How to Get a Qualified Electronic Signature in 4 Steps
Electronic signature
29. July 2026
Electronic signature
29. July 2026
Article content
A Qualified Electronic Signature (QES) is the highest level of electronic signature, carrying the same legal validity as a handwritten signature.
In today’s digital world, it is essential for signing contracts, submitting official documents, tax forms, and other important business documentation.
Thanks to modern technologies such as biometric identity verification, you no longer need to visit a registration office in person.
The entire process can be completed from the comfort of your home or office. In this guide, we’ll walk you through each step.
A Qualified Electronic Signature complies with the strictest European eIDAS standards and is legally recognized across all EU Member States.
It enables secure, fast, and fully digital document signing without the risk of document loss or forgery.
With the NFQES platform, you can also take advantage of advanced tools such as Biometric Management and automatic certificate issuance, making the entire process even simpler.
Traditionally, there have been two ways to verify your identity:
Today, there is a third – and by far the most convenient – option: biometric identity verification. All you need is a valid identity card or passport and a device equipped with a camera. No travel. No existing electronic signature required.
Step 1: Start the Identity Verification Process
You can begin the process directly on the web platform or on your mobile device. Choose whichever option suits you best:
The system guides you through the initial instructions. Simply select your document type and issuing country.
The process is intuitive and designed to be user-friendly for everyone.
Step 2: Scan Your Identity Document
Take photos of the front and back of your identity card or passport.
The system automatically:
This technology significantly reduces errors while accelerating the verification process.
Step 3: Complete Biometric Face Verification (Liveness Check)
This is the key security step.
The system compares your live facial image with the photo on your identity document using advanced liveness detection technology capable of identifying:
Depending on the verification method, you may simply look into the camera or follow simple instructions such as blinking or turning your head.
The entire process takes only a few seconds while significantly increasing the security of the identity verification.
Step 4: Certificate Issuance and Document Signing
Once your identity has been successfully verified, your information is automatically compared with your application. The system then initiates the issuance of your Qualified Certificate.
With Biometric Management, certificate issuance can be initiated automatically. Once issued, you can immediately start signing documents – including bulk signing, graphical signatures, and integration with your electronic mailbox.
Did You Know?
Biometric verification is available as a powerful API – NFQES SaaS Biometric Verification API – offering extensive functionality, including verification initialization, downloadable PDF verification reports, and notification services. This allows companies and developers to seamlessly integrate biometric identity verification into their own applications and systems.
Expert Tip
After completing biometric verification, always review the extracted personal information to ensure it matches your application. Although the process is highly automated, this final verification helps guarantee the accuracy and trustworthiness of your Qualified Certificate.
Why Choose Biometric Verification?
Besides convenience and speed, biometric verification gives you access to the complete NFQES ecosystem, including your electronic mailbox, bulk document signing, automated document management, and many other digital trust services.
It is the ideal solution for both individuals and organizations looking to fully digitize their document workflows.
Ready to get started?
Visit NFQES.com and discover all the possibilities of secure electronic signing.
The author of the article is

Miroslav Rechtorík