New Product Introduction (NPI) software: 6 best platforms

New Product Introduction (NPI) software helps the teams behind a new product. This includes manufacturing, engineering, supply chain, quality control, and marketing. It manages the process of bringing that product to market, from initial idea through design, development, and launch. 

This process, sometimes called new product development (NPD), spans everything from market research and feasibility studies through prototyping and into full-scale production. 

With NPI software, teams have one place to track tasks, timelines, approvals, and collaboration across all the departments involved. This lets them avoid juggling spreadsheets so they can avoid delays.

In this article, we’ll walk through:

• What NPI software is and the benefits of using it to manage product launches
• A comparison of six leading NPI platforms, including tools built for electronics manufacturing, PLM, and cross-functional project management
• How to choose the right NPI software for your team, based on your size, growth plans, and existing tech stack

What is new product introduction software?

New Product Introduction (NPI) software helps teams manage the entire process of bringing a new product to market. It centralizes items across departments, so teams launch products more efficiently and with fewer mistakes.

Companies that use one piece of software to manage the NPI process can benefit in several key ways:

• Faster time to market. Centralized workflows and automated handoffs cut the delays teams face waiting on approvals or updates from other departments.
• Better cross-functional collaboration. Teams work from a single source of truth, cutting down on miscommunication and duplicated work.
• Improved visibility into project status. Real-time dashboards let stakeholders track progress and spot bottlenecks without chasing updates manually.
• Reduced errors and rework. Standardized processes and templates keep steps from being skipped or done out of order.
• Stronger risk management. Stage-gate processes, risk assessments, and approval checkpoints catch issues while they can still be fixed.
• More consistent processes. Teams follow proven, repeatable workflows, and find opportunities to improve them with each launch. 
• Better resource allocation. Clear visibility into team capacity makes it easier to put the right people on the right tasks at the right time.
• Smarter portfolio and supply chain decisions. Centralized data across launches helps leadership prioritize the right products, while better supplier visibility and sourcing data reduce the risk of delays or shortages.

Without dedicated software to manage all these moving parts, this process usually runs on scattered spreadsheets and email threads. Problems surface later, when they’re expensive to fix or when they’ve already threatened an essential milestone. When NPI software replaces that patchwork with one connected process, those risks are minimized. 

6 NPI platforms for successful new product introduction

Most "best NPI software" lists include tools designed to streamline different aspects of the product introduction process. Even though a DFM tool for PCB manufacturability and a Salesforce-native PLM aren’t directly competing for the same buyer, they both get filed under "NPI software." 

The six platforms we’ve chosen will span the same range, but we’ve been upfront about who and how they can help. The table gives a quick side-by-side, and the sections that follow go deeper on what each one does well.

1. Siemens (Valor NPI): DFM-driven NPI software for PCB and electronics manufacturing

Best for PCB and electronics manufacturers who need to catch design-for-manufacturability issues before production begins.

Valor NPI runs design-for-manufacturability analysis directly inside the PCB design flow, so issues get caught during pre-production, while a board is still on screen, instead of after it reaches mass production. 

Rather than checking a design against generic rules, it references the specific capabilities of the manufacturer who will build the board, flagging anywhere the design exceeds what that supplier can produce. A board that’s manufacturable at one facility isn’t automatically manufacturable at another, which matters for teams working with multiple contract manufacturers.

The checks go beyond fabrication. Valor NPI covers assembly and test issues too, so fewer surprises show up once a design moves downstream to quality assurance and production teams. For manufacturers where a single re-spin means weeks of delay and higher production costs, that’s the core value of the product.

Siemens offers a free online trial, though this focuses on the cloud-based DFM tool rather than the full desktop product.

2. Autodesk (Fusion Manage and Vault): PLM software with phase-gate workflows for centralized product data

Best for manufacturers managing complex, multi-stage product development who need centralized data and enforced approval gates.

Autodesk’s Vault PLM combines Vault, its data management tool, with Fusion Manage, its cloud-based project lifecycle management platform, to centralize CAD files, bills of materials, specifications, and quality documentation in one system. Revision control keeps every stakeholder working from the same information and protects data integrity, which matters most on longer development cycles with dozens of design iterations.

The phase-gate structure is where Autodesk differentiates itself from a general project management tool. Teams configure project templates and standardize milestones by product line, team, or role, so a launch can’t advance until it meets defined criteria. 

Real-time KPI dashboards round out the platform, giving teams usable views into development progress so they can spot issues before they become costly. For manufacturers producing complex product lines across CAD, PDM, and quality systems, that combination is the core appeal of Vault PLM over a lighter-weight tool.

3. Wrike: Flexible work management platform for cross-functional NPI teams

Best for cross-functional teams who need to coordinate people, timelines, and approvals across an NPI launch

Wrike takes a different approach than the PLM-focused tools here. Rather than centralizing product data like BOMs or CAD files, it acts as a coordination layer on top of the systems you already have and brings cross-functional teams together around a single source of truth. 

Wrike connects to PLM, ERP, CRM, and other tools, so those systems continue to work for you, while Wrike becomes the shared workspace where every team plans, executes, and tracks the work that depends on them. 

For a manufacturer already running a tool like Siemens Valor NPI or Autodesk Vault PLM, Wrike isn’t positioned to replace those systems, but to stop the silos that can form around them.

Wrike has more than 400 built-in integrations, an API for custom connections, and two-way sync for tools like Salesforce and GitHub to automate workflows from end to end. That scale can save hours of a team’s time and countless miscommunications. 

With custom item types, Wrike teams can create workflows that fit an NPI process specifically, tailoring automation rules and item structures to work like approvals or supplier tasks that don’t map onto a standard project hierarchy. 

Wrike also supports capacity tracking and resource prioritization to forecast staff availability, paired with AI-driven risk prediction that flags milestones at risk before they slip. 

Outdoor equipment manufacturer MTD Products is a useful example of this coordination role in practice. 

MTD launched a new Product Development division to build autonomous, robotic lawn and garden equipment. That kind of product innovation included software, electronics, and mechanical engineering teams working at the same time rather than in a handoff sequence, which is exactly the coordination problem Wrike can solve. 

Ryan Cmich, MTD’s Chief Products Engineer for Autonomous Lawn and Garden Equipment, needed visibility into tasks by product, by feature, by team discipline, and by individual assignee, with each team viewing the work through its own established workflow.

Wrike’s custom dashboards let each discipline see its work the way it actually moves. 

"The Software dashboard has the V-Model process flow of design, requirements, coding, model test, integration test, validation," Cmich says. "When the Software team is together looking at their work in a Kanban style using Wrike’s custom dashboards, they can see where things are sitting in that process. The Mechanical team has a different dashboard which reflects more of the movement of physical items through a process: released for quote, tooling, and things like that" 

A product-centric folder structure, organized by system, chassis, drive train, and so on, gives the wider organization a view of the same work. "If the whole organization wants to see how it all comes together, they can look at that folder structure broken out by system," Cmich says. "But then on a daily basis, people can just focus on their Dashboards structured in the way their particular tasks move through."

That combination of shared visibility and per-team flexibility is the real benefit of Wrike for new product launches, and one of the main advantages our product has over some of the others in this list. 

4.  Arena Solutions: Cloud PLM built for quality and compliance-heavy product launches

Best for companies in regulated industries who need tight traceability between design changes, quality, and compliance.

Arena, now part of PTC, brings BOM management, engineering change processes, and quality assurance records into a single cloud-native platform, so a design change and its compliance implications live in the same system. Arena markets itself to high-tech electronics, medical devices, aerospace and defense, and clean tech companies.

Change control is the main area where Arena’s compliance focus shows up. The platform is built to help maintain compliance with standards like FDA, ISO, ITAR, EAR, and RoHS as regulations evolve. For med-tech or aerospace teams, that compliance tracking is built into the product record itself, not bolted on.

Arena also extends visibility to supply chain and sourcing partners. The platform is cloud-native, so internal teams and external partners can collaborate around the latest BOM from anywhere, reducing the production errors that come from working off outdated part data. 

5. OpenBOM: Connected BOM and product data management for multi-CAD supplier collaboration

Best for teams juggling multiple CAD systems and external suppliers who need one shared source of truth.

Most manufacturing teams don’t design in a single CAD system, and each one tends to produce its own disconnected BOM. OpenBOM supports all major CAD tools, including SOLIDWORKS, Onshape, Autodesk Fusion, Inventor, Solid Edge, Siemens NX, PTC Creo, and Altium, merging what each produces into one connected product structure instead of files that need to be manually reconciled. A PCB’s BOM in Altium can sit nested under the right part number in a broader assembly, instead of living in a spreadsheet someone updates by hand.

Supplier access is where OpenBOM’s pricing model stands out. Only users who edit or manage data need a paid seat, while internal team members, suppliers, and partners can be invited as unlimited free read-only users, which lowers the barrier to bringing external partners into the same system as your team.

The BOM lives in OpenBOM’s cloud database, giving engineers, buyers, managers, and suppliers instant access to the same real-time source of truth, ending the "who has the latest version" confusion that comes from tracking changes over email. The platform also handles cost rollups and purchasing integrations directly, so procurement and sourcing teams can pull a consolidated, priced BOM for a quote without a separate reconciliation step.

6. Propel PLM: Salesforce-native PLM connecting product and customer data

Best for companies already using Salesforce that want to unify product and customer data on one platform as part of a broader digital transformation.

Propel takes a different approach than any other tool on this list. Instead of building a standalone PLM system, it’s built directly on Salesforce. That gives customers Salesforce’s security model, permissions, and admin tooling out of the box, so an existing Salesforce admin can typically manage Propel alongside Salesforce itself.

Propel combines PLM, quality management (QMS), and product information management (PIM) in one system, giving teams a connected thread that covers product design and development through customer-facing commercialization, not just engineering handoff. Design reviews, change orders, and BOM management sit in the same platform as the product data marketing and sales teams use with customers.

Because Propel runs on Salesforce, it integrates directly with Sales Cloud, Service Cloud, and Commerce Cloud, so product, sales, and support teams work from the same data rather than syncing it between systems. A change to a product record is immediately visible to the sales team without an integration layer in between.

How to choose the best NPI software for your team

Choosing the right NPI tool is about understanding which tools will match the way your team works and where it’s headed next. Whether the tool will slot into and improve your processes, and then grow with you, is far more important than the length of the feature list. 

To get that deeper understanding, we recommend working through these steps: 

• Match the tool to your team’s size and complexity. A small team launching a handful of products a year needs something lightweight and easy to adopt, not a platform built for enterprise-scale governance it will never fully use. A large, multi-department operation needs the opposite: complex approval workflows and cross-team coordination from day one. Don’t pay for complexity you don’t need yet, but don’t pick something you’ll outgrow within a year either if your product line expands. 
• Consider whether it can scale with you. Check whether the platform can handle more users, more concurrent projects, more external stakeholders, and more complex workflows as you grow. Some platforms have pricing that scales by seat, whereas others will jump sharply at a certain threshold, which might force you into a disruptive migration later. 
• Map out your existing software stack first. List the PLM, ERP, CRM, and collaboration tools your team already relies on, so you know exactly what a new platform needs to connect to. This reframes the evaluation from "which tool has the most features" to "which tool fits what we already have," and gives you far more visibility over your product introduction process. 
• Prioritize integration depth. A long list of integrations means little if the ones you actually need are shallow or unreliable. Check that the platform offers robust connections to your must-have tools, or a strong API if you’ll need something custom.
• Check how the tool fits into cross-functional workflows. NPI touches engineering, marketing, manufacturing, and often external suppliers, not just the team running the evaluation. Make sure the software genuinely supports every department involved in your launches, not just the one that’s easiest to please in a demo. 
• Weigh implementation and onboarding effort. Consider how long it will realistically take to get up and running, and whether the vendor offers support, training, or a free trial to test the fit before you commit.

Find the right platform to bring your NPI process together

The right NPI platform depends on what’s actually slowing your launches down. If the bottleneck is manufacturability issues surfacing too late in the PCB design cycle, a tool like Siemens Valor NPI solves a specific, technical problem. If its regulatory traceability across a compliance-heavy product, Arena’s PLM and QMS platform is built for that.

For most manufacturers, though, the real bottleneck is coordinating handoffs between engineering, manufacturing, marketing, supply chain, and quality control, especially at scale, where a delay in one team’s approval quietly stalls everyone else’s timeline.

That’s the problem Wrike, our manufacturing project management software, solves. 

Rather than replacing the specialized systems your teams already use, it connects them, giving every department visibility into the same launch without forcing anyone to abandon their existing tools.

If your next launch depends on getting cross-functional teams aligned and moving at the same pace, try Wrike free or book a demo to see how it fits your NPI process.

Frequently asked questions (FAQs) about New product introduction software 

What’s the difference between NPI software and PLM software?

Product lifecycle management (PLM) software manages a product across its entire lifecycle, from concept through retirement, centered on data like CAD files, BOMs, and revisions. NPI software focuses specifically on bringing a new product to market, covering the phases, approvals, and coordination involved in getting to launch. In practice, the two overlap heavily, since most PLM platforms build in NPI-specific features like phase-gate workflows.

Do I need PLM software, NPI software, or both?

It depends on where the friction is: If the problem is managing product data itself, CAD files, BOMs, and change control, start with a PLM platform. If it’s coordinating people and approvals across departments during a launch, a flexible work management tool built for cross-functional NPI is a better fit, often running alongside a PLM system rather than replacing one.

Can NPI software integrate with other manufacturing software?

Most dedicated NPI and PLM platforms integrate with the rest of a manufacturing tech stack, including ERP, CRM, and CAD systems, since launch data needs to flow between design, procurement, and commercial teams. Integration depth varies a lot between vendors. Check that a platform connects well with the specific tools you rely on, not just how many it lists.

Is NPI software only useful for manufacturing companies?

NPI as a concept comes from manufacturing, describing how a physical product moves from design through production. The underlying problem, coordinating departments around a structured launch, shows up elsewhere too, but most tools here are still built specifically around physical product manufacturing. A non-manufacturing company would want to weigh a general launch or project management tool against a manufacturing-specific PLM system.