Circular Economy
Circularity Runs on Information.
Reuse, repair, refurbishment and recovery are business models before they are values — and they only work when you know what an asset is, where it is, what condition it is in, and what it is worth in its next life.
The Problem
The loop breaks where the data stops.
Reuse, repair, refurbishment and recovery are business models before they are values — and they only work when you know what an asset is, where it is, what condition it is in, and what it is worth in its next life.
Linear supply chains only need to track a product until it is sold. Circular ones have to track it for its whole life, across owners, service events and material streams — and most systems of record were never designed to hold that.
So the failure is informational rather than moral. Refurbishment is uneconomic because grading is manual and inconsistent. Spare parts are unavailable because demand was never modelled. Take-back stalls because nobody can prove provenance or composition. Assets sit idle because utilisation is invisible across sites and customers.
Software is what closes those gaps: an identity that persists across the lifecycle, condition data reported by the asset itself, and the analytics that turn the second, third and fourth life into a priced decision rather than a stated intention.
Our Approach
How we work on this.
The same order every time. Understanding before design, design before build, evidence before scale.
- 01
Give the asset a persistent identity
One identifier that survives resale, service, disassembly and material recovery, with a record other parties can read without being given access to your ERP.
- 02
Instrument condition and use
Telemetry, inspection data and service history, structured so grading is repeatable rather than a judgement call made at the loading bay by whoever unloaded the pallet.
- 03
Model the second life economically
Residual value, refurbishment cost, part availability and demand. A loop that does not clear a margin does not stay closed, however good the intention behind it.
- 04
Wire the loop into operations
Reverse logistics, triage, repair routing and resale, connected to the same records as forward sales — so both directions of the business are looking at one asset rather than two.
- 05
Prove it to whoever asks
Traceability and product-passport data structured for regulators, customers and partners, produced by the operation itself rather than assembled by a project team the week before an audit.
Capabilities
What this covers.
Named plainly, so you can tell whether we are the right people for the piece of work you have.
- Product Lifecycle Intelligence
- Digital Product Passports
- Traceability Systems
- Predictive Maintenance
- Asset Utilization Analytics
- Reverse Logistics Software
- Refurbishment & Grading Systems
- Material Flow Analytics
Technical Architecture
The loop, and where software attaches to it.
Design
Decisions made here determine whether the loop can ever close: modularity, fastener choice, part commonality, and whether the product is able to report on itself at all.
- Design for disassembly
- Part commonality
- Embedded identity
- Repairability data
Use Cases
Where this applies.
If one of these reads like a description of your week, it is the right conversation to start with.
Equipment maker moving to product-as-a-service
Billing on use rather than on sale requires utilisation data, condition monitoring and a residual-value model — three software problems that have to be solved before it becomes a commercial one.
A refurbishment operation limited by grading
Inconsistent manual assessment makes intake cost unpredictable. Structured condition data and assisted grading make the accept-or-reject decision repeatable and therefore plannable.
Digital product passports ahead of regulation
Composition, provenance and repair history structured now and produced by the operation, rather than reconstructed by a project team once the requirement is enforced.
Idle assets across sites or customers
Utilisation visibility and internal reallocation, which regularly beats both new purchase and disposal on cost and on lead time.
Spare parts strategy for a long-lived fleet
Failure modelling and demand forecasting, so repair is actually possible at the moment when repair is cheaper than replacement.
Take-back that has to prove itself
Chain of custody, recovery yield and reporting that stands up to a customer’s procurement team or a regulator, because it is produced as a by-product of the operation.
Business Impact
What changes.
Stated as outcomes rather than percentages. We publish numbers for work we measured, on the page for that work.
Assets stay in service longer because their condition is known rather than assumed.
Refurbishment becomes a priced decision, so second-life volume can be planned instead of improvised.
Idle capacity becomes visible and reallocatable across sites, fleets and customers.
Provenance and composition can be produced on demand, because they are captured by the operation rather than reconstructed for an audit.
Service and resale margins improve because parts demand is modelled instead of reacted to.
Circular commitments become operational reality with a record standing behind them.
Related Work
Worked examples.
Realistic problems taken through architecture, implementation and the trade-offs we would argue for in a real engagement.
- DemonstrationProcess industry
Predictive Maintenance System
A demonstration of condition monitoring done end to end: instrumentation and edge processing on constrained hardware, through to a maintenance workflow that acts on a signal rather than a dashboard.
- DemonstrationRegulated services
Enterprise Knowledge Intelligence
A retrieval and agent architecture for internal knowledge where permissions, provenance and refusal behaviour are requirements rather than refinements.
FAQ
Questions we are usually asked.
Circular economy
Bring us the asset, and the question you cannot answer about it.
Where it is, what condition it is in, how much life is left, or what it is worth in its next one. That gap is where the loop is broken, and it is where we start.