Blog Highlights
- Our product lifecycle management solutions link together the people, the data and processes required at all stages of a product’s lifecycle – from concept, to design, to market, and ultimately the retirement of that product. Our product lifecycle management software supports pharma, CDMO and engineering businesses and provides visibility over product development, regulatory documentation and entire portfolio.
- Product Lifecycle Management Software: It Is Mandatory for Engineering, Pharma, and CDMO Business When we’re talking about manufacturing, engineering or developing new pharmaceutical and biological drug products or even producing chemicals via chemical contract manufacturing organization (CDMO), PLM stands to be a Mandatory choice for your business to get the regulated product development fast, auditable and predictable.
- The PLM market is growing from USD 36.60 billion in 2026 to USD 58.52 billion by 2031 at 9.8% CAGR, driven by digital transformation and the rising complexity of regulated products (Markets and Markets, June 2026).
- NPD software and PLM software are connected layers: NPD governs the development process; PLM governs the full product arc. The best platforms integrate both.
- Kytes connects PLM, NPD, project execution, and dossier management in one platform, giving pharma, CDMO, and generics teams the portfolio visibility and compliance traceability that disconnected systems cannot provide.
What Is Product Lifecycle Management Software?
Product lifecycle management software (PLM software) connects individuals, information, and activities through every stage a product life from first concept to the market and beyond the retirement. From pharma, CDMO and engineering businesses a PLM system controls how its products are created, handles regulatory documentation and empowers organizations’ management teams to take notice at a glance of how each of its portfolio members currently looks. A PLM 2026 forecast report from Market sand Markets anticipates that from a $36.60 billion figure in 2026, the entire PLM market will be worth over $58.52 billion by 2031, increasing from today at 9.8% CAGR.
The Drug That Missed Its Launch Window by Six Months
The SVP of Operations of a midsized Indian generics firm sat across the table, scribbling notes. Six products in his quarterly pipeline were actively in the development phase; 2 were ready to launch, whereas 3 others had come to a standstill – not due to any scientific issues, but solely because no team knew how to get a handle of the last dossier version. Teams worked from various versions.
Regulatory affairs, after the conclusion of the stability study, had updated the product details.
R&D was yet unaware and manufacturing was ready with batches against the wrong specs! The launch got postponed for six months. While none of the teams was irresponsible for this oversight, it was the inherent design of the product lifecycle that was responsible. Since the pipeline management spanned across six departments, three disparate systems, and a commonly-available, unreliable drive the pipeline data was fragmented.
That lacuna between the individual knowledge, and the organizational knowledge – Product Lifecycle management software is designed exactly for that.
What Is Product Lifecycle Management Software?
PLM software is an integrated system for the product lifecycle management, beginning with the development process and extending through the product’s marketing and eventual withdrawal from use. It centralizes all product data: bills of materials (BOMs), product designs, regulatory documentation, test data, as well as supply chain data, while connecting the teams responsible for creating and delivering products. The PLM system is not merely a data storage facility.
It administrates the product development workflows that move the product forward, tracks the changes, forces validation of product approval stages, controls versions, and enables every employee (R&D, quality, manufacturing, commercial and regulatory) to access precise, up-to-the-minute product data.
Modern PLM solutions link product data, personnel, and processes together in a managed environment, thus eliminating the version control problems associated with manual solutions.
What Are the Five Stages of the Product Lifecycle?
Concept and ideation
Teams collect market information then rank ideas using a grid of strategic dimensions. Strong ideas are lost and less robust ideas advance due to a strong opinionated team, unless there is a PLM system in place to house the ideation data.
Design and development
Finalization of Product design: product designers and software like CAD helps us in creating technical drawing, bills of material(BOM). For Pharma products formulation Development, Stability studies come at this stage and proper record of changes is done.
Production and launch
Data of good quality is produced; processes are smoothed to ensure costs are minimized and PLM system link post-launch data with the product data record to obtain feedback loop completion.
Maintenance and optimization
An AI-powered timesheet solution proactively creates time entry proposals that go beyond simple employee recall of their work. The system reads from calendars, assigns tasks, and uses other project context to create entries so you team only have to review and confirm. Machine learning allows it to learn with each use.
Retirement
All products have to go to the end of the product’s life. Documenting the end of its life requires communicating to regulators the deactivation and passing information regarding it on to the product that replaces it.
What Does a PLM System Actually Do?
A PLM system performs three core functions no manual process can replicate at scale:
Centralises product data
Specification, BOM, regulatory, and quality documentation are all consolidated in a single place. Automatic version control reduces out of date, contradictory data. Teams gain access to the correct information.
Manages the product development process
It delineates life cycle phases, gates between phases, and the sign off and buy-in needed. Go/kill decisions can be made on fully informed basis rather than based on information that has only partially come in.
Maintains audit-ready documentation
Every change. Every approval. Every decision has a clear lineage to follow. When the regulators come looking, your response will be an answer, not a trip down a rabbit hole of e- mails.
What Is the Difference Between PLM Software and NPD Software?
PLM software and NPD software address overlapping problems but serve different scopes
In practice, the most effective organisations deploy NPD software and a PLM solution as connected layers within the
same platform, so product data created during development flows automatically into the systems that manage the
product in the market.
What Should Product Governance Software Include?
Product governance software provides the enforcement layer of a PLM system. This defines a strict set of rules and processes to be followed through the entire product development process; not because the teams will, but because the system will make them follow the process.
Controls to pass stages
Products are moved from stage to stage when all the gates’ specified requirement is met and all required authorisations received. There should never be any teams passing over a gate meeting when they were delayed on product delivery schedule.
Formal Verification; if any team making any change of revision on any document(s) like any spec, BoM or Regulatory document, formal verification of this change is initiated. Downstream issue of an unauthorized user modification can then be immediately prevented.
Document version control
Every version of any of the documents stored can be easily recognised, and each older version is backed up in audit trial.
Risk tracking
The formulation, regulatory, supply chain, timeline and product risks appear so that leaders can address them before they emerge.
Portfolio Visibility
Leaders can immediately identify the stages of the products and any risks or needs and make strategic resource decisions accordingly.
How Does Kytes Connect the Product Lifecycle to Project Execution?
In working with CDMO, pharma, and generics companies we see this disconnect again and again. You’ve got the PLM for the product information. An independent project tool is used to track what is being done.
A third tool keeps track of what was spent.
They don’t exchange information in the moment of need. Kytes links NPD workflow to the project and finance management on a single platform. While building an NPD project within Kytes a Pharma company sees its typical stage-gate structure built directly into the project plan; financial milestones trigger the next billing step based on regulatory milestones; the PLM feature built into our system generates a trail of all document development activities that will stand up under audit.
Frequently Asked Questions
