Securing Badge Printing and Encoding

by SPAC Alliance | April 2025 | Library, Physical Security, SSCP

SSCP V2 secures badge from the Very Start

Secure Printing & Encoding Process with Evolis : encrypted communication, authentication and interoperability

With the Evolis printer-encoder compatible with SSCP V2, badge security begins at their creation. This proactive solution meets the growing need for protection in sensitive environments, where threats constantly evolve. Combining innovation and simplicity, this technology offers a robust and adaptable solution for strategic infrastructures.

Challenge

In high-security environments (data centers, airports, laboratories, etc.), access badges play a central role. However, traditional encoding processes do not always guarantee optimal security from the outset, exposing organizations to risks such as “Man in the Middle” attacks or fraudulent printer substitution.

The challenge was therefore to integrate an advanced security layer at the personalization and encoding stage to ensure badge integrity and prevent any data interception or manipulation.

Solution Provided by the Evolis Printer-Encoder with SSCP V2

The Evolis printer-encoder compatible with the SSCP V2 protocol secures the badge encoding process by introducing encrypted communication, mutual authentication, and advanced interoperability with access control systems.

Solution Details

1. Securing Communications with the Printer

  • The SSCP V2 protocol ensures a secure communication channel between the central management unit and the printer, preventing interception of encoding data.
  • This protection is especially critical when the printer is located in a different room, building, city, or even country, limiting remote attack risks.
  • Badge encoding is carried out fully securely, preventing compromise attempts by malicious actors.

2. Mutual Authentication Before Any Transaction

  • Before every operation, the central management unit and the printer must mutually authenticate via SSCP V2.
  • This process ensures that the printer has not been replaced by a fraudulent device attempting to capture strategic data.
  • Sensitive data exchanges (encrypted and signed) can only occur between duly authorized devices, thus reducing substitution risks.

3. Alignment with the Highest Security Standards

  • SSCP V2 aligns the entire security architecture with the highest protection standards.
  • It ensures smooth interoperability with other access control system components, guaranteeing unified and robust identity and access management.

4. Secure Reading and Writing

  • The protocol allows encrypted information to be both written to and read from the badges securely.
  • This two-way interaction is crucial for badge tracking and enables secure updates when necessary.

Results and Benefits

1. Maximum Security from Badge Creation

  • Securing communications during encoding eliminates the risk of data interception.
  • Mutual authentication prevents device substitution and protects sensitive infrastructures.

2. Interoperability and Compliance with Security Standards

  • SSCP V2 integrates with existing and future access control systems, ensuring long-term compatibility.
  • Multisite infrastructures benefit from centralized and secure management of printer fleets and encoding processes.

3. Operational Efficiency and Reliability

  • Secure printer management reduces the need for manual supervision and minimizes human error.
  • Secure badge encoding is immediate and operational, boosting the productivity of access management teams.

Sector Applications

This solution is particularly suited to sectors where equipment authentication and communication security are critical:

  • Data Centers: Protection against badge cloning or falsification attacks.
  • Airports: Advanced security for staff access to restricted areas.
  • Defense and Government Institutions: Prevention of manipulation attempts and sensitive data exfiltration.
  • Hospitals and Laboratories: Securing access to critical zones (labs, clean rooms, pharmaceutical storage).

Why SSCP V2 is the Key to This Transformation

  • Secure Communication: Protection against “Man in the Middle” attacks during encoding.
  • Mutual Authentication: Systematic verification of the printer before any data transaction.
  • Interoperability: Alignment with existing infrastructures and the most demanding security standards.
  • Secure Reading and Writing: Smooth integration with badges for long-term secure management.
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