads to misalignment where decision-makers can’t access a complete, real-time view of operations. The effect? Delays in identifying issues and missed opportunities for optimization.

Phrase: “Yeah, but I don’t know if this process is actually working.”

Symptom: Limited Visibility & Understanding of Processes

One of the most frustrating aspects of managing industrial facilities is the difficulty in understanding how well processes are actually working.

With limited visibility into the performance of processes, organizations often rely on guesswork to identify inefficiencies, leading to reactive rather than proactive management of operations.

Phrase: “We Need Something Different.”

Symptom: It’s time to assess and act.

Although the aforementioned issues may not always be visible, the consequences are real: lost time, wasted resources, and increased operational risks.

Have you experienced any of the listed problems? Or heard any of the comments within your four walls? Could it be time to elevate process management within your organization?

Improved processes can actually alleviate, mitigate, and sometimes even eliminate the “more visible” operational challenges.

With stronger processes, you can start to enable stronger production – and start to hear things like “It’s so nice to all be on the same page!”

Don’t wait for the symptoms to escalate into full-blown operational inefficiencies. Conduct a process audit, engage your team, and assess where improvements are needed. Strengthening your process management today will lay the foundation for tomorrow's success.

Manufacturing Training: Revolutionary 3D Visual Courses

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

Manufacturing Training: Revolutionary 3D Visual Courses

Manufacturing training has been revolutionized with immersive 3D visual courses from Aetos Imaging, tailored to improve the training process for industrial and manufacturing environments.

What is a 3D Visual Manufacturing Training Course?

Traditional training methods are evolving, and the need for innovative solutions has never been greater. There aren't many LMS for manufacturing or the industrial space in general, and Aetos is here to fill some of those gaps.

This pivotal shift is driven by advancements in technology, specifically the rise of 3D visual training courses in the industrial and manufacturing spaces.

3D visual courses revolutionize how skills and safety protocols are imparted, making training more engaging and effective. In fact, according to this study on visual learning, "Visual content boosts recall to about 65%, compared to only 10–20% from spoken or written material."

Aetos is intent on integrating these visual methods to enhance workplace training, foster increased understanding, better safety, improved quality of life, and retention among employees.

In the energy, utilities, and manufacturing industries, training is essential for bridging the skills gap and ensuring consistent training across the workforce.

This article aims to explain components of creating an effective 3D visual learning experience, examine the significant benefits these courses offer, and outline how prioritizing safety and clear communication can elevate training in the industrial sector.

Aetos is taking an immersive approach - similar to Google Street View combined with YouTube and an LMS. Your real built environment as the interface. Videos, quizzes, step-by-step visualized training modules, and more, all inside. You can sign up to experience it for yourself from our homepage here!

This visual experience allows trainees to navigate the manufacturing environment virtually, aligning with modern learning styles and enhancing training delivery methods. We built this learning system specifically to support your boots-on-the-ground employees like your operators and technicians, and are excited to dive deeper into the how/why.

Enhanced training comprehension for facilities workers

Using 3D environments for learning opportunities enables companies to convey complex concepts more effectively.

Employees can experience realistic work settings, which assist in understanding company policies and safety procedures. By leveraging this technology, industrial & manufacturing companies can enhance both technical skills and soft skills, contributing to a well-rounded manufacturing career for employees while improving product quality and adherence to safety standards.

Traditionally, manufacturing training involves classrooms for training sessions or on-the-job learning, focusing on theoretical knowledge and practical skills. However, these methods can be disconnected from the actual manufacturing environment workers operate in, often lacking engaging training content.

Aetos offers a solution by integrating a site-specific 3D visual guide, allowing trainees to experience the facility's actual layout and processes virtually. The value of a 3D visual manufacturing training course lies in its immersive experience, which supports all kinds of training and compliance activities.

It supports effective training by providing a realistic simulation of the production process. This approach can significantly enhance the learning objectives by offering clearer insights into job skills, safety protocols, and company operations.

As a result, this type of learning and training process becomes more effective, interactive, and easily adaptable to the specific needs of manufacturing companies.

The Six Steps to Creating an Effective Visual Training Program

In these six steps, we outline our process of how efficient, yet granular you can make a training program when you have a 3D visual environment as the learning interface for your industrial or manufacturing training environment.

1. Conduct a 3D Scan: First, organizations must establish what spaces they will want their teams to virtually train in. By starting with a site-specific capture with detailed 3D visualization, the facility management team can ensure training materials are accurate and context-specific.

2. Define Training Goals: Establish clear learning objectives that align with the company's training needs and safety standards. When delivering any type of safety procedure, regulatory compliance, or general knowledge transfer, the what of a training is vital when determining the how a team is trained.

3. Develop Training Content: One of the most obvious (yet typically underutilized) steps of the process. Content is critical. Add visual aids such as step-by-step work instructions and interactive scenarios to enhance retention and understanding. You can create content related to any other compliance training platform you already use, or any other type of LMS you already have. Because Aetos provides you with visual context to everything while also including video and photo capabilities, creating new content and adding new training courses has never been easier! In just a few clicks you can create an entire training chapter.

4. Launch Instructor-Led and Online Training: Mix instructor-led sessions using video content with online training quizzes and testing to cater to diverse learning styles and enhance flexibility. Our most efficient customers utilize their in-house subject matter experts for instructor-led training to create short explanatory videos that are housed within the 3D learning environments.

5. Leverage Dynamic Feedback within the Aetos Training Platform: Harness real-time data and training records to transform static modules into immersive, learner-centric experiences. By integrating advanced guidance features directly into the 3D environment, you deliver context-specific support, accelerate skill mastery, and amplify operational safety. This data is also helpful for compliance and training audits - your auditing process will be faster than ever through visual confirmation.

6. Evaluate and Iterate: The goal is to deliver the best possible manufacturing process, as safely as possible. Regularly assess training effectiveness by gathering feedback and consistently updating the training program to address evolving needs and challenges. You can learn more about Aetos processes here.

Next-Level Safety Training: A Top Priority for Industrial Companies

3D visual environments elevate safety training by simulating real-world scenarios, allowing employees to practice safety procedures without physical exposure to risks.

These comprehensive training programs reduce the likelihood of accidents by preparing workers for emergencies in a controlled setting, reinforcing their understanding of safety standards and protocols throughout the entire process.

By providing a comprehensive visual overview of the workplace, employees can familiarize themselves with potentially hazardous materials unique to their roles and environments. A proactive approach to workplace safety fosters a culture of awareness and preparedness: an understandably high priority for the manufacturing sector.

With these advanced training methods, manufacturing companies can effectively close skill gaps, communicate safety protocols and improve their response strategies — all while developing skilled employees and meeting business goals.

The result is a safer and more efficient workforce capable of maintaining high product quality and operational standards.

Communicate Work Instructions Clearly in Your Industrial Environment

Traditional manufacturing training systems often rely on generic text documents or instructional videos, which can fail to provide site-specific details. These methods use OEM standard images that might not accurately reflect the particular challenges or configurations of the actual workplace environment.

Aetos changes this dynamic by delivering work instructions in a fully tailored 3D visual environment. With better visual context, employees receive consistent training materials, specific to their facility's layout and equipment.

Such clarity in communication aids in minimizing operational errors and enhances the accuracy and effectiveness of daily tasks.

How Aetos has Enhanced Industrial and Manufacturing Production and Operations

Aetos Imaging's 3D visually guided learning courses revolutionize industrial and manufacturing training through relevant videos, interactive quizzing, and site-specific familiarity. You'll find in this research from the eLearning Industry that a visual learning system also supports the majority of workers, "Over 65% of the population is composed of people that learn visually."

This method reduces the need for extensive on-the-job training by creating a site-specific virtual environment that mirrors the actual workspace. Your senior employees can get some of their time back!

Manufacturing employees can practice and reinforce their skills in a controlled setting, diminishing the risk of exposure to workplace hazards.

The overall learning curve is drastically reduced by combining audio, video, and the 3D environment inside of Aetos.

These are some of the primary ways we are altering the way workers can learn across all different types of industrial organizations.

The use of 3D visualization ensures a high level of detail and accuracy, improving safety in dangerous environments by allowing workers to familiarize themselves with their surroundings beforehand. This alignment enhances the training process, making it more engaging and interactive. Workplace safety is heightened, skill gaps are mitigated, and employees are better prepared to tackle practical challenges efficiently.

1. Prioritizing safety

Safety is paramount for industrial manufacturing or industrial companies in general, particularly in energy, utilities, and most manufacturing sectors.

Providing a better training delivery method is essential for effective and consistent manufacturing training. With a focus on safety standards and protocols that are essential to prevent workplace accidents, organizations that adhere to proper training goals not only ensures a secure manufacturing environment, but also earns their workers trust.

2. Specialized skill development

3D environments enhance learning by providing immersive experiences, crucial for developing both soft and job-specific skills. This is where we can really have a big impact on process management and quality management with a step-by-step visually guided training inside of our platform.

A visual approach to worker understanding significantly reduces onboarding time and accelerates the acquisition of technical skills. Consequently, most machine operators and maintenance technicians exhibit significantly improved knowledge retention and are better equipped to meet their training objectives.

3. Much-improved on-the-job training

Traditional on-the-job training can be time-consuming and costly due to the need for senior employees to guide new hires through noisy facilities. This can impact production, as those more experienced employees have their biggest impact to your bottom line when they are out on the floor, not in the classroom.

3D training eliminates unnecessary facility tours and minimizes overtime from your most experienced team members. The combination of instructor-led sessions and online training ensures efficient training delivery, saving both time and resources for manufacturing and industrial companies.

Let Your Workforce Know: Expectations Ahead of Training

Visualized site-specific training courses can provide a strong foundation for new workers. Now, new or incoming operators and technicians can familiarize themselves with their future work environment in a safe, controlled setting. Such preparation ensures they are mentally ready before stepping into the facility.

Make your industrial and manufacturing expectations clear

Using visuals that are an exact copy of the actual equipment and assets workers will handle is crucial. Combining these with quizzes and tests throughout the training solidifies employee understanding of priorities, and how they are to operate or maintain their environment.

It's a proven method that directly aligns training objectives with the workplace, differentiating between learning styles and elevating retention.

Training the managers and supervisors

Managers and supervisors play a key role in employee development. Their leadership reflects the company's commitment to workplace safety and employee growth. By leading training programs with enthusiasm, they underscore the importance of technical skills, soft skills, and safety standards to their team.

Industrial reporting: Learning objectives and training

Incorporating 3D capture into the training process empowers workers and boosts operational efficiency. Because of this, Aetos provides robust tracking of employee progress, supporting individualized learning paths.

With detailed training reports available to leadership, companies can promptly address skills gaps, celebrating achievements and addressing growth areas.

Better manufacturing training is possible. Aetos is intent on enhancing continuous learning in industrial and manufacturing companies, fostering a more productive manufacturing career landscape: best achieved by having site-specific visual context for everything related to your industrial and manufacturing training programs.

Mitch Graham is a Product Marketing Manager for Aetos Imaging: an Industrial SaaS that is intent on bringing visibility to your industrial training activities, asset management, and other industrial production operations. With a decade of experience in education and technology, Mitch creates content that aims to make sense of everything related to manufacturing training, and learning and development.

Visual Work Orders: A Clearer Way to Get Work Done

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

Work Orders Have Never Looked Like This Before

Work orders have never looked like this before.

Literally.

Typically, after a technician or operator is given a task, they rely on memorized procedures, or intuition.

If not, they sift through pages of dense instructions or outdated documents, hoping to piece together what needs to happen for a particular project.

And sometimes, the work order assignments that a tech receives can be incomplete or enigmatic.

Unclear descriptions and uncertain specifications lead to inefficient troubleshooting.

“Which pump am I supposed to service? And where am I supposed to start? I better go ask Carl.”

(Now the tech and Carl are taken away from their in-the-moment tasks.)

But what if there was a better, clearer way to get work done? How would production improve? (For starters, it’d keep both the tech and Carl on task.)

Aetos has reimagined the way work orders are designed, delivered, and supported.

Asset information, job specifications, and visual context is changing the way the workforce is executing work orders: bringing instructions to life with a dynamic representation of the entire facility.

Bringing Work Orders to Life

Let’s say your team has a preventative maintenance task on a generator. Normally, you’d rely on written lists or maybe a schematic that isn’t quite up to date (and definitely not to scale).

Aetos is wanting to change this. Check out this quick video that shows how we’re bringing work orders to life:

So when the generator needs to be serviced, visual work orders can include step-by-step instructions embedded inside a 3D scan of your facility.

What does that mean?

It means your operators are given visual reference and clarification for their work.

Instructions and guidance are still part of the equation, but now technicians can see the generator, its components, and other site-specific materials while they’re completing the work order assigned to them.

Written instructions – either in the form of text, pdf, video, or any other type of file – are layered over the visual, providing crystal-clear context and readily accessible reference.

Now, tasks that used to feel like a scavenger hunt – and potentially distracting to other team members – are now simple, intuitive, efficient, and safe.

This is a Visual Maintenance Management Solution fully at work.

The Power of a Visual Maintenance Management Solution

Although this visibility undoubtedly improves the way organizations handle work orders, a Visual Maintenance Management Solution (VMMS) unlocks even more capabilities.

Aetos is going beyond traditional systems and is intent on revolutionizing how facilities operate altogether with our VMMS.

A VMMS integrates the power of digital twin technology, CMMS functions, and learning management intentions.

(Yes, Aetos has a robust training feature that is transforming how facilities utilize training, compliance, onboarding, and SOPs by capturing and delivering institutional knowledge throughout an organization.)

Visual work order management, guided SOPs, asset management, data aggregation, energy monitoring, and more – all on one cohesive platform within the dynamic environment of our VMMS.

We believe that if technicians can see more, they can accomplish more: sight is the medium for task completion.

What Makes Visual Work Orders So Impactful?

“In the ever-changing world of digital transformation…” – ChatGPT, right?

But seriously, digital transformation is occurring all around us.

There’s a very real concern that the organizations that don’t make changes soon will likely miss out on growth opportunities.

Visual work orders are more than a flashy upgrade. It’s having a real impact on our users and the experience of the boots-on-the-ground technicians that service our production floors and energy plants.

When technicians leverage visual work orders, they’re no longer guessing where to start, what step comes next, or searching for the right equipment. Aetos is providing visual representation that gives workers everything they need to know: what to do, where to go, and how to do it.

And digital transformation is making the tracking of these tasks simpler.

Aetos allows teams to set required answers for particular tasks or subtasks. Team leads can be sure critical tasks are completed and logged instead of checked on a clipboard.

Now, organizations can track work order progress and record critical actions in real-time, making it easy to ensure SOPs are followed, compliance is not compromised, and reporting is done correctly and accurately.

Changing the Way We Work

Think about what this would mean for your team.

How would visual work orders change the way your team created, delivered, documented, and executed these tasks?

Clarity replaces guesswork; confidence replaces confusion.

Your technicians and operators get to see exactly what, exactly where, and exactly how.

By embedding instructions into a digital twin of your facility, operators no longer have to wade through unclear processes or rely on outdated files – or the senior engineer – for any sort of troubleshooting.

They can focus on doing the job right, the first time.

Visual work orders are simply a better way to communicate. They’re transforming how operators approach their tasks and assisting entire facilities to become more productive and efficient.

Pause and consider: would this fundamentally change the way your team works?

Why We Believe This Matters

At the end of the day, Aetos has the same goals you do for your technicians: we want them to operate with confidence and compliance, leading to not only better safety, but improved efficiency.

Yes, it’s changing how the work is completed, but it’s more than that: visual work orders are altering how teams feel when doing their work.

With the right tools, operators feel informed and supported, which translates to better outcomes across the board. And with visual support, organizations are reaping the benefits of a more knowledgeable, more prepared, more confident workforce.

Tasks are completed with precision. Communication is clear. Digital tools are actually making the job easier instead of harder.

With Aetos, work orders are a fully immersive, visual experience; designed to guide, inform, and connect your team.

It’s time to rethink how work gets done and embrace a smarter, clearer way to get work done.

So let us be the first to welcome you to the future of work orders. Are you ready to see the difference?

15 Best Practices for Better Asset Management

Aetos Imaging — Wed, 12 Feb 2025 22:07:44 GMT

15 Asset Management Best Practices for Better Efficiency and Reliability

Downtime can cost thousands (if not millions) of dollars in the industrial and manufacturing sectors.

Effective asset management is key to reducing that downtime, as well as staying productive, efficient, and competitive.

Regardless of the product you’re shipping or service you’re offering, ensuring that your assets are optimized, reliable, and safe is essential.

From SOPs and predictive maintenance to leveraging cutting-edge technologies like IoT and digital twins, we’ve identified some of the best practices to elevate your asset management strategy.

1. Implement an Asset Management System (AMS)

At the core of efficient asset management is having the right tools in place. A robust AMS or a Computerized Maintenance Management System (CMMS) helps companies track assets in real-time, offering visibility into their condition, location, maintenance schedules, and operational performance.

This kind of system acts as a single source of truth, reducing errors, minimizing downtime, and streamlining maintenance tasks. An AMS or CMMS is a must for asset management.

(Hint: Leverage a VMMS - Visual Maintenance Management System - for even smoother operations and better clarity.)

2. Standardize Procedures & Documentation

A key element of good asset management is having standardized procedures in place. Developing and adhering to consistent Standard Operating Procedures (SOPs) for asset maintenance, repair, and operations minimizes the risk of human error (Ralph talks about this).

Make sure that all asset-related documentation—manuals, instructions, and maintenance histories—are easily accessible and up-to-date.

Visual SOPs can be a game-changer for your organization and operations. And digitized 3D SOPs can support your technicians even more.

3. Manage Asset Lifecycles & Plan Replacements

Assets have lifespans, and knowing when to upgrade or replace them is critical to preventing downtime. Planning downtime for repairs and replacements is more efficient than halting production without notice.

Lifecycle management involves tracking the performance and cost of assets over time, calculating the total cost of ownership (TCO), and making informed decisions on whether to maintain, upgrade, or replace them.

Organizations that know how to manage asset lifecycles are able to maximize ROI and ensure that their operations continue smoothly without unexpected disruptions.

4. Centralize Documentation & Asset History

Keeping all asset-related documents—such as maintenance logs, inspection reports, and upgrade histories—in a centralized repository simplifies management and ensures that everything is easily accessible. Excellent documentation saves time and reduces confusion, ensuring that decisions are based on accurate, comprehensive data.

However, centralizing documentation becomes significantly more useful when it’s digitized. Using software that can hold your asset history, standardize your procedures, and computerize your maintenance management can be critical in staying efficient and reliable. (We have a solution that actually lets you do all of this and see your assets in 8k, visual context.)

5. Optimize Spare Parts Inventory

Nothing is worse than having a machine go down only to realize you don’t have the necessary spare parts on hand. We mentioned unplanned downtime: this is essentially one of the worst case scenarios as it exacerbates the problem and extends time offline.

Optimizing your spare parts inventory is essential for reducing downtime during asset failures. Maintaining an optimal level of critical spare parts ensures that repairs can be done quickly without overstocking and tying up capital in unused inventory. There’s definitely a balance, and the best managers know how to navigate spare parts inventory.

6. Capture Knowledge & Train Your Workforce

Capturing and delivering best practices could be much higher on this list. Best practices executed consistently across a workflow is invaluable for efficient and reliable asset management.

Effective knowledge capture involves documenting and storing critical procedures, best practices, and asset-specific details, while providing supporting visuals and examples. This, along with robust training programs, ensures that newer employees can quickly come up to speed, reducing operational risk and improving long-term performance.

Unfortunately, expertise often retires along with senior employees, causing institutional knowledge to literally walk out the door. Don’t let this happen to your team: leverage an immersive training environment that captures and delivers your facility expertise.

7. Ensure Regulatory Compliance

Regulatory compliance is a central concern in asset-heavy industries. Failing to meet environmental, safety, or operational regulations can result in fines, shutdowns, or worse.

By using an asset management system to track compliance requirements—such as ISO 55000 or local safety standards—you can stay on top of inspections, certifications, and audits, ensuring smooth and uninterrupted operations.

8. Foster Cross-functional Collaboration

Asset management doesn’t solely fall under the responsibility of the maintenance department. It requires a cross-functional approach, with operations, finance, and other teams all working together to optimize the use of assets.

Clear communication, consistent workflows, and intentional collaboration between departments help ensure that asset priorities align with broader business goals.

9. Track Key Performance Indicators (KPIs)

To truly understand how well your assets are performing, you need to track Key Performance Indicators (KPIs). Common KPIs in asset management include:

Mean Time Between Failures (MTBF) – How long an asset runs before failing.
Mean Time to Repair (MTTR) – How long it takes to repair a failed asset.
Overall Equipment Effectiveness (OEE) – A comprehensive measure of how well an asset performs against its potential.

Regularly monitoring and analyzing these KPIs can highlight inefficiencies and provide actionable insights for continuous improvement. Read more about these KPIs here (an informative blog by Brightly)

10. Prioritize Energy Management & Sustainability

Many industrial assets consume significant amounts of energy, which directly impacts operational costs and environmental sustainability. What if you could maximize production and minimize waste by implementing energy management practices? It’s possible.

We would suggest starting with tracking energy usage, identifying inefficiencies, and upgrading to more energy-efficient equipment. These steps can lower costs and align with sustainability initiatives, and there are many tools available to help with this type of initiative.

11. Leverage Data Analytics for Better Decision Making

We live in a data-driven world. (No, ChatGPT did not write that sentence.)

Unsurprisingly, analytics play a significant role in modern asset management.

Teams that collect and analyze data from assets can identify inefficiencies, predict failures, and optimize performance. Relevant data can be used to make informed decisions about repairs, replacements, and process improvements, ultimately reducing costs and enhancing productivity.

Teams that can use data analytics to their advantage will be able to experience better efficiency and reliability in their asset management.

12. Plan for Resilience & Risk Management

A solid asset management strategy incorporates risk management. And with risk management, a reactive posture is costly and unpredictable, whereas a proactive stance is strategic and anticipatory.

Identifying critical assets, planning for potential failures, and creating contingency plans help organizations stay resilient in the face of disruptions. Having disaster recovery strategies, spare capacity, and emergency protocols in place ensures that operations can continue smoothly, even in worst-case scenarios.

13. Harness the Power of Digital Twins for Asset Visualization

Imagine having a 3D model of your physical assets that you can view and interact with remotely. Digital twins are just that: virtual replicas of physical equipment and infrastructure that allow real-time monitoring and management.

With digital twins, you can visualize a space objectively, optimize operations, streamline troubleshooting, revolutionize your training, digitally store your SOPs, and make data-driven decisions on repairs, upgrades, or replacements.

Your asset management, process management, and training initiatives can be revolutionized with a 3D digital twin (we’ve seen it happen).

14. Move Toward Predictive & Preventive Maintenance

We all know the worst type of maintenance is performed after assets have already failed.

Preventive maintenance (PM) ensures that regular inspections and servicing happen at set intervals based on time or usage. These practices are proactive and save significant money by preventing equipment from breaking down unexpectedly.

Additionally, modern asset management leans heavily on predictive maintenance (PdM), where wireless sensors, IoT, and advanced analytics predict potential failures before they occur. By tracking data on factors like vibration, temperature, and wear, you can forecast when equipment will need maintenance, extending its lifespan and preventing costly downtime.

15. Integrate IoT & Automation

Speaking of IoT (Internet of Things), there has been a recent increase in its usability within asset management. Wireless sensors have revolutionized the way we monitor and maintain equipment. IoT sensors provide real-time data on asset health, such as temperature, vibration, and usage.

Automation allows for instant alerts when thresholds are crossed, ensuring that maintenance work orders are triggered automatically. With real-time data and informative algorithms, organizations can minimize the need for manual intervention, reduce response time, and enhance overall efficiency.

And regardless of any given stance on Industry 4.0 buzzwords or the tech it speaks to, it’s not a stretch to see where the future of facility and asset management is headed!

Start With One

Downtime is expensive. Effective asset management is a powerful way to yield efficiency and reliability without compromising on production.

If your team hasn’t already, begin the process of adopting these 15 best practices. Our suggestion is to start with one.

Which seems easiest to implement right now? Which strategies would you like to learn more about?

And once you’ve started this process, your asset management will see a continuous trend towards better efficiency and reliability.

If you’re interested in learning more about effective Asset Management by leveraging the power of a VMMS, reach out to our team at Aetos Imaging and let us partner with you on your digital transformation journey.

Blog (HubSpot)

Finally, a Functional Digital Twin.

Finally, a Functional Digital Twin.

Why image‑capture alone isn’t enough

Why CMMS doesn’t give you the full picture

Introducing a Functional digital twin

Measurable benefits

How this helps plant managers (specifically)

Ready to take a closer look?

RECOMMENDED READING

Aetos Imaging - Digital Twins, 3D Scanning, AR & VR News and Updates

5 Things We Learned in 2025

“What do you think Aetos learned this last year?”

1. Real-World Data Emerged as the Next Frontier — and Gaussian Splatting Opened the Door

2. Enterprises Are Taking Integration Seriously

3. The Myth of the “Non-Technical Operator” Is Gone for Good

4. We’re Helping Solve a “Hidden Data” Problem.

5. This Work Saves Lives

A Year Marked by Growth

RECOMMENDED READING

The Connected Worker for the Present and Future: Why Southern Company is Using Aetos

The Connected Worker for the Present and Future: Why Southern Company is Using Aetos

What is a Connected Worker?

How Aetos is Connecting Southern Company Workers

Why Even More Organizations Are Adopting This Approach

Proof in the Numbers

The Role of Visual Technology in Enabling the Connected Worker

Final Thoughts

RECOMMENDED READING

Visual Scans: A Complement to O&M Teams

The Missing Layer of O&M Systems: Visual Scans

Why Traditional O&M Systems Fall Short

The Role of Visual Scans

Real Benefits for O&M Teams

The Future of O&M Is Visual

RECOMMENDED READING

Why Your Facility Needs Its Own “Google Street View” for Operations

Why Your Facility Needs Its Own “Google Street View” for Operations

Visual Context Is More Necessity than a Luxury (but it's both)

The Problem: Operational Blind Spots

The Opportunity: A Digital Window Into the Physical World

From Task Execution to Total Visibility

Your Facility: Digitized, Visual, and Available

RECOMMENDED READING

3D Scans for Technical Tasks

A Safer Tool for Operations: 3D Scans for Technical Tasks

Legacy Methods Don’t Cut It

The Advantage of 3D Scans

Reducing Risks Before They Happen

See the Space Before Setting Foot Onsite

Bridging the Gap Between Legacy and Modern Systems

RECOMMENDED READING

These Phrases Are Symptoms of Ineffective Process Management

These Phrases Are Symptoms of Ineffective Process Management

Phrase: “Well how do you do it?”

Symptom: A Lack of Standardization Across Sites

Phrase: “That’s not what I was told!”

Symptom: Siloed Communication Between Teams

Phrase: “Just sign at the bottom. They never check anyways.”

Symptom: Poor Compliance and Safety Processes

Phrase: “Call Joe. He’s the one who knows how to do this.”

Symptom: A Lack of Transfer of Institutional Knowledge

Phrase: “This is the way we’ve always done it.”

Symptom: Outdated or Inflexible Processes

Phrase: “I know we have the data, but it’s all over the place.”

Symptom: Disconnected Data Systems

Phrase: “Yeah, but I don’t know if this process is actually working.”

Symptom: Limited Visibility & Understanding of Processes

Phrase: “We Need Something Different.”

Symptom: It’s time to assess and act.

RECOMMENDED READING

Manufacturing Training: Revolutionary 3D Visual Courses

Manufacturing Training: Revolutionary 3D Visual Courses

What is a 3D Visual Manufacturing Training Course?

Enhanced training comprehension for facilities workers

The Six Steps to Creating an Effective Visual Training Program

Next-Level Safety Training: A Top Priority for Industrial Companies

Communicate Work Instructions Clearly in Your Industrial Environment

How Aetos has Enhanced Industrial and Manufacturing Production and Operations

1. Prioritizing safety

**Phrase: “Well how do you do it?”**