Technology products are becoming increasingly sophisticated, yet the systems used to manage their lifecycle often remain fragmented.

As circular economy principles gain momentum, organisations are under growing pressure to improve transparency, traceability and accountability across product lifecycles.

Emerging technologies such as Artificial Intelligence, Digital Product Passports and advanced lifecycle intelligence platforms have the potential to transform how products are manufactured, tracked, repaired, refurbished and recycled.

This paper examines the future of device lifecycle management and the technologies that will underpin next-generation circular supply chains.

Over the last decade, the secondary mobile device market has evolved from a fragmented collection of local traders and independent refurbishers into a global industry supporting millions of consumers and generating billions of dollars in economic activity annually.

This transformation has been driven by increasing smartphone prices, growing environmental awareness, improved refurbishment standards, operator trade-in programmes and the emergence of dedicated circular technology platforms.

The circular mobile ecosystem now plays a critical role in extending product lifecycles, reducing electronic waste, improving technology affordability and supporting global sustainability objectives.

Despite growing demand for refurbished and second-life technology products, international trade remains constrained by inconsistent regulations, varying import requirements and differing interpretations of environmental legislation.

These inconsistencies create unnecessary friction, increase costs and limit the movement of valuable technology assets that could otherwise support economic development and digital inclusion.

A globally aligned framework for circular electronics would accelerate market growth, increase resource efficiency and support sustainability objectives while maintaining appropriate environmental safeguards.

The transition to a circular economy will require significant private and public investment across infrastructure, technology, logistics and innovation.

While capital has increasingly flowed towards sustainability initiatives, many circular economy businesses continue to face barriers in accessing growth financing due to limited understanding of circular business models, inconsistent reporting standards and fragmented market structures.

This paper explores how investors, governments and industry leaders can collaborate to unlock investment into circular technology ecosystems.

Access to digital technology has become a prerequisite for participation in modern society. Education, healthcare, financial services, employment opportunities and public services increasingly depend upon access to connected devices and reliable internet infrastructure.

Despite significant progress in global connectivity, hundreds of millions of people remain digitally excluded due to affordability constraints. While network coverage continues to expand, the cost of acquiring a suitable device remains a primary barrier to digital participation.

Second-life technology presents a practical and scalable solution.

Certified refurbished devices can provide access to technology at significantly lower cost while extending product lifecycles, reducing environmental impact and supporting circular economy objectives.

This paper explores how governments, mobile operators, development agencies and industry stakeholders can leverage circular technology ecosystems to accelerate digital inclusion.