TwinRoots
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Performance Partner  ·  Industrial Capability Evolution

Most operators chase what’s next...The best define it!

TwinRoots gets you there!

APM·CMMS·RCM·FMEA·RAM Analysis·HAZOP·SIL Assessment·Criticality Assessment·Failure Mode Analysis·Bad Actor Elimination·Defect Elimination·PM Optimisation·PdM·Condition Monitoring·Vibration Analysis·Thermographic Inspection·Ultrasonic Testing·Oil Analysis·Corrosion Monitoring·Thickness Measurement·Non-Destructive Testing·NDT·Rope Access Inspection·Visual Inspection·Autonomous Inspection·Drone Inspection·Aerial Inspection·LiDAR Scanning·3D Asset Capture·Photogrammetry·Robotic Inspection·Crawler Robots·Pipe Inspection Robots·Confined Space Robotics·Hazardous Area Robotics·Spot Robot Dog·Remotely Operated Vehicle·ROV·UAV·BVLOS Operations·IIoT·Sensor Fusion·Edge Computing·SCADA Integration·Data Historian·OT/IT Convergence·Operational Technology·Industrial Control Systems·ICS·DCS·PLC Integration·Cybersecurity OT·Asset Performance Management·APM Enablement·Digital Twin·Predictive Analytics·Prescriptive Maintenance·AI-Enabled Maintenance·Machine Learning·Computer Vision·Anomaly Detection·Remaining Useful Life·RUL Modelling·Digital Operations·Remote Operations Centre·ROC·Reliability Strategy·Asset Lifecycle Management·Asset Health Index·Maintenance Strategy·Turnaround Management·TAR Planning·Shutdown Optimisation·Backlog Management·Work Order Quality·Schedule Compliance·Wrench Time·MTBF·MTTR·Mean Time to Repair·Availability·Utilisation·Overall Equipment Effectiveness·OEE·Loss Elimination·Value-at-Scale·Pilot-to-Scale·Proven in the Field·Field-Tested·Outcome-Driven·Industrial AI·Generative AI in Operations·AI-Powered Inspection·AI-Driven Decision Support·Large Language Models in Maintenance·LLM·Agentic AI·AI Co-Pilot·Natural Language Querying·Computer Vision Inspection·AI Anomaly Detection·AI Work Order Generation·AI-Assisted Planning·Foundation Models·AI Integration·APM·CMMS·RCM·FMEA·RAM Analysis·HAZOP·SIL Assessment·Criticality Assessment·Failure Mode Analysis·Bad Actor Elimination·Defect Elimination·PM Optimisation·PdM·Condition Monitoring·Vibration Analysis·Thermographic Inspection·Ultrasonic Testing·Oil Analysis·Corrosion Monitoring·Thickness Measurement·Non-Destructive Testing·NDT·Rope Access Inspection·Visual Inspection·Autonomous Inspection·Drone Inspection·Aerial Inspection·LiDAR Scanning·3D Asset Capture·Photogrammetry·Robotic Inspection·Crawler Robots·Pipe Inspection Robots·Confined Space Robotics·Hazardous Area Robotics·Spot Robot Dog·Remotely Operated Vehicle·ROV·UAV·BVLOS Operations·IIoT·Sensor Fusion·Edge Computing·SCADA Integration·Data Historian·OT/IT Convergence·Operational Technology·Industrial Control Systems·ICS·DCS·PLC Integration·Cybersecurity OT·Asset Performance Management·APM Enablement·Digital Twin·Predictive Analytics·Prescriptive Maintenance·AI-Enabled Maintenance·Machine Learning·Computer Vision·Anomaly Detection·Remaining Useful Life·RUL Modelling·Digital Operations·Remote Operations Centre·ROC·Reliability Strategy·Asset Lifecycle Management·Asset Health Index·Maintenance Strategy·Turnaround Management·TAR Planning·Shutdown Optimisation·Backlog Management·Work Order Quality·Schedule Compliance·Wrench Time·MTBF·MTTR·Mean Time to Repair·Availability·Utilisation·Overall Equipment Effectiveness·OEE·Loss Elimination·Value-at-Scale·Pilot-to-Scale·Proven in the Field·Field-Tested·Outcome-Driven·Industrial AI·Generative AI in Operations·AI-Powered Inspection·AI-Driven Decision Support·Large Language Models in Maintenance·LLM·Agentic AI·AI Co-Pilot·Natural Language Querying·Computer Vision Inspection·AI Anomaly Detection·AI Work Order Generation·AI-Assisted Planning·Foundation Models·AI Integration·
0%
Average maintenance effort reduction
Improving reliability while lowering operating costs
0d
First measurable results
Not 6 months — built for speed to value
$0B+
Assets under advisement
15+ years across LNG, energy and heavy industry
0%
Of tech pilots never reach daily operations
We build the conditions to make sure yours does
What We Do

We turn operational,
potential into,
measurable and,
lasting results.

Almost all asset-intensive operations have capability and capacity going to waste every single day. Most technology investments distract and deliver far less than their investment was. TwinRoots targets this gap, revealing immediate hidden value that’s laying dormant and costing operators big.

Our clients see reliability and safety improve, costs come down, and technology fully adopted and performing as it was promised. Not as a one-time fix. As a disciplined, long-term trajectory that compounds and evolves the operation over time.

Our clients see reliability and safety improve, costs come down, and technology fully adopted and performing as it was promised. Not as a one-time fix. As a disciplined, long-term trajectory that compounds and evolves the operation over time.

Boston Dynamics Spot robot dog in underground mining environment
Technology Amplification System (Phase 03)
01
Stability First
Stabilise the operating model before amplifying with technology. No shortcuts.
02
Value Mechanics
Every action links to a measurable performance lever. Results are attributed, not assumed.
03
Scale by Design
Adoption conditions built from day one — so technology amplifies proven gains rather than adding complexity.
04
Sustainment Built In
Routines, coaching, and governance that ensure gains hold well after the engagement ends.
Industries We Serve

Asset-intensive operations
where reliability is non-negotiable.

Tighter budgets, aging assets, growing backlogs, and a workforce under constant pressure. Technology that promises transformation but too often adds noise and extra work instead of clarity and efficiency. A natural resistance to adopt until a perfect solution is found builds which ends in not evolving at all.

TwinRoots simplifies the path forward. We take the complexity out of operational improvement and technology adoption so progress stops waiting for the perfect conditions and starts compounding from where you are today.

Oil and Gas
Oil & Gas
Upstream, midstream and downstream operations — including LNG liquefaction, storage and regasification — across complex global infrastructure.
UpstreamMidstreamDownstreamLNG
Mining and Metals
Mining & Metals
Fixed plant, mobile fleet, underground operations and processing where OEE directly determines production targets.
Fixed PlantMobile FleetUndergroundProcessing
Power and Utilities
Power & Utilities
Generation, transmission and distribution assets where planned maintenance and operational reliability directly affect grid stability.
GenerationTransmissionDistribution
Industrial Manufacturing
Industrial Manufacturing
Continuous, batch and discrete process manufacturing where unplanned downtime compounds across complex value chains.
ContinuousBatchDiscrete
Aerospace and Defence
Aerospace & Defence
High-consequence asset environments where reliability, readiness and compliance are non-negotiable operational requirements.
MROFleet ReadinessDefence Assets
Critical Infrastructure
Critical Infrastructure
Pipelines, water, transport and communications networks where asset condition and operational continuity are essential to communities.
PipelinesWaterTransport

We know what kills
a pilot before
it starts.

74% of industrial technology pilots never reach daily operations. The gap is almost never capability — but their operational environment wasn’t ready to absorb what you built. The hardest part of selling into asset-intensive industries isn’t proving your technology works — it’s proving you understand the world it’s entering.

We’ve sat where your customers sit. TwinRoots turns that experience into sharper use cases, stronger ROI narratives, and gives you the customer understanding that gets your technology past the pilot and into daily operations. Faster cycles. Higher adoption. Results that defend themselves — and a customer relationship where one site’s pilot becomes the new company standard.

We bring the operational credibility to translate your product into real field performance. Shorter sales cycles, higher adoption, defensible ROI.

OPERATORTECHNOLOGYTR
Customer & Domain Fluency

Deep understanding of how asset-intensive operations think, buy, and decide — so your product enters the conversation on their terms.

ROIVAGUEPROVEN
Use Case & ROI Development

Sharpened use cases built around real-world KPIs, with commercial packaging operators can defend internally.

REQUIREMENTSTATUSSite constraints & integration fitWorkforce & change readinessBusiness process alignmentOperational adoption path
Requirements Hardening

Solutions shaped around real asset site constraints, workforce realities, and integration environments extending to the overall business processes and departments that make it stick.

P1PILOTS2S3S4
Pilot-to-Scale Design

Ownership, sustainment, governance, and value tracking built in from day one so pilots convert to real value and stay through the asset’s life.

Evolve Beyond Today

The future of operational capability
is being shaped right now!
Which side are you on?

Whether you’re an asset operator or a technology builder — we’d like to talk.

ProveOut

Stabilise·Prove·Scale

The operational environment determines the outcome of every improvement program. ProveOut™ builds stability first, proves improvement against governed evidence, then deploys technology as a precision multiplier of what has already been demonstrated.

What we consistently observe

Across every asset-intensive industry we have worked in, the same pattern repeats.

The technology is rarely the issue. The sequence in which it is introduced determines the outcome. The same capital, the same platform, the same ambition produces fundamentally different results depending on the condition of the operational environment it enters.

ProveOut™ was developed to address this directly. It encodes the disciplines we have seen separate organisations that sustain improvement from those that continually restart it. It is the methodology we wished existed when we started working in this space, built from the patterns that consistently determined whether an investment compounded or eroded.

COMMON APPROACH Technology identified as the answer Pressure drives the decision before the problem is clear Business case built on vendor projections ROI estimated from benchmarks, not this operation's data Deployed into an unstable operational system Data unreliable. Workflows unchanged. Teams at capacity. Technology underperforms against expectation The system was not ready for what the technology required Investment consumed. Technology blamed. Root causes remain unaddressed. vs ProveOut SEQUENCE 01 Stabilise System understood. Waste eliminated. Reactive load reduced. Capacity returned. Savings offset the cost of the engagement. 02 Prove Governed baseline set before each initiative. Results attributed independently. Learning preserved. Capital decisions built on evidence, not projection. 03 Scale Technology into a prepared, stable environment. Returns compound. Evolved operations.
The same capital. The same technology. The outcome is determined by the condition of the operational system into which it is deployed.

We have run this operation for a long time. We know our assets. What would an external engagement surface that our own teams would not?

That is the right question to ask. The most experienced operators often carry the most deeply embedded assumptions about how their system works. An external, structured assessment does not challenge those assumptions. It tests them. Where they hold, confidence is justified. Where they do not, the financial opportunity begins. Most engagements surface something that surprises even the most experienced leadership teams. That surprise is where the return starts.

01
Phase One

Stabilise

The quality of the operational environment determines whether improvement holds or erodes. Stabilise builds the foundation that every subsequent improvement requires by aligning activity to value, establishing a governed baseline, and creating the capacity for the organisation to absorb what comes next.

Operational systems drift not through failure but through the accumulated effect of individually reasonable decisions made under sustained pressure. Stabilise interrupts that drift. It is a structured process of enquiry conducted alongside the people who operate and maintain the assets, that builds an honest picture of the operational system as it actually functions.

We ask why work is performed the way it is. We test whether the rationale still holds. We look at what the data says against what the system believes about itself. The gap between those two things is where the financial return lives. In most engagements, closing it offsets the cost of finding it.

30–40%
of maintenance activity in a typical industrial operation has no current strategic justification. The work continues because it was never revisited, consuming budget and labour that could be directed toward value.
3–5×
more is spent responding to unplanned events than preventing them when maintenance strategy has not kept pace with the operation. Reactive work compounds. The longer it goes unaddressed, the more expensive the system becomes.
70%
of operational improvement programs do not sustain their gains beyond three years. The initiative logic is usually sound. The environment it entered was not ready to hold it.
Reactive Ad hoc. Failure-driven. Level 1 Repeatable Schedule-driven. Drift accumulating. Strategy ageing. Level 2 Defined Condition-based. Analytics emerging. Strategy current. Governed. Level 3 Managed Predictive capability. Data-driven decisions. Technology integrated. Evidence-based capital. Gains compounding. Level 4 Innovative Continuously optimising. Self-improving system. Real-time intelligence. Full technology leverage. Evolving capability. ProveOut™ embedded. Level 5 Industry average World class benchmark OPERATIONAL CAPABILITY
Where we establish your starting position in every Stabilise engagement. Most asset-intensive operators sit between Levels 1 and 2, performing at 55 to 65 percent of their genuine potential.
What Stabilise delivers
01
15 to 30 percent reduction in maintenance spend
Planned maintenance schedules set by history rather than current condition data. Frequencies never revisited against actual failure modes. In most operations with moderate drift, 20 to 30 percent of planned volume carries no current justification. Removing it returns direct cost savings and reallocates labour hours to purposeful work.
02
20 to 40 percent of frontline capacity recovered
World-class operations hold reactive work below 10 percent of maintenance hours. Most industrial operators run at 30 to 40 percent. Stabilise reduces reactive load by aligning maintenance strategy to asset criticality and governing execution against it. The hours recovered are real, measurable, and immediate.
03
Asset strategy aligned to organisational value
Every asset exists to deliver value to the organisation. Stabilise connects asset decisions to organisational objectives so that investment, maintenance, and operational activity are governed by the value the asset realises across its lifecycle. Cost, risk, and performance are balanced against what the organisation actually needs.
04
Lifecycle cost visibility and risk-based decisions
Most operational decisions are made against short-term budget cycles with limited visibility of total cost of ownership. Stabilise introduces lifecycle thinking where acquisition, operation, maintenance, and disposal are understood as a single governed investment. Risk is quantified against consequence and probability, giving leadership the evidence to allocate capital where it produces the greatest return.
"An organisation running at full capacity on reactive work has no room to evolve. Stabilise identifies precisely where that capacity is being consumed and creates the conditions under which genuine improvement becomes possible."
ProveOut™ Phase 01 Stabilise

Our board holds us to clear return expectations. We need to demonstrate the value of every improvement investment we make.

That is precisely what Prove is built to deliver. Every initiative carries its own governed baseline, set before the work begins, against which the return is measured independently. When the program concludes, its contribution is preserved as a longitudinal record that can be presented to any governance forum with full attribution and supporting evidence.

02
Phase Two

Prove

Every improvement program claims results. Very few can demonstrate them with precision. The difference between a claim and a demonstration is a governed baseline set before the work begins.

When we work with operations that have run improvement programs over a number of years, we consistently encounter the same pattern. Significant investment has been made. Performance has moved. And when we ask which initiative produced which result, the honest answer, in most cases, is that nobody can say with confidence.

Prove breaks that cycle by setting the metrics before the work begins, not after the results have arrived.

40%
of operational improvement spend is typically invested in programs that cannot demonstrate a return at the point of review. Without governed baselines, the value case for continued investment erodes with every budget cycle.
2.5×
faster capital approval when the investment case is supported by observed operational evidence rather than projected returns. Evidence moves budgets. Projections compete for them.
80%
higher adoption rate for initiatives that have been piloted and measured at controlled scale before full commitment. Teams support what they have seen work.
How Prove works — start with the outcome, work backwards
01 · Define the future state
What does the evolved operation look like?
Before selecting a solution, define the outcome it needs to produce. What does the operation look like when this opportunity is closed? What changes for the people, the process, and the asset? Start from the destination and work backwards to what is required to get there.
02 · Map the capability gap
What is the distance between today and that future?
With the future state defined, the gap between where the operation sits today and where it needs to be becomes measurable. This is where the opportunity pipeline takes shape. Each gap is a candidate for improvement, sequenced by the value it returns and the readiness of the organisation to absorb it.
03 · Quantify the value
What is closing that gap actually worth?
Every opportunity is sized against what it costs to close and what the organisation gains when it does. The value case is built on observed operational data from Stabilise, not vendor projections or industry benchmarks. Leadership gets a number they can defend.
04 · Pilot and validate
Build the case that management cannot ignore
We work alongside your team to design, execute, and measure the pilot at controlled scale. The results are captured against the baseline, the value is quantified, and the evidence is packaged into an investment case that is undeniable. By the time it reaches leadership, the question is no longer whether to proceed. It is how fast to scale.
The budget advantage

Capital flows toward a defensible value case.

Most improvement programs compete for budget in annual planning cycles against dozens of other priorities. They lose because their value case rests on projection rather than evidence.

A value case that can be defended at board level
Every outcome is attributed to a specific initiative, measured against a baseline that predates the work, and tracked longitudinally. The numbers are not projected. They are observed.
Investment that does not wait for the annual cycle
When the evidence is strong enough, capital finds its way to the investment regardless of where it sits in the planning calendar.
"Organisations sometimes invest more than the value they recover from the changes they make. When this happens repeatedly it damages more than the budget. It erodes the willingness to invest in change at all."
ProveOut™ Phase 02 Prove

We have significant capital available for technology and we need to move. The competitive pressure in our sector means we cannot afford to be behind.

Most asset owners reach out to technology providers reactively, under pressure, wanting immediate deployment. That urgency is expensive. It compresses evaluation, skips readiness, and places the burden of operational preparation on the vendor. Organisations running a Prove pipeline operate differently. By the time the site reaches out, the opportunity has already been scoped, the requirements are defined, and a solution is being shaped. The conversation starts from a position of clarity, not urgency.

03
Phase Three

Scale

Technology is not the catalyst for operational improvement. It is the multiplier of improvement that has already been demonstrated. That distinction determines the entire return on the investment.

The organisations extracting the highest and most durable value from industrial technology are those with the most prepared operational environments: clean asset data, current strategies, workflows designed to act on what the technology reveals. These are the direct outputs of Stabilise and Prove applied before the investment is committed.

Scale is also where the operation shifts from reactive to proactive. With a governed improvement pipeline in place, the identification of opportunity becomes continuous. The asset becomes less reactive to problems and more deliberate about evolution. Technology outreach happens on the organisation's terms, with requirements already defined and value already quantified.

2.4×
higher technology ROI when deployed into a stabilised, evidence-based environment.
3×
more likely to scale beyond initial deployment when the operational environment was prepared before the technology arrived. Technology partners see faster time to value, lower support burden, and stronger reference cases.
85%
reduction in frontline resistance to change when teams have participated in proving the value before full deployment. Adoption accelerates because the workforce already owns the outcome.
"The organisations that will define the next era of industrial capability are those with the ongoing rigor to continuously identify, prove, and embed improvement. By the time they need the technology, it's already in motion and taking shape."
ProveOut™ Phase 03 Scale
The deployment readiness matrix

Before any Scale investment is committed, we assess where the operation sits on two dimensions: operational stability and technology integration already in place. That position determines not just how much to invest, but where to invest it and in what sequence.

← Operational stability →
High stability, low technology
Strong foundations, ready for amplification
The conditions that make technology adoption most productive are already in place. Prove has built the evidence base. Scale can be committed with calibrated confidence and investment sized by what the data supports.
High stability, high technology
The Scale condition: maximum value realised
Technology in a prepared environment with clean data, aligned workflows, and a strategy designed to leverage what the systems make visible. Returns compound. Gains are protected. This is the condition ProveOut™ builds toward.
Low stability, low technology
The starting point. Not the destination.
Operating significantly below the potential of the assets. Where most operations that have experienced sustained drift find themselves when assessed honestly. Stabilise is the right entry point.
Low stability, high technology
The most common technology failure mode
Sophisticated technology deployed into an unprepared system. Underperforms. Technology is blamed. The operational conditions that caused the failure remain unaddressed.
← Technology adoption →
What ProveOut™ produces

Measurable outcomes.
At every phase.

Each phase produces immediate, quantifiable value that funds and enables the next. The return on ProveOut™ as a whole is considerably larger than the sum of its three phases considered independently.

01 Stabilise
15–30%
reduction in maintenance spend through removal of unjustified work
20–40%
frontline capacity recovered through reactive workload reduction
<10 weeks
to identify opportunities and deliver measurable relief. Savings identified in Stabilise typically offset the cost of the engagement itself.
02 Prove
sustained improvement probability with governed baselines
25–35%
efficiency advantage over five years through compounding learning
80%
more likely to secure funding and deliver a successful proof of concept
03 Scale
2.4×
technology ROI in a stabilised, evidence-based environment
85%
reduction in workforce resistance when teams proved the value before deployment
60%
faster from proven pilot to full operational scale when the environment is prepared
Start the conversation

Every engagement.
Every capability.
ProveOut.

ProveOut™ is the methodology and mindset that runs through every engagement we deliver.

It's how we ensure that the work we do together produces results that last for the lifecycle of your assets. What we help you achieve becomes part of your every day operation.

Some operations perform. The best ones evolve.

Shrinking budgets? Aging assets?
Growing demands?
Operating with less is what we do!

TwinRoots brings the operational expertise and methodology that identifies recoverable value from the operation you already run, then we enhance it with the right technologies.

The Challenge

Most operations are running harder, not smarter.

Asset-intensive organisations face relentless pressure — tighter budgets, ageing infrastructure, workforce turnover, and growing compliance demands. The instinct is to invest in new technology or launch another improvement program. But the pattern repeats: significant spend, short-lived gains, and no lasting structural change.

The root cause is rarely a lack of ambition or capability. It’s that improvement is attempted before the operational environment is ready to hold it. Strategy has drifted. Data doesn’t reflect reality. Maintenance work continues without current justification. And the organisation absorbs the cost of inefficiency because it has become invisible.

TwinRoots interrupts that cycle. We start by understanding your operation as it actually runs — not as it’s reported — and build the foundation that makes every subsequent investment deliver more.

Operational Baselining

An honest, data-driven assessment of where your operation actually sits. We measure the gap between current performance and genuine potential — and quantify what closing it is worth.

Strategy Realignment

Maintenance strategies, asset criticality, and resource allocation brought into line with current operating conditions. Work is justified against value — not inherited from legacy plans.

Governed Improvement

Every initiative measured against a baseline set before the work begins. No more improvement programs that can’t demonstrate their return. Evidence replaces projection.

Technology Readiness

Before committing capital to technology, we ensure the operational environment is prepared to leverage it. Clean data, aligned workflows, and a workforce ready to adopt — not just a procurement decision.

How We Work With You

A structured path from diagnosis to lasting performance.

Phase 01
Stabilise
  • Asset management alignment (ISO 55001)
  • Risk and criticality profiling (ISO 31000)
  • Maintenance strategy and RCM (SAE JA1011)
  • CMMS data integrity and review (ISO 14224)
  • Reliability analytics and RCFA (IEC 60300)
  • CI, Lean and change governance (Six Sigma · TPM)
  • People and capability assessment (IAM · SMRP)
Phase 02
Prove
  • Opportunity identification and prioritisation (Design Thinking)
  • Baseline and problem framing (Lean Canvas)
  • Stakeholder and change management (ADKAR)
  • Pilot design and execution (Agile)
  • Technology scouting and evaluation
  • Investment case and go/no-go (NPV · IRR)
  • Evidence tracking and attribution (ProveOut™)
Phase 03
Scale
  • Technology deployment and integration (IIoT · APM)
  • Vendor evaluation and alignment
  • Workflow and systems integration
  • Workforce adoption and uplift
  • Multi-site rollout and coordination
  • Continuous improvement embedding (TQM)
  • Sustained performance governance (ProveOut™)
Embedded
Advisory & Governance
  • Board and executive advisory
  • Operational leadership coaching
  • Asset management maturity (ISO 55001)
  • Capital planning and prioritisation (CAPEX · OPEX)
  • Performance governance systems
  • Long-term capability building
  • Fractional Maintenance and Reliability department
  • Fractional Inspection and Testing department

Every engagement follows our ProveOut™ methodology. Stabilise the operation, prove the value at controlled scale, then commit capital with confidence. The sequence matters — it’s what separates lasting improvement from another initiative that fades.

Why TwinRoots

We’ve sat in your chair.
That changes everything.

TwinRoots isn’t a consulting firm that studied your industry from the outside. We’ve run these operations. We’ve managed the assets, led the teams, fought for the budgets, and delivered the results in the same environments you operate in today.

That means we understand the politics of change inside large organisations, the reality of frontline adoption, and the difference between an improvement that holds and one that erodes the moment the project team leaves. We embed with your people, build their capability, and leave your operation permanently stronger.

30–40% of maintenance spend in a typical operation has no current justification.

The work continues because it was never revisited. Stabilise finds it, quantifies it, and returns it — typically within the first 10 weeks.

Operations that stabilise before investing in technology see 2.4× higher ROI.

The environment determines the return. Prepared operations extract more value from the same investment.

85% reduction in workforce resistance when teams prove the value first.

Adoption accelerates because the people who do the work already own the outcome. They built the evidence themselves.

Domains Served

Industries where we deliver measurable impact.

Oil and Gas operations
Oil & Gas
Upstream, midstream and downstream operations — including LNG — across complex global infrastructure.
UpstreamMidstreamDownstreamLNG
Mining and Metals operations
Mining & Metals
Fixed plant, mobile fleet, underground operations and processing where OEE determines production targets.
Fixed PlantMobile FleetUndergroundProcessing
Power and Utilities infrastructure
Power & Utilities
Generation, transmission and distribution assets where reliability directly affects grid stability.
GenerationTransmissionDistribution
Industrial Manufacturing facility
Industrial Manufacturing
Continuous, batch and discrete process manufacturing where unplanned downtime compounds across complex value chains.
ContinuousBatchDiscrete
Aerospace and Defence assets
Aerospace & Defence
High-consequence asset environments where reliability, readiness and compliance are non-negotiable requirements.
MROFleet ReadinessDefence Assets
Critical Infrastructure
Critical Infrastructure
Pipelines, water, transport and communications networks where asset condition is essential to community continuity.
PipelinesWaterTransport

Ready to unlock the full potential
of your operation?

Your growth partner in
the toughest industries
around the globe.

TwinRoots brings the domain expertise, customer fluency, and go-to-market strategy that accelerates industrial technology companies from promising product to the one they can’t operate without.

The Challenge

You’re selling technology. They’re buying outcomes.

The distance between a great product and lasting adoption is rarely technical. It’s mostly commercial, operational, organisational — and very psychological. The adoption and buy-in process in asset-intensive industries involves more stakeholders, longer cycles, and deeper scrutiny than most technology companies plan for.

Internal champions carry the weight of advocacy alongside their day job. Budget holders need a business case built around their priorities, not yours. And the further a conversation moves from pilot to permanent, the more complex the path becomes. When it gets complex it often gets thrown into the too hard basket.

TwinRoots knows this journey intimately — and intercepts the stakeholders from day one.

Use Case Sharpening

Value mechanics operators care about — sharpened around real-world asset-based KPIs and frontline workflows. Go to customers with clear guidance and knowledge of what will interest them, with their language, not yours.

Customer Centric Requirements Hardening

Solutions designed to fit real industrial workflows and site constraints that support your targeted focal points. We go beyond direct conversations and controlled environments — bringing you the reality of the environment you’re trying to fit your technology into.

Pilot-to-Scale Roadmaps

Ownership model, sustainment, governance and value tracking built in from day one. Minimised orphaned pilots and greater success in scaling across operations and industries without the capital investment each time.

Credible ROI Narrative

Built with deep operational understanding — capturing not just the value of the technology’s task, but the upstream and downstream gains across business functions, workforces, and processes that only someone who’s lived inside these operations would know to quantify.

How We Work With You

Capabilities that span the full growth journey.

Positioned & Embedded
Board & executive advisory
  • Non-executive director
  • Advisory board member
  • Independent board advisor
  • Fractional CTO
  • Fractional CPO
  • Interim technology leadership
Personal Development
Coaching & mentoring
  • Founder & CEO coaching
  • First-time executive coaching
  • Leadership team coaching
  • CTO & technology leader mentoring
  • CPO & product leader mentoring
  • Peer advisory circles
Commercial
Strategic direction
  • Go-to-market strategy
  • Commercial growth & revenue
  • Investor readiness & fundraising
  • Strategic partnerships
  • Market positioning
  • Scale & internationalisation
Domain Expertise
Market immersion
  • Domain immersion programme
  • Market & technology review
  • Customer enablement
  • Opportunity qualification
  • ROI & value assessment
  • Commercialisation of technology

Domain experience is our differentiator. We’ve operated inside the industries your technology serves — so we understand your buyers, your barriers, and what it actually takes to build and scale.

Why TwinRoots

Operational credibility
that opens doors.

When TwinRoots joins your cause with an operator, we bring credibility earned over decades inside asset-intensive operations. We’ve spent real time on the shop floor all the way through to the C-suite — and in many cases we already have established relationships with the customers you’re trying to reach.

We understand the mindset of the people who run these assets. We know what moves them toward real results, and we know how to navigate the hard realities that come with change. If you want a genuine partner, an advocate, and a competitive edge that your competitors don’t have, you need strong reliable domain knowledge at this depth at your disposal.

21% of industrial technology pilots reach production scale.

The gap is rarely capability. It’s commercial readiness, operational alignment, and the organisational pathway that was never built before the pilot began.

Technology companies that partner with domain experts succeed 2x more often.

That’s the credibility foundation your technology deployment needs to reach daily operations.

63% of operators say they aren’t ready for the technology being sold to them.

Knowing your product isn’t the same as knowing your customer. The gap between the two is where most deals die.

Ready to close the gap between
capability and deployment?

Evolve Beyond Today

We help asset-intensive organisations close the gap between how they operate today and how they could operate tomorrow.

Our Story

Making industry worth the sacrifice.

Every day, people kiss their families goodbye to keep industry running. They miss milestones, work long hours in tough conditions, and some face risks that change lives forever. The land beneath these operations is dug up, drilled through, and reshaped. Water systems are redirected. Resources that took millions of years to form are extracted and consumed. That sacrifice deserves better than what most operations are delivering today.

Across decades working inside asset-intensive industries, we have seen the same patterns repeat. Capital poured into programs that deliver no lasting change. Technology brought in with big promises and left unused. Maintenance plans carried forward for years without ever being questioned. Hours and effort wasted on work that lost its purpose long ago. People working in conditions that could be safer and natural resources consumed faster than they needed to be, because the systems around them hadn’t kept pace.

The technology to solve much of this already exists. The gap has never been the technology. It has always been the readiness to use it well and the hands-on knowledge to put it where it makes a real difference.

Our founder is a proud Aboriginal Australian. Across Australia, Indigenous communities have watched over 65,000 years of living cultural connection to land, waterways, and sacred sites destroyed in minutes to make way for industrial development. Communities encouraged to make impossible choices, giving up heritage in the name of progress. The return on that sacrifice has never matched what was lost. That understanding of what industry takes from people, land, and communities is what drives everything TwinRoots does.

TwinRoots was built to close the gap between how industry operates today and how it should tomorrow. We bring operational depth, clarity of impact, and technology together so every dollar spent, every hour worked, and every resource extracted goes as far as it possibly can. When operations run the way they are capable of, businesses have more opportunity to give back to their workers and families, to the communities around them, and to the land, water, and natural resources that industry depends on and can never replace.

Our hope is that one day, every sacrifice industry asks for is returned with the respect and responsibility it has always deserved.

Mission · Vision · Values
Vision
To build a world where industry earns the sacrifice it asks of its people, its communities, and the natural resources it depends on.
Mission
To help asset-intensive organisations eliminate preventable waste so capital, time, and resources go further for everyone they touch.
Values
Stewardship

Every resource, once spent, is gone with no guarantee it comes back in the same or better state than when it was given. Human hours, natural materials, invested capital. We approach every engagement with the understanding that none of it is disposable and there was a sacrifice somewhere to provide it.

Accountability

We own the outcomes of our work. If we commit to a result, we measure it, we report it, and we stand behind it. Most operational waste is preventable and we hold ourselves to proving that.

Purpose

We don’t pursue efficiency for its own sake. We pursue it because of what it unlocks. Safer conditions, stronger communities, better pay for the people doing the work, and genuine respect for the natural resources industry can never replace.

Truth

We see operations as they actually run, not as they’re reported. We say what needs to be said, not what’s easy to hear. That integrity is what earns trust and it is what makes lasting change possible.

Leadership
Shanon Vos
Shanon Vos
Chief Executive Officer

A globally recognised expert in reliability engineering and technology commercialisation. Shanon has led transformation across mining, LNG, and oil and gas at Woodside, BHP, Fortescue, and Wood, with work alongside NASA and Boston Dynamics placing him at the vanguard of industrial technology adoption.

An MBA from UWA, the Jack and Norma Krasnostein Prize, and his role as APAC Coordinator for Sprint Robotics reflect the calibre he brings to every engagement. As CEO of TwinRoots, he turns frontier technology into commercial reality at industrial scale.

Carly Vos
Carly Vos
President

A globally respected specialist in industrial inspection, non-destructive testing, and technology commercialisation. Born in Texas, Carly has built a global career engaging the world’s principal operators, earning authority at the facilities where consequential decisions are made.

Widely regarded as a strategic connector who forges enduring partnerships and opens pathways to adoption in complex industrial environments. As President of TwinRoots, every engagement is governed by operational credibility and commercial precision.

Ready to evolve beyond today?

Start the Conversation

Every engagement
starts with a
real conversation.

No pitch decks. No sales process. Just an honest conversation about where your operation is today, where you want it to go, and whether TwinRoots is the right partner to get you there.

Perth, Australia
Western Australia  ·  APAC HQ
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Houston, Texas
United States  ·  Americas HQ
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TWINROOTS
Performance Partner  ·  Industrial Capability Evolution