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Outcome — Capital Efficiency

Replace on condition, not on a calendar.

Calendar-based replacement throws away good years of asset life — and good money. TwinEdge models remaining useful life from the physics of how each asset actually degrades, so you can safely run equipment to its real end-of-life and push capital spend out years.

ASSET HEALTH OVER TIME · MODELED RULCONDITION %SERVICE LIFE →end-of-life thresholdreplace on calendarreplace on conditionextra life= deferred capitalStop replacing healthy assets on a calendar.Run each asset to its real end-of-life — safely — and push the capital spend out years.

What calendar-based replacement costs you

When you replace on age instead of condition, you spend capital early on assets that had years left — and you still get surprised by the ones that fail young.

Capital spent early

Replacing a pump at 15 years because "that is the number" — when it had 6 good years left — is capital you committed before you had to.

Good assets scrapped

Fixed-interval programs send healthy equipment to salvage while the budget that replaced it could have funded real risks.

Surprises anyway

A calendar does not know which unit was over-pumped or ran cavitating for a year. Age-based plans still miss the early failures.

How TwinEdge extends asset life

From the data you already have to a decision you can defend.

01

Score real condition

Physics and telemetry combine into a live condition score per asset — grounded in operating envelope, not just install date.

02

Model remaining life

First-principles degradation plus ML projects remaining useful life and the confidence band around it for each asset.

03

Rank by risk × cost

Capital planning ranks candidates by failure risk, consequence, and replacement cost — so the budget goes to the assets that need it.

04

Defend the plan

Every deferral and every replacement carries the evidence: condition, trend, risk, and scenario — ready for the board and the regulator.

The capital impact, modeled

Modeled projection

Indicative figures from physics-based lifecycle modeling. Actual deferral depends on asset class, duty, and how aggressive your current replacement intervals are — we model your portfolio during evaluation.

Years

Typical safe deferral per asset

Modeled additional service life when replacing at true end-of-life vs. a fixed calendar interval.

Risk-ranked

Capital allocation

Budget directed to assets by modeled failure risk and consequence instead of age alone.

Audit-ready

Every decision justified

Condition, trend, and scenario evidence attached to each deferral and replacement.

Figures are modeled, physics-based projections for illustration — not measured customer results. Safe deferral always respects engineering and regulatory limits; TwinEdge surfaces the evidence, your engineers make the call.

See how many years your assets really have left

Bring a class of assets and their history. We will model remaining useful life and show you the capital you could safely defer — with the evidence to back it.