India’s circular economy transition is moving from environmental discourse to operational reality. Electronic waste has emerged as one of the fastest-growing waste streams globally, while consumer electronics replacement cycles continue to compress. The resulting tension is no longer simply about sustainability—it is about building scalable infrastructure capable of converting fragmented post-purchase behaviors into organized, trusted, and economically viable ecosystems.
The re-commerce sector sits at the intersection of customer experience, logistics orchestration, marketplace economics, sustainability regulation, and consumer trust. Historically, India’s used electronics ecosystem has been characterized by informal transactions, inconsistent pricing, opaque quality standards, and weak accountability mechanisms. As consumers become more digitally sophisticated and cost-conscious, expectations are shifting toward transparency, convenience, and instant fulfillment—raising the operational bar for recommerce operators.
At the same time, enterprise leaders are increasingly recognizing that circularity itself is becoming a customer experience challenge. Consumers may support sustainability ideologically, but behavior changes only when disposal journeys become frictionless, trustworthy, and financially attractive. This shifts the competitive battlefield from product ownership to lifecycle orchestration.
C2R Recommerce Platforms
Against this backdrop, organized C2R recommerce platforms represent more than marketplace innovation. They represent attempts to industrialize trust, operationalize sustainability, and transform end-of-life device management into a digitally orchestrated experience layer.
The broader strategic question is no longer whether circular economy models will scale. The question is which organizations can solve the difficult operational problems—pricing transparency, partner governance, logistics consistency, customer trust, and ecosystem alignment—required to make circularity commercially durable.
A Founder with Direct Exposure Across Multiple Phases of Category Evolution
Ankit Saraf (Jain), Founder & CEO of Eco Gadgets Eservices Pvt. Ltd., occupies a relatively uncommon position within India’s recommerce ecosystem: a founder with direct exposure across multiple phases of category evolution—from early market creation to scale, acquisition integration, and category rebuilding.
Having previously co-founded Yaantra and participated in scaling one of India’s most recognizable smartphone refurbishment businesses through acquisition, Saraf brings operational experience spanning finance, ecosystem building, marketplace economics, supply chains, and post-purchase service operations.
His current venture, Eco Gadgets, signals a shift from refurbishment-led scaling toward infrastructure-led circularity—where customer trust, platform orchestration, and operational standardization become primary differentiators.
His leadership profile aligns less with startup disruption narratives and more with ecosystem engineering: building repeatable systems that reduce friction between consumers, partners, logistics operators, and downstream recyclers.
Marketplace and Orchestration Layer
Eco Gadgets operates as a marketplace and orchestration layer rather than a manufacturing business. Its C2R model positions the company between fragmented consumer supply and organized downstream demand.
Key complexity indicators include:
– Multi-sided ecosystem management
– AI-assisted pricing and diagnostics
– Verified partner governance
– Cashless transaction infrastructure
– Last-mile logistics coordination
– Circular supply chain orchestration
Operational maturity signals are notable for an early-stage organization:
– Proprietary technology ownership
– Dedicated logistics infrastructure
– Multi-app architecture
– Early ecosystem scaling initiatives
– Structured partner onboarding
Its differentiation thesis rests less on resale economics alone and more on reducing customer friction in device disposal journeys.
Why this Interview Matters?
This interview matters because it reflects a broader transition occurring across customer experience strategy: sustainability is increasingly becoming an operational design problem rather than merely a branding exercise.
Several tensions shape the conversation:
– Convenience versus responsible disposal
– Automation versus customer trust
– Marketplace scale versus quality governance
– Transparent pricing versus margin pressure
– Ecosystem expansion versus operational control
What makes this perspective differentiated is the founder’s exposure across both first-generation and next-generation recommerce models. The conversation therefore offers insight not only into category growth, but also into category correction—what early recommerce players learned, where trust broke down, and what infrastructure is required for sustainable scaling.
Enterprise leaders should pay particular attention to how customer journeys intersect with ecosystem complexity. Building circular experiences requires orchestrating actors the customer never sees.
Circular Economy: Market Reaching an Inflection Point Now
Q1. India’s recommerce market has existed for years, yet remains largely fragmented. What structural barriers prevented formalization earlier, and why is the market reaching an inflection point now?
AS: Historically, the structural barriers preventing formalisation in India included a lack of standardised pricing, fragmented logistics, and deep-seated consumer mistrust regarding the diagnostics of used devices. The “unorganised” sector thrived because it offered immediate cash, even if the process was opaque.
The market is reaching an inflection point now due to several factors: widespread smartphone penetration, the rise of digital payment infrastructure, and AI-driven diagnostic tools that provide transparent, real-time valuations. Additionally, there is a growing consumer awareness regarding both the economic value and the environmental impact of e-waste, which is shifting behaviour toward formal platforms.
Q2. You describe e-waste as both an environmental problem and an economic opportunity. Which narrative resonates more strongly with consumers in practice?
AS: In practice, the economic opportunity narrative resonates much more strongly with consumers. While the environmental impact of e-waste is an important secondary consideration, the immediate value proposition and financial return are the primary drivers for consumer behavior and engagement.
Q3. How has consumer behavior around device ownership changed over the past decade, and what shifts have surprised you most?
AS: Over the last ten years, we’ve seen a significant shift from long-term ownership to a more fluid, upgrade-driven cycle. Consumers now view electronics as transient assets rather than permanent fixtures.
The shift that has surprised me most is the rapid normalissation of “recommerce.” While people were previously hesitant to sell or buy used devices due to trust issues, the demand for value and the ease of digital trade-ins have made the circular economy mainstream much faster than anticipated.
Selling Old Electronics
Q4. Selling old electronics is traditionally perceived as inconvenient and untrustworthy. Which parts of the customer journey create the highest friction today?
AS: The highest friction in selling old electronics stems from valuation manipulation, fear of data privacy breaches, and logistical headaches. Together, these barriers cause significant hesitation, driving consumers to hoard e-waste rather than navigate the second-hand market.
Q5. In circular economy businesses, trust becomes a product itself. How do you operationalize trust across pricing, pickups, diagnostics, and payments?
AS: We operationalise trust by ensuring transparency and reliability at every touchpoint. In pricing, we use real-time market data to ensure fairness. For pickups and diagnostics, we implement a diagnosis app to ensure consistency. Finally, our payment process uses instant bank transfers to compensate the customer immediately upon verification.
Q6. How do you design customer journeys differently for low-value electronics versus premium devices where emotional attachment and price sensitivity are higher?
AS: For low-value electronics, the focus is on extreme efficiency and speed. The journey is designed to be highly automated with minimal friction, as the primary driver for the customer is often simple disposal or a quick, convenient exit.
For premium devices, the approach is more high-touch. Because emotional attachment and price sensitivity are higher, we incorporate:
Enhanced Transparency: More detailed diagnostic reports to justify the valuation.
Trust Building: Clearer communication regarding data security and wiping processes.
White-Glove Service: Personalized pickup experiences to reassure the customer during the transition.
In these cases, the journey prioritises confidence and value realisation over pure speed.
AI-driven Diagnostics and Pricing
Q7. Your platform uses AI-driven diagnostics and pricing. Where have you deliberately chosen human intervention instead of automation?
AS: While we use AI-driven diagnostics and pricing for efficiency, we have deliberately chosen human intervention for the final physical verification of the device. Our Partners technicians perform a manual check to validate the AI’s findings, especially for cosmetic grading and identifying internal damage that sensors might miss. This ensures a final layer of accuracy and fairness before the payment is released to the customer.
Q8. What risks emerge when algorithmic pricing determines customer outcomes, and how do you govern fairness and transparency?
AS: The primary risks when algorithms determine customer outcomes are price volatility and the “black box” effect, where a customer doesn’t understand why a specific value was assigned to their device. This can lead to a perception of unfairness or distrust if the quote changes unexpectedly.
To govern fairness and transparency, we focus on:
Explainability: Providing customers with a clear breakdown of how the diagnostic inputs (e.g., screen condition, battery health) directly impact the final price.
Human Oversight: Maintaining a manual override protocol for edge cases where the algorithm might undervalue a unique device condition.
Data Integrity: Regularly auditing our pricing models against real-world market data to ensure the outcomes remain competitive and equitable.
Q9. Many companies use AI primarily for efficiency gains. Where has automation improved customer confidence rather than just reducing cost?
AS: Automation has been most impactful in building confidence through our diagnostic process and pricing engine. By using AI-driven diagnostics, we provide customers with transparent, objective reports that explain exactly how a device is valued. This eliminates the “black box” feel of traditional trade-ins and ensures that the customer feels the offer is fair and data-backed, rather than a subjective human negotiation.
Circular Businesses Often Prioritize Acquisition
Q10. Circular businesses often prioritize acquisition. What does retention look like when customers may transact only occasionally?
AS: Retention in a circular business where transactions are occasional is about staying top-of-mind through value rather than frequency. It involves building a relationship based on trust and utility during the long gaps between transactions. This looks like providing ongoing device health check-ups, sharing relevant updates on environmental impact, and ensuring that when the customer is finally ready to trade in or upgrade, our platform is the most seamless and trusted choice.
Q11. What have you learned about orchestrating experiences across third-party partners who directly influence customer perception?
AS: Orchestrating experiences across third-party partners requires shifting from strict control to shared ecosystem management. Because customers hold the primary brand accountable for the entire journey, proactive alignment with third-party vendors is essential to protect brand promise, customer perception, and overall C2R experience.
Q12. How do you balance rapid geographic expansion with maintaining service consistency?
AS: Standardise the core, localise the edge: Lock the SOPs, Tech and quality checks centrally. Local Partners and tight SLAs for pickup and compliance.
Q13. What operational metrics determine whether a city or market is ready for scaling?
AS: We focus on several key indicators:
Pickup Completion Rates: Ensuring our Partner logistics network can reliably handle the volume.
Pricing Accuracy: Maintaining consistency between automated quotes and physical diagnostics.
Turnaround Time: The speed from the initial request to the final payment/processing.
Customer Satisfaction Scores: Ensuring service quality remains high even as volume increases.
Unit Economics: Verifying that the cost of acquisition and operations in that specific market allows for sustainable growth.
KPIs That Matter Most
Q14. Which KPIs matter most internally: conversion, pickup completion rates, pricing accuracy, turnaround time, customer satisfaction, repeat behavior—or something else?
AS: Turnaround time and pricing accuracy drive everything else. If TAT Slips or quotes are wrong, cobersion, pick up completion, CSAT and repeats all collapse.
Q15. How do you quantify environmental impact in a way consumers actually understand?
AS: We find that translating data into relatable metrics works best. Instead of using abstract carbon numbers, we focus on tangible equivalents such as the number of trees saved, the volume of water diverted from contamination, or the amount of plastic waste prevented from entering landfills. By framing the impact in terms of everyday environmental benefits, we make the contribution feel more personal and significant to the customer.
Q16. Some critics argue recommerce encourages more consumption by making upgrades easier. How do you respond?
AS: While recommerce makes upgrading more accessible, its primary function is to extend the lifecycle of existing devices. By creating a formal secondary market, we ensure that products are used to their full potential rather than sitting idle in drawers or ending up in landfills prematurely. Our goal is to decouple device ownership from waste, ensuring that when a consumer does upgrade, their previous device enters a circular ecosystem rather than becoming e-waste.
Sustainability is Often Overused
Q17. Is sustainability overused as a positioning tool in the circular economy sector?
AS: Sustainability is often overused as a positioning tool in the circular economy sector. While it is a core value, many companies use it as a buzzword without backing it up with substantive operational changes. In this industry, true sustainability must be integrated into the business model rather than just being a marketing layer.
Q18. Are consumers genuinely motivated by environmental outcomes, or is price still the dominant decision driver?
AS: While environmental awareness is growing, price and value remain the dominant decision drivers for the majority of consumers in the recommerce sector. Sustainability often serves as a secondary benefit that reinforces the decision, but the core motivation is typically the economic incentive.
Q19. What parts of India’s electronics lifecycle ecosystem remain fundamentally broken?
AS: 3 Big breaks:
1. Data wiping trust.
2. Informal Repair.
3. Reverse logistics.
Q20. Five years from now, does recommerce become mainstream infrastructure—or remain a niche behavior?
AS: I believe that five years from now, recommerce will become mainstream infrastructure. As the circular economy matures and consumer trust in diagnostic technology grows, the ability to trade in, refurbish, and recycle electronics will be a standard expectation at the point of sale rather than a niche service.
Key CX Leadership Insights
1. Circularity Is Becoming A Customer Experience Discipline
Sustainability adoption increasingly depends on reducing friction rather than increasing awareness.
Operational implication: Organizations must redesign disposal and reuse journeys with the same rigor applied to purchase journeys.
Business significance: Experience design becomes a growth lever for sustainability.
2. Trust Infrastructure Is Emerging As Competitive Infrastructure
Recommerce economics alone are insufficient.
Operational implication: Pricing transparency, partner governance, and service reliability become experience differentiators.
Industry relevance: Categories with fragmented supply chains increasingly compete on trust mechanisms.
3. Ecosystem Orchestration Matters More Than Product Ownership
Platform businesses succeed through coordination.
Operational implication: Experience ownership extends beyond direct employees into partner networks.
Business significance: Ecosystem governance becomes a CX competency.
4. AI Value Must Be Measured Through Confidence Creation
Automation that reduces uncertainty creates stronger customer outcomes.
Operational implication: Explainability and transparency become essential.
5. Circular Economy Growth Requires Behavioral Engineering
Changing disposal habits requires incentive design.
Operational implication: Customer education alone rarely drives adoption.
Editorial Reflection
The evolution of India’s recommerce ecosystem reflects a broader shift underway across customer strategy: ownership models are becoming lifecycle models. Businesses increasingly compete not only on acquisition experiences, but also on what happens after ownership ends.
What makes circular economy businesses strategically interesting is that they expose hidden weaknesses inside customer operations. Trust gaps, fragmented service delivery, inconsistent partner experiences, and opaque pricing become immediately visible when organizations attempt to industrialize reuse.
The next phase of customer experience leadership may therefore extend beyond personalization and automation into lifecycle orchestration—designing experiences that continue long after traditional transactions conclude. Organizations that solve those coordination challenges could redefine how value is created, retained, and recovered.
Key Takeaways for CX Leaders
Design For End-to-End Lifecycle Experiences
Experience ownership extends beyond purchase journeys.
Operationalize Trust Mechanisms
Trust should be engineered through systems, not messaging.
Build Ecosystems, Not Isolated Touchpoints
Modern experiences increasingly depend on coordinated networks.
