Construcciones Yamaro: Refit8 brings verified asset intelligence to construction projects

Verified asset intelligence is helping keep materials and products in productive use across the built environment.

Project briefs across construction, fit-out and asset management are carrying new demands: waste prevention, embodied carbon accountability, compliance reporting and product stewardship.

Sustainability expectations are influencing procurement frameworks and delivery models, yet one barrier persists: limited visibility of the products, materials and assets already inside buildings.

Without verified information, reuse becomes difficult to plan, carbon reporting relies on assumptions, and de-fits default to removal instead of recovery.

“We’ve built an industry that’s good at delivering new outcomes,” says Paul Rosenberg Vella, co-founder of building materials intelligence platform Refit8. “But we’ve historically paid less attention to documenting what’s already there. If you can’t see products and materials clearly, you can’t steward them properly.”

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Circularity moves from undertone to KPI

For Lachlan Ide, director at project management advisory ONPC, the move toward circular practice is now appearing earlier in project planning.

“I oversee feasibility, design and design coordination,” says Ide. “Over the past three to four years, there’s been a real drive to separate projects from the norm. We’re working with landlords and end users to push the agenda from day one, looking for second-life opportunities and measurable reuse outcomes.”

Circular thinking once appeared cautiously, often limited to salvaging furniture. Increasingly, it’s being embedded in the way projects define success.

Ide says the shift began slowly, with furniture reuse treated as a side conversation. In some project briefs, however, circular outcomes are now being treated as measurable KPIs.

“The earlier we understand these initiatives, the more successful the project will be,” he says.

As circular outcomes begin to influence feasibility modelling and design coordination, project teams are having to understand what already exists within a building before specifying what comes next.

Karlee Blackburn, senior interior designer at NH Architecture, says circular practice depends on reliable information.

“When we can see and verify what already exists within a building, such as materials, joinery, fixtures, furniture and services, we unlock the ability to design for retention or reimagining rather than replacement. Transparency and data shift the conversation away from demolition as the status quo,” says Blackburn.

She adds reliable inventories change both the project brief and the design process, allowing teams to assess what can be retained, upgraded or reconfigured before specifying new materials and supporting evidence-based decisions around embodied carbon and waste reduction.

Ide highlights a related challenge: understanding what happens to materials once they leave site. He says the industry has lacked reliable data on where materials end up, making recovery pathways difficult to verify. With mandatory reporting and greater ESG scrutiny, transparency is becoming increasingly important for landlords and end users alike.

Turning visibility into workflow

Refit8 has been developed as a response to that information gap. The platform captures, verifies and organises data on installed products, materials and assets across fit-outs, de-fits and asset life cycles. On-site tools record quantities and condition, feeding into auditable digital registers aligned with compliance and reporting requirements.

“We’re not asking teams to change their objectives,” says Rosenberg Vella. “We’re giving them clearer, verified information so decisions around reuse, refurbishment, recovery or replacement can be made earlier and with confidence.”

Accurate asset information has implications across project teams. Designers and engineers rely on it for specifications and adaptive strategies, contractors for strip-out sequencing, asset owners and facility managers for life cycle value and make-good obligations, and sustainability leads for Scope 1, 2 and 3 emissions reporting.

“There’s often a light touch on circularity and adaptive reuse,” says Ide. “But it’s not just about reusing a meeting room. It goes deeper, into how you design the space, how it can continue its life once the tenant leaves.”

Blackburn adds: “It’s about designing with continuity in mind and ensuring that data, product histories, and stewardship pathways travel with an asset across multiple life cycles. It also requires modular systems and materials that are intentionally designed to be reused, reconfigured or reimagined as needs change. It’s about how things are manufactured, how they’re delivered to site, and what happens to packaging. Waste streams need to be addressed at every stage.”

This approach requires early alignment between design, procurement and delivery, with visibility across product categories from furniture, fixtures and equipment (FF&E) to services and built form.

Compliance as catalyst

Regulatory and contractual drivers are accelerating the need for better material intelligence. Scope 3 emissions reporting is bringing embodied carbon from products and fit-outs into focus.

The Commonwealth Government’s Environmentally Sustainable Procurement Policy identifies several high-impact procurement categories, including FF&E, information and communication technology equipment, and textiles. These categories relate to fit-outs, asset management and de-fit activities.

“Scope 3 reporting requires defensible, project-level information,” says Rosenberg Vella. “If material and product data is fragmented or incomplete, carbon accounting becomes vulnerable.”

Contractual frameworks aligned with AS 4902–2000 also require clarity around the treatment of existing works, including removal, reinstatement and retained elements.

By creating accessible digital registers of FF&E, services and built form, Refit8 seeks to align environmental objectives with compliance obligations and procurement requirements. Data captured during strip-out or early design phases can support Green Star, Living Building Challenge and LEED pathways, life cycle assessment inputs and product stewardship schemes.

John Gertsakis, a sustainability and communications practitioner who has worked with projects in the furniture and carpet industries over two decades, sees this convergence as necessary and overdue.

“Environmental performance, commercial accountability and operational efficiency should not sit in silos if we’re serious about the transition to real-world circularity,” he says. “Structured information allows those objectives to reinforce each other and acknowledge a system-wide view rather than compete.”

Another development underway is the move from project-specific initiatives to portfolio-wide oversight. Institutional owners and multi-site tenants are seeking consistent data across assets.

“If data capture is inconsistent from one project to the next, you can’t build reliable portfolio insight,” says Rosenberg Vella. “When it’s structured and auditable, it becomes part of long-term asset governance.”

Blackburn notes that documented product histories influence adaptability over time, as design teams approaching the next refit are not starting from zero. Instead, there is a record of what was installed, what was retained and how it performed.

That continuity helps prevent waste, extend product life and plan recovery pathways before materials become liabilities.

The built environment sector has adapted to technical and regulatory changes before. The integration of digital engineering, building information modelling and sustainability rating systems over the past decade demonstrates the industry’s capacity to adopt new processes when benefits emerge. Improving visibility of materials and assets may represent the next stage in that evolution.

“If we design out waste, we must first understand what we’re working with,” says Gertsakis. “Accountability begins with knowledge and manufacturers showing greater responsibility for the environmental performance of their products and materials across the entire life cycle.”

Ide adds that when transparency is integrated into feasibility assessments and design, circularity “becomes embedded in how projects are defined and measured”.

For Rosenberg Vella, the objective remains grounded. He says better data cannot resolve every challenge, but it can support more informed decisions environmentally, commercially and contractually. In his view, verified asset intelligence is becoming a foundation for collaboration across disciplines, compliance and longer material life cycles.

The post Refit8 brings verified asset intelligence to construction projects appeared first on Inside Construction.

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Construcciones Yamaro, by Armando Iachini