What minimum level of encryption is required for electronic data transmission containing confidential, credit card, and/or PII data that traverses any network and is processed by Budget's business systems?
Budget Franchise · 2025 FDDAnswer from 2025 FDD Document
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- Encryption of at least 128-bit must be employed for electronic data transmission that contains confidential, credit card and/or PII (Personally Identifiable Information) data that traverse any network and are processed by Licensee's business systems or networks with access to the System. For encryption in storage, such as email or local media, industry standard encryption tools must be utilized.
Source: Item 23 — RECEIPTS (FDD pages 80–426)
What This Means (2025 FDD)
According to Budget's 2025 Franchise Disclosure Document, a minimum of 128-bit encryption must be used for electronic data transmission containing confidential information, credit card data, and Personally Identifiable Information (PII). This encryption requirement applies to data that travels across any network and is processed by the franchisee's business systems that have access to Budget's System. For data stored, such as in email or on local media, industry-standard encryption tools are required.
This requirement ensures that sensitive data is protected during transmission, reducing the risk of unauthorized access or interception. Franchisees must implement and maintain these encryption standards to comply with Budget's security policies and procedures. Failing to meet these requirements could result in a breach of contract and potential penalties.
In addition to encryption, Budget also mandates other security controls, including hardware firewall protection, anti-malware protection, personal firewall protection, and intrusion detection systems. These controls collectively aim to safeguard the Budget system and customer data from various cyber threats. Franchisees should ensure they understand and adhere to all these security requirements to maintain the integrity of the Budget brand and protect sensitive information.