SaaS for Manufacturing Companies – How to Choose the Right Business System for the Future
SaaS has changed how business systems are used in manufacturing companies. Here, we review what SaaS means in practice, what distinguishes different solutions, and what you should consider when choosing a business system that provides flexibility, security, and long-term control.
SaaS stands for “Software as a Service” and means that a service is delivered as a cloud service. In the world of business systems, this practically means that the system is not installed locally on a server, but that you, as a user, can log in via the web and access all functions there. Without installations, operational responsibility, or manual updates. Wherever you are.
However, today, SaaS is more than just a way to deliver software. It has become a fundamental prerequisite for modern, flexible, and integrated operations. This is happening while a market shift is underway. A shift where many companies are still stuck with older business systems that try to adapt to a SaaS world without truly succeeding.
How does SaaS work in practice?
In a SaaS system, the entire solution resides in the cloud. The service provider is responsible for operation, security, availability, and continuous updates, while the user gets an easily accessible system to work with.
This means several things:
- You can access the system wherever you are. Home, office, or out in production, it doesn’t matter.
- Updates occur continuously without disrupting operations.
- The system can be scaled up or down as needed. Quickly.
- Integrations with other systems happen via API instead of manual file transfers.
For many companies, this means a whole new level of flexibility compared to traditional, locally installed systems.
The Challenge: Understanding Different Versions of SaaS
Even though many business systems today are offered as SaaS, the solutions can differ in how they are structured and function in practice. Some systems have evolved from previous generations of business systems and adapted to suit a cloud-based delivery model. Others are built from the ground up to function in a SaaS environment.
This affects, for example:
- How flexible the system can be
- How easy it is to integrate with other solutions
- How quickly new functionality can be developed and implemented.
For the user, this is often noticeable in how smoothly the system works in everyday life, especially in businesses with many processes that need to function. For example, in manufacturing.
The crucial factor is therefore not just that the system is SaaS, but how it is constructed and to what extent it continues to support the business’s needs over time.
SaaS with Prosmart
For us at Prosmart, SaaS is not just about technology. For us, it’s about providing a business system that actually works in a modern manufacturing environment. Not just in theory, but also in practice.
Prosmart is built as a SaaS business system from the ground up. This means the system is built for:
- Production, planning, and processes
- Real-time data that is easy to act upon
- Stable and well-functioning integrations with other systems such as accounting systems, e-commerce, transport booking
- Ability to successively further develop functionality
Prosmart is adapted to function in today’s modern industries.
Data Storage in “Local SaaS” and Why It’s Important
One aspect often forgotten in the discussion about SaaS is where data is stored, and indirectly, who can access it. With a local SaaS solution like the one we offer at Prosmart, you get:
- Data storage in Sweden
- Clear control over where information is located
- No dependence on global cloud providers
- Reduced risk of data being disseminated or handled outside your control
For many companies, and especially within manufacturing, this is a decisive factor. It’s not just about security, but also about trust and long-term stability.
Security in a Modern SaaS System
SaaS doesn’t just mean simplicity. It also means higher demands on security. Prosmart works with several layers of security, including:
- MFA, multi-factor authentication, for secure login
- Encrypted data management
- Standardized and secure integration solutions via API
This ensures that both internal and external access can be managed in a controlled manner without compromising user-friendliness.
Integrations: From Problem to Standard
One of the great advantages of SaaS is how easily systems can be connected. Instead of custom-building integrations, standardized APIs are used today. This means that, for example, a business system like Prosmart can communicate with an accounting system in a stable and secure way, where data can also be sent in both directions: from the business system to the accounting system, and from the accounting system to the business system.
For a Prosmart user, this means:
- Less manual work
- Fewer sources of error
- Faster information flows
- A problem-free system connection
What used to be complex IT projects instead becomes a natural part of the system’s function.
From Passive to Active Support
A clear shift with modern SaaS solutions is that the business system moves from being a database to becoming active support in the business. With new functions, and in the next step AI, the system can:
- Identify deviations in production
- Suggest actions
- Automate parts of planning and purchasing
This means you get a system that not only shows what has happened but also helps influence what happens next.
Effects and Benefits of SaaS
For manufacturing companies, the right SaaS solution can provide clear effects:
- Increased flexibility in daily operations
- Better control over production and flows
- Faster decision-making with access to the right data
- Less dependence on compatible hardware
- Minimal disruptions from technical maintenance
- No extensive and complicating upgrade projects
- Ability to gradually develop the system according to needs
It is fundamentally about creating a business system that supports the business instead of limiting it.
What to Consider When Choosing SaaS?
Not all SaaS solutions are alike. To avoid getting stuck in the next generation’s lock-in, it is important to set the right requirements. To ensure the right solution for your business, examine the following questions:
- Is the system built for SaaS or built for a server environment and moved to the web?
- How open are the integrations?
- Where is the data stored?
- Is there a clear product development plan going forward?
- Is it possible to start small and build upon it?
For manufacturing SMBs, it’s not about choosing cloud as a concept, but about choosing the right type of cloud solution.
Why the Right SaaS Solution is Crucial for the Future
SaaS has changed how business systems are used, developed, and integrated. But the difference between various solutions is significant.
For companies in manufacturing, it is increasingly important to choose systems that are built for real production flows and that simultaneously provide flexibility and control for you as users. It is also important to know how data storage is handled.
In addition, it is essential to know what future development looks like, including the use of AI assistants, agents, and more.
In this way, SaaS can become more than a technical solution. Then SaaS becomes a strategic investment that actively enables you to grow your business, improve your profitability, and gain total control over your flows. For the very best of your company.
Frequently Asked Questions about Changing Business Systems
It is often time to review the business system when it starts to limit operations in various ways instead of supporting them. This can involve a lot of work being done in parallel with the system, for example in Excel, information needing to be registered multiple times in several different systems, production and planning not being trackable in real-time, or integrations being difficult and costly for you to maintain.
A system change may also be relevant when an organization has outgrown its current way of working, needs better traceability, wants to automate more flows, or finds it difficult to meet new demands from customers, suppliers, and authorities. The goal should not be to change the system for the sake of changing, but to create better control, more efficient processes, and better conditions for continued development.
How long it takes to implement a new business system depends on many factors. This can include which processes are to be included from the start, how much data needs to be migrated, and what integrations are required. For a small or medium-sized manufacturing company, it is common to start with a clearly defined area and then build upon it step by step.
A simpler implementation can take a few months, while a more comprehensive project involving, for example, production, planning, inventory, integrations, and data migration can take longer. The most important thing is to start with a realistic plan, clear priorities, and a defined first step that provides early benefits.
No, in many cases, it is wiser to change in stages if needed. A modern business system should be able to integrate with your existing solutions, for example, for accounting, e-commerce, transport booking, BI, or other specialized functions.
This allows you to keep systems that currently work well and focus on changes where they provide the greatest benefit. With open and standardized APIs, information flows can be automated instead of relying on manual file transfers or duplicate registrations.
Yes, it is usually possible to migrate relevant historical data. Exactly what should be migrated is determined based on the business’s needs, traceability requirements, and how data will be used going forward.
Typically, customers, suppliers, articles, product structures, balances, open orders, open purchases, and current inventory data are migrated. Older transaction history is usually not migrated due to complexity and cost. Often, this data can be kept available in an archive or in the previous system if it needs to be accessed. A good principle is to migrate the information needed for your work to flow efficiently from day one and not to automatically migrate all existing information. Ensuring data quality requires significant effort.
The goal is for production to be affected as little as possible. Therefore, the system change is normally planned in phases according to an established project plan.
Before commissioning, current article registers, product structures, inventory status, open orders, and planned production orders are ensured, among other things. In many cases, the transition is carried out at a natural breakpoint, for example, at the end of a month, during low capacity utilization, or planned production maintenance. With proper preparation, the risk of disruptions can be minimized, and security can be created within the organization.
A successful system implementation requires commitment from the business, but it does not necessarily mean that many people work full-time on the project. The most important thing is to appoint a clear internal project manager and involve the right people from the business.
The resource requirement is usually greatest during the preliminary study, process reviews, data quality assurance, testing, and training. By making timely decisions, prioritizing correctly, and limiting the initial implementation, you can reduce both workload and risk. A system project works best when responsibility and competence are shared between the supplier and your key personnel based on a clear project plan and methodology.
The difference is not just about where the system runs, but how it is built and how easy it is to develop over time. An older system can be made available via the web or hosted by a cloud provider, while it may have an architecture based on older technology, manual upgrades, local installations, or limited integration possibilities.
A SaaS system built for the cloud from the start is designed for continuous updates, scalability, security, and integration via APIs. It should be easy to use regardless of the user’s location and capable of further development without large, recurring upgrade projects. For manufacturing companies, this means better opportunities to connect production, planning, finance, and other business systems in coherent flows.
Prosmart’s process is based on your business, your flows, and the benefits you want the system to achieve. We start by reviewing and gaining an understanding of the current situation, target vision, and prioritized processes (for example, order, purchasing, inventory, production, planning, and follow-up).
Thereafter, the solution is configured, relevant master data is prepared, a test environment for education and training is established, and key users are trained. Before production launch, workflows and data are validated through acceptance tests. After launch, we continue with support, follow-up, and successive further development. Prosmart is built to be able to develop step by step as the business’s needs change and evolve.
Do you want to find the right SaaS business system for your business?
We help manufacturing companies choose a modern solution with the right conditions for production, integrations, security, and long-term development. At the same time, we ensure that the system implementation proceeds smoothly and with as few disruptions as possible.
Contact us via the form below or via our contact details, which you can find via the button, and we will tell you more.
