What is Software-as-a-Service (SaaS) explained?

What is SaaS?

Software-as-a-Service (SaaS) is a way to use software via the internet, without needing to install it locally on your computer or servers. Instead of a one-time purchase, you subscribe to a service. The software runs on the provider’s infrastructure and is accessible via a browser or app.

Where companies previously had to install software, maintain it, and update it manually, SaaS shifts this responsibility entirely to the provider. This means that as a user, you always have access to the most recent version of the software, without needing technical knowledge or your own infrastructure.

You can think of SaaS as the difference between owning a car and using a taxi app. In the first case, you are responsible for maintenance, insurance, and fuel. In the second case, you only pay for usage, while everything is handled behind the scenes.

Cloud computing plays a central role in this. SaaS is based on the cloud: a network of servers that deliver software, data, and computing power via the internet. This allows users around the world to access the same applications and data.

Interestingly, we see similar developments within the crypto world. Think, for example, of crypto exchanges or wallet services that function as SaaS. Instead of running a node yourself or managing complex software, users can easily buy crypto, store, and manage it via a platform.

Korte samenvatting

• Software-as-a-Service (SaaS) is software used via the internet without local installation.
• The provider manages infrastructure, updates, security, and scalability.
• SaaS makes collaboration easier and lowers the barrier for companies and users.
• The model offers advantages such as accessibility and flexibility, but also introduces dependencies.
• Within the crypto sector, SaaS-like applications are seen in exchanges, wallets, and analytics platforms.

How does SaaS work?

With SaaS, you simply log in to an online platform. The software runs entirely on external servers managed by the provider. All you need is an internet connection (and your payment details, of course).

The provider is responsible for:

• Hosting the software
• Data security
• Updates and maintenance
• Scalability and performance

For the user, this means no installation is required and you can get started immediately. There are thousands of services that work this way, well-known examples include Spotify and Netflix.

Within crypto, this can be seen in platforms like Finst or other well-known cryptocurrency exchanges. Also mining companies fall into this category. Users do not need to install complex software or manage private nodes. Everything happens via a web interface, while the infrastructure runs in the background.

Can SaaS make employees more efficient?

The transition from traditional (on-premise) software to SaaS can have a huge impact on an organization’s efficiency. With traditional software, there are often high upfront costs, such as licenses, servers, and maintenance. Additionally, updates must be performed manually and collaboration is often limited to internal networks.

SaaS approaches this differently. Because everything is centrally managed (usually online):

• Employees always work with the same, up-to-date software
• Teams can easily collaborate, regardless of location
• There is less dependence on IT departments
• Data is available in real time

Imagine a company with teams spread across multiple countries. With SaaS, all employees can work simultaneously in the same environment, share documents, and analyze data. This not only increases productivity but also improves decision-making quality. For example, marketing teams often use SaaS services because it is easy for everyone to work within the same platform.

Within the crypto industry, this is even more evident. Think of trading platforms where thousands of users trade simultaneously based on real-time data. Without SaaS-like infrastructure, this simply would not be scalable. On an average cryptocurrency exchange, you can always log into an online environment where you can manage everything in your account.

What are the advantages of SaaS?

SaaS offers several clear advantages compared to traditional software models.

One of the biggest advantages is accessibility. Because everything works via the internet, you can work from any device and any location. This aligns perfectly with the trend of remote work.

Additionally, cost structures are more flexible. Instead of large upfront investments, you usually pay a monthly subscription. This lowers the barrier for startups and smaller companies.

Updates and maintenance are also fully automated. Users do not need to worry about security patches or new versions.

Other important advantages include:

• Fast implementation: often ready to use within minutes
• Scalability: easy to scale as you grow
• Real-time data and analytics
• Better collaboration between teams
• High security standards from the provider

In the crypto sector, this translates into platforms that automatically roll out new features, such as staking, lending, or new trading pairs. Users benefit immediately without having to install anything. As soon as users log in, these features become available. This is also how it works at Finst.

What are the disadvantages of SaaS?

Although SaaS offers many advantages, there are also some points to consider.

A major disadvantage is dependence on the internet. Without a connection, you often cannot access the software. Although some applications offer offline functionality, this remains a limitation.

Additionally, there is less control over the infrastructure. Companies rely on the provider’s security and reliability. In case of outages or data breaches, responsibility may lie outside the organization.

Costs can also increase over time. Although SaaS seems affordable at first, monthly subscriptions can eventually become more expensive than a one-time purchase.

In the context of crypto, this becomes even more sensitive. When using SaaS-like crypto platforms (such as exchanges), you are effectively handing over part of the control of your assets. This goes against the principle of decentralization. That is why some users consciously choose self-custody wallets and their own nodes.

What are examples of SaaS?

SaaS is everywhere today, often without us even realizing it.

Well-known examples include:

• Google Workspace (documents, spreadsheets, e-mail)
• Salesforce (CRM systems)
• Slack (team communication)
• Dropbox (cloud storage)

A practical example: a startup begins with a small team and uses Slack for communication and Google Docs for collaboration. As the company grows, new users can easily be added without additional infrastructure.

Within crypto, there are also clear SaaS-like applications:

• Crypto exchanges (such as Finst)
• Portfolio tracking tools
• Blockchain analytics platforms
• Custodial wallets

These platforms make complex technology accessible to a wide audience, without requiring deep technical knowledge.

SaaS, PaaS and MaaS comparison

Within cloud computing, there are different service models that each serve a different role. The most well-known are SaaS, PaaS, and MaaS. Although they are all delivered via the cloud, they differ in what you actually use and how much control you have.

Software-as-a-Service (SaaS) is the most accessible, and we have just covered it. Platform-as-a-Service (PaaS) goes a step further and is mainly aimed at developers. Instead of a ready-made application, you get a complete development environment in the cloud. This allows you to build, test, and deploy applications without managing servers or infrastructure. PaaS often provides tools such as databases, frameworks, and middleware to speed up development.

Model-as-a-Service (MaaS) is a relatively new model and focuses specifically on artificial intelligence and machine learning. Instead of software or a development platform, you get access to pre-trained AI models via the cloud. This allows companies to quickly integrate AI solutions without having to develop or train complex models themselves.

You can see the difference as three layers: SaaS is using software, PaaS is building software, and MaaS is applying intelligent models within software. Within the crypto world, we see similar structures, for example in blockchain platforms (comparable to PaaS) and services that offer trading algorithms or AI analyses (comparable to MaaS).

What does the future of SaaS look like?

SaaS continues to evolve and is becoming increasingly intelligent. The integration with technologies such as AI, big data, and blockchain will play a major role.

Additionally, an interesting convergence with blockchain technology is emerging. While SaaS is traditionally centralized, blockchain offers a decentralized alternative. This leads to new models such as "Decentralized SaaS" or "Web3 services", where users retain more control over their data. Think of decentralized storage (such as IPFS) or smart contract platforms that automate services without intermediaries.

Conclusion

Software-as-a-Service has fundamentally changed the way we use software. By making software available via the cloud, SaaS lowers the barrier to entry, increases flexibility, and makes collaboration easier than ever.

For businesses, this means less focus on infrastructure and more focus on growth and innovation. For users, it means convenience, accessibility, and constant access to the latest technology.

At the same time, SaaS also introduces new challenges, such as dependence on providers and less control over data. In sectors like crypto, this becomes even more relevant, as decentralization and ownership are key principles.

The future of SaaS will likely be a hybrid model, where centralized and decentralized solutions come together. This gives businesses and users the best of both worlds: ease of use and control.