Repair: Industrializing Repair at Scale

Repair is changing status. What was yesterday an extension of after-sales service is today becoming one of the most strategic levers of the circular economy — provided you know how to industrialize it.

Long perceived as a simple extension of after-sales service, repair is now becoming a structuring issue for brands, retailers, and service networks. Regulatory expectations (right to repair, repair bonus eco-modulation), consumer demands, and margin pressure all converge toward the same conclusion:

repair is no longer optional — it must be operationally mastered.

The question is therefore no longer "should we repair?" but "how do we industrialize repair without losing quality, traceability, and profitability?"

It must become a system.

Traditional Repair	Industrialized Repair
Dispersed processes, manual management	Centralized flows, unified dashboards
Variable quality depending on workshop	Homogeneous quality standards across the entire network
Partial or absent traceability	Complete traceability, DPP compatible
Difficult-to-measure profitability	Performance KPIs by workshop, by flow, by product
Coordination via email/phone	Digital orchestration of partners and subcontractors

The Limits of Traditional Approaches

In many organizations, repair remains fragmented. The symptoms are recurring and found at every level of the operational chain — from product reception at the workshop to final customer payment.

The Most Frequent Dysfunctions

Teams managing significant repair volumes systematically encounter the same obstacles:

• Untracked email exchanges — no centralization of communications between stakeholders (retail, workshop, customer)
• Manual quote validation — slow process, prone to errors and difficult to audit
• Partial deadline tracking — inability to anticipate delays or proactively alert the customer
• Low visibility on workshop performance — no consolidated dashboard, no reliable KPIs
• Complex payment management — multiple tools, tedious reconciliation, payment default risks
• Incomplete intervention traceability — incomplete history, incompatible with growing Digital Product Passport (DPP) requirements

When Friction Becomes a Structural Barrier

To better visualize the impact of these frictions according to operational maturity level, here's how the approaches compare:

Criterion	Traditional Approach	Orchestrated Approach
Exchange Traceability	Email, non-centralized	Unified platform, complete history
Quote Validation	Manual, slow	Automated, with approval workflow
Deadline Tracking	Partial, reactive	Real-time, proactive alerts
Workshop Performance Visibility	Low, fragmented	Consolidated dashboards, reliable KPIs
Payment Management	Multi-tool, complex	Integrated (e.g., via Stripe Connect*)
DPP Compatibility	Incomplete	Structured for regulatory traceability

*Stripe Connect is a split payment solution that allows automatic distribution of funds between multiple parties — for example between a retail brand and its partner workshops — without manual transfer management.

The Real Challenge: Orchestrate, Not Just Repair

The real challenge is therefore not simply to repair. It is to be able to orchestrate repair with consistency, reliability, and visibility.

This distinction is fundamental in industrial-scale circular economy logic. Repairing an isolated product is an action. Orchestrating thousands of repairs with coherence — by guaranteeing execution quality, customer satisfaction, and data compliance — is an infrastructure.

Repair: an infrastructure designed for networks

With Repair, ZIQY helps brands structure and manage their repair operations, whether they rely on a few internal workshops or a large network of partners.

The objective is straightforward: unify standards, streamline operations, and make every step manageable.

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Why a dedicated repair infrastructure?

Brands seeking to integrate repair into their operational model quickly encounter structural obstacles: heterogeneity of partner workshops, absence of common standards, fragmented financial flows, and difficulty producing reliable traceability data.

Repair directly addresses these challenges by offering a common infrastructure layer, deployable for a network of 5 workshops as well as for a mesh of several hundred partner repairers.

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The two key dimensions of Repair

Repair articulates its value around two complementary axes: network management and operational management of each repair case.

Dimension	Key features	Business benefit
Network management	Digital onboarding, certification verification, geographic and skills-based segmentation	Qualified network, rapidly deployable, compliant with brand standards
Operational management	8-step workflow, intelligent assignment, quote and diagnostic reliability	Reduced lead times, quality consistency, real-time management
Financial flows	Automation via Stripe Connect	Secure payments, simplified reconciliation, fewer administrative frictions
Traceability & compliance	Recording of every event, exportable data	ESG reporting, regulatory compliance, feeding the digital product passport

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Traceability designed for tomorrow's requirements

Complete traceability of every intervention is not merely an operational advantage: it is a direct response to regulatory obligations progressively imposed on retail and industry players.

The Digital Product Passport (DPP) — the digital product passport established by the European ecodesign regulation — will require that every product placed on the market be accompanied by a history of interventions, repairs, and restoration. Repair structures this data today, enabling brands to anticipate this obligation without overhauling their information systems.

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Repair in a circular economy strategy

Integrating Repair into your operational model also means laying the groundwork for a credible and measurable circular economy approach.

Every documented repair represents a product that doesn't end up in a landfill, a preserved resource, and exploitable data for extra-financial reporting (CSRD, carbon footprint, CSR indicators).

The management of spare parts and their product compatibility, natively integrated into Repair, is another concrete circular lever: it reduces procurement lead times, limits assembly errors, and encourages the use of refurbished or certified parts.

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What Repair concretely changes for field teams

For operational teams — after-sales managers, network coordinators, quality managers — Repair transforms a historically time-consuming activity into a structured and auditable flow.

Before Repair	With Repair
Manual workshop onboarding (emails, PDFs)	Automated digital onboarding with certification verification
Case assignment by phone or email	Intelligent assignment based on workload, skills, and location
Repair tracking on spreadsheet	8-step workflow, real-time tracking
Billing and payments managed manually	Complete automation via Stripe Connect
Partial or nonexistent traceability	Exhaustive recording of every event
ESG reporting difficult to produce	Structured, exportable data, compliant with DPP requirements

Standardize Quality Without Burdening Operations

One of the major challenges of large-scale repair is maintaining a consistent quality level despite the diversity of workshops, products, and field situations.

Without dedicated infrastructure, each workshop develops its own practices, its own acceptance thresholds, its own reporting formats. The result: heterogeneity that weakens the customer promise, complicates audits, and makes controlled scaling of the circular economy impossible.

Repair addresses this challenge with a network-driven logic, structured around several complementary mechanisms:

Mechanism	Objective	Concrete Benefit
Dynamic performance scoring	Identify and reward the best repairers	Objective management of the workshop network
Certification criteria	Guarantee consistent standards across the network	Compliance assured throughout the network
SLA alerts	Anticipate deadline overruns	Reduced disputes and customer delays
Visual documentation	Standardize diagnostics and deliverables	Enhanced traceability at every step
Decision trees	Guide repairers through complex cases	Fewer errors, fewer escalations
Diagnosis validation	Secure decisions before commitment	Zero unauthorized interventions
Complete intervention history	Ensure traceability and facilitate audits	Regulatory compliance and DPP-ready

These mechanisms do not operate independently of one another. They form a coherent quality management system, where each piece of data collected at the workshop feeds the next level: scoring, alerts, certifications.

Repair is no longer a succession of individual cases managed on an ad-hoc basis, with all the quality and customer experience variability that entails.

It becomes a structured, measurable, and improvable flow — driven by data, standardized by processes, and auditable at any time.

From Repair to Circular Economy Management

Repair creates more than just operational value. It fits into a logic of systemic circularity, where each workshop intervention becomes a strategic lever for the brand, the retailer, and the consumer.

By integrating repair as a central building block of the circular economy, companies gain benefits that far exceed the simple handling of defective products.

The four strategic pillars of circular repair

• Extension of product lifespan: each repair carried out in the workshop delays or avoids the need for a new product, reducing pressure on resources
• Waste reduction and lower environmental footprint: fewer products sent to landfill, fewer emissions linked to replacement manufacturing
• Better traceability for audits and regulatory compliance: each documented intervention flow constitutes evidence that can be used during CSR or regulatory inspections
• Contribution to the brand's CSR objectives: concrete data on repair volumes, timeframes, and avoided carbon impact feed into extra-financial reporting

From repair flow to strategic data

The value of repair does not lie solely in the technical act itself. It lies in the data it generates: parts used, intervention time, repairer performance, processing timeframes, recurrence rates of failures.

When structured and centralized, this data enables brands and retailers to manage their circularity with precision — no longer in a merely declarative manner.

Data collected	Operational use	Strategic use
Parts used per intervention	Workshop inventory management	Analysis of recurring product defects
Processing timeframes	SLA management and customer satisfaction	Benchmarking of partner workshops
Repairer performance	Real-time quality monitoring	Optimization of the repair network
Avoided carbon impact	Internal reporting	Contribution to CSR objectives & DPP
Intervention history per product	Logistics traceability	Digital Product Passport (DPP) feed

From compliance imposed to circularity managed

This distinction is fundamental for decision-makers: an undocumented repair operation contributes neither to CSR objectives, nor to the DPP, nor to continuous product improvement.

Conversely, a fully digitalized repair flow — from workshop intake to product return to the customer — generates usable data at every level of the organization:

• At the operational level: optimization of timeframes, parts inventory, and workshop capacity
• At the commercial level: improved customer experience and post-purchase loyalty
• At the strategic level: feeding CSR reporting, regulatory compliance, and measurable contribution to the circular economy

When repair is backed by robust digital infrastructure, it ceases to be a peripheral service to become the operational core of a credible and measurable circular strategy.

Repair Finally at Scale

Scaling doesn't depend solely on the number of available repairers. It depends on the ability to orchestrate an ecosystem with clear rules, reliable data, and smooth operations.

This is precisely Repair's ambition: to give brands a repair infrastructure capable of combining operational rigor, service quality, regulatory compliance, and continuous performance.

The four pillars of industrialized repair

Pillar	What this concretely means
Operational rigor	Rigorous processes at each stage of the repair flow, from collection to return
Service quality	A consistent experience for the end customer, regardless of which partner workshop is used
Compliance	Traceable data for audits, ESG reporting, and Digital Product Passport (DPP) requirements — the product digital passport progressively mandated by European regulation
Performance	Actionable indicators to pilot, adjust, and continuously improve operations

From the periphery to the core of circular strategy

Repair is no longer a peripheral concern. Long relegated to an ancillary service offering or surface-level ESG commitment, it now stands as a structural lever for brands seeking to build a genuine circular strategy.

This shift in status is explained by three converging dynamics:

• Regulatory pressure — European directives on ecodesign and the right to repair require brands to document and facilitate interventions on their products
• Consumer expectations — 72% of European consumers say they prefer to repair rather than replace, provided the service is simple, fast, and reliable
• Economic stakes — each repaired product put back into circulation represents recovered value that escapes depreciation and the cost of a new product

Repair as infrastructure, not as a tool

For players wanting to structure a genuine circular strategy, repair becomes a central lever. But a lever only works if it's properly anchored.

This is where the distinction between a repair management tool and a repair infrastructure comes in:

• A tool manages tickets and statuses
• An infrastructure orchestrates logistics flows, connects certified workshops, feeds a product digital passport, manages quality remotely, and produces exploitable data for circular reporting

For players wanting to structure a genuine circular strategy, repair becomes a central lever — and Repair, the infrastructure to achieve it.