Accelerating Component Discovery and Risk Mitigation With Arena SCI

Speed is critical for modern product teams but not at the expense of manufacturability, supply chain resilience, or sustainability. Without early visibility, component shortages, end‑of‑life risks, and compliance gaps can derail projects before they gain momentum.

To address these challenges, Arena Supply Chain Intelligence (SCI) now delivers an integrated capability for component discovery and replacement.

We caught up with Arena Product Manager Nathan Ng to discuss how this new functionality across Arena’s product lifecycle management (PLM) and quality management system (QMS) platforms helps teams design smarter, move faster, and build resilience.

Nathan, what prompted the new component discovery and replacement capability in Arena SCI?

Nathan: Customers consistently told us they needed greater visibility much earlier in the design process—before a component ever makes its way into Arena. Engineering and supply chain teams wanted to understand whether a part was not recommended for a new design, unavailable, or nearing end of life before committing it to their workspace using SCI’s risk intelligence.

That feedback directly informed the new component browser, which gives users immediate access to critical component data and risk indicators upfront.

How does the Arena SCI component browser work?

Nathan: The component browser lets users search for and evaluate parts before adding them to Arena. You simply enter a manufacturer’s part number, and the system returns exact and approximate matches.

When you click into a component, you immediately see detailed information including risk level, lifecycle status, availability, datasheets, technical specifications, supply details, compliance information, and product change notices. All of this happens outside of the Arena workspace.

What makes this especially powerful is that the risk level is still calculated using your organization’s SCI risk policy. Even though the part hasn’t been added yet, Arena SCI cross-references lifecycle, stock, and end-of-life data against your configured rules to show the risk before the part enters the system.

How does this support faster design cycles and early design for manufacturability (DFM)?

Nathan: By shifting component evaluation earlier in the design process, engineers can quickly rule out high-risk parts before they are incorporated into bills of materials (BOMs). Teams avoid trial-and-error component selections that lead to prolonged ECO cycles, quality issues, and downstream rework.

Instead of discovering problems during NPI or sourcing, teams are making informed decisions during initial design exploration. This can save weeks or months later in the project.

How does the SCI component browser capability help build a more resilient supply chain?

Nathan: Supply chain resilience starts with visibility. The component browser exposes availability, stock levels, lifecycle status, and compliance data upfront, so teams aren’t designing around assumptions.

For example, if a part is already flagged as end-of-life or not meeting regulatory requirements, users can see that immediately and pivot to a better alternative.

This supports multisourcing strategies and helps teams avoid single-source risk, long before procurement is involved. That early insight is critical for companies operating in volatile or highly regulated supply chains.

Once a component is identified as risky, how does Arena SCI help mitigate that risk?

Nathan: That’s where Arena SCI’s integrated component replacement and sourcing actions come in, closing the loop between risk identification and risk mitigation workflows.

When SCI surfaces alternatives for a risky component, users can immediately:

• Create a new supplier item from an alternative
• Add the alternative as a new source relationship
• Replace an existing source relationship with the alternative

These actions build on Arena’s existing part import workflow and remove friction. Instead of identifying alternatives and then manually updating sourcing later, teams move directly from insight to execution.

Can users perform these component replacement actions at scale?

Nathan: Yes. In addition to making changes at the individual item level, users can perform bulk replacement actions from the supplier items workspace.

If a medium- or high-risk supplier item is used across multiple BOMs, SCI shows where it’s used and allows you to replace that source across multiple items in one workflow.

With a single click, teams can mitigate risk across the entire product assembly instead of fixing issues one BOM at a time. This is especially valuable during supply disruptions or when a supplier flags a part as no longer recommended for new designs.

How does this capability support NPD, NPI, and sustainability initiatives?

Nathan: New product development and introduction (NPDI) depends on predictable sourcing. When teams identify viable, low-risk components earlier, they avoid late-stage redesigns that increase cost and delay launches.

From a sustainability perspective, early visibility into lifecycle and availability helps teams avoid last-minute substitutions that can increase waste, expedite shipping, or force non-optimal sourcing decisions.

Ultimately, this capability helps organizations:

• Optimize costs by reducing redesign and resourcing effort
• Improve NPI predictability
• Make smarter, more sustainable component choices earlier

It’s about designing with the full product lifecycle in mind.

What excites you most about Arena SCI’s component discovery and replacement capability?

Nathan: I’m excited that this capability fundamentally shifts supply chain intelligence earlier in the product development process. Instead of reacting to risk after components are already used in designs, teams can evaluate, compare, and plan before those decisions are locked in.

By combining early component discovery with seamless replacement actions, Arena SCI helps teams move faster, design smarter, and build more resilient products—without adding complexity.

That’s the future of supply chain intelligence: proactive, integrated, and actionable from the very beginning.