Today’s consumers care very much about convenience, but also expect dependability when it comes to the services they choose. To keep pace with consumer’s’ needs, many grocery stores have evolved their offerings, providing one-stop shopping that includes in-store pharmacies to draw additional traffic and support food, wellness, and healthcare needs.
The growth of in-store pharmacies has changed the way consumers shop, what is purchased, and the amount of sensitive data that is exchanged in the process. From card data to personally identifiable data (PII) to protected health information (PHI), organizations must learn how to prioritize data security. Protecting this data is essential for preventing breaches, maintaining compliance, and upholding patient trust.
In this article, we will explore why pharmacy data security matters, the risks facing in-store pharmacies, and the best practices for protecting sensitive information.
Key Takeaways
- Pharmacy data security includes implementing technologies or other best practices to help protect sensitive patient or payment information from data breaches.
- In-store pharmacies handle PHI, PII, and payment data across pharmacy counters and payment terminals.
- Common security risks include phishing, ransomware, malware, stolen credentials, and other vulnerabilities across interconnected pharmacy systems.
- Best practices to increase pharmacy data security include encrypting payment information, tokenizing PHI and PII, and securing data across systems.
- Bluefin helps organizations strengthen their data security through PCI-validated encryption, vaultless tokenization, and secure healthcare integrations.
What is In-Store Pharmacy Data Security?
In-store pharmacy data security includes technologies and policies that safeguard patient and payment information from unauthorized access. This includes protected health information (PHI), personally identifiable information (PII), and payment card data.
Organizations operating in-store pharmacies must protect sensitive information across touchpoints where data is collected, transmitted, or stored, including pharmacy counters and payment terminals. As a result, these organizations need strong security measures that can protect data without disrupting pharmacy operations.
Evolution of In-Store Pharmacies in Grocery Stores
Pharmacies and grocery stores have expanded to a food-as-medicine approach, connecting grocery offerings to nutrition, wellness programs, and medication. This synergy between medications and healthy foods has allowed stores to cross-promote products, like pairing heart-healthy foods with blood pressure medication, creating a more holistic shopping experience. As people increasingly focus on managing their health, having a pharmacy helps grocery stores meet a broader range of consumer needs, making them more competitive.
A 2023 McKinsey report suggested that creating “a differentiated experience for the consumer or offering a differentiated set of products and services” is the key to long-term success in pharmacy. It also found that consumers were eager to get more from their pharmacy staff. Nearly half of the over 1,000 consumers surveyed said they welcome the expanding role of retail pharmacies.
Customer convenience, one-stop shopping, and the marriage of grocery and healthcare allows consumers to meet multiple needs in one location, creating an optimal experience for shoppers and the opportunity for grocery stores to create stickiness with loyalty programs and rewards.
As in-store pharmacies expand their services and patient interactions, the amount of sensitive PHI, PII, and payment data they collect will also increase, making pharmacy data security an increasingly important priority.
What Are Data Security Risks for In-Store Pharmacies?
Like any retailer accepting card payments, grocery stores collect valuable customer data with every transaction. Keeping this data safe can be a challenge, but for pharmacies, the burden is more immense as they must handle both payment information and sensitive PII and PHI data that is highly valuable to cyberthieves.
In-store pharmacies collect and process information such as:
- Names, addresses, and contact information
- Date of birth
- Social security number
- Prescriptions and prescription labels
- Patient profiles and patient-counseling records
- Claims and insurance information
- Health conditions and diagnoses
- Payment card information
The healthcare (pharmacy) sector has long been a favorite and lucrative target for hackers, who can sell off the data piece by piece on the dark web. This information may be exposed through phishing attacks, ransomware, malware, and stolen credentials. With in-store pharmacies, a security breach can compromise payment systems and patient records, impacting pharmacy operations and creating compliance challenges.
IBM’s 2025 Cost of a Data Breach report revealed that healthcare remained the costliest industry for breaches at 7.42 million per breach, with attackers stealing information for identity theft and insurance fraud.
Unlike credit card data, medical records have a long lifespan and cannot be easily altered. Stolen medical records take longer to identify malicious activity, allowing cybercriminals to misuse them for longer periods of time. IBM found that healthcare breaches took an average of 279 days to identify and contain, approximately five weeks longer than the global average.
3 Pharmacy Data Security Best Practices
Pharmacies can reduce the risk of cyberattacks and ransomware by implementing industry-standard data security practices and complying with applicable federal and state laws. Three important practices for pharmacy data security include encryption, tokenization, and secure system integrations, which help protect sensitive information from unauthorized access across touchpoints. For additional guidance, the National Institute of Standards and Technology (NIST) provides practical recommendations on how HIPAA-regulated organizations can protect electronic protected health information.
1. Encrypt Sensitive Payment Information
Organizations should encrypt payment information at the point-of-sale. PCI-validated point-to-point encryption (P2PE) protects data from the point of interaction until it is processed. If the encrypted data is intercepted, it still remains unreadable to unauthorized users. P2PE helps protect secure payment transactions while reducing PCI DSS scope.
2. Tokenize PHI and PII
Tokenization replaces PHI and PII with nonsensitive tokens that authorized systems can use without revealing sensitive information. Vaultless tokenization, for example, does not rely on a central database, helping to reduce the amount of exploitable data within connected pharmacy systems. Bluefin’s ShieldConex® platform uses vaultless tokenization to protect PHI, PII, and payment information across digital environments.
3. Secure Data Across Pharmacy Systems
In-store pharmacies should ensure sensitive data remains secure across their interconnected systems, such as connected payment terminals, pharmacy software, and electronic health record platforms. Bluefin’s Epic integration supports Willow, Epic’s pharmacy software, to help organizations apply consistent payment security without disrupting pharmacy operations or workflows
Protect PHI, PII, and Payment Data with Bluefin
Bluefin specializes in medical payment and data security solutions to protect healthcare organizations, including pharmacies. Our flagship products include our PCI-validated point-to-point encryption (P2PE) solution for the protection of point-of-sale cardholder data, and our ShieldConex® data security platform for the protection of consumer, medical, and payment data entered online. Combined, P2PE and ShieldConex provide the most secure and holistic solution for healthcare data.
Whether at the grocery checkout, online, or at the pharmacy counter, Bluefin protects PII, PHI, and payment data, ensuring your customer’s data is secure and your brand is protected. With Epic integration, Bluefin further supports organizations looking to strengthen payment data security across healthcare environments.
Contact Bluefin to learn how our solutions can strengthen your pharmacy data security.
Pharmacy Data Security FAQs
What types of data do in-store pharmacies collect?
In-store pharmacies may collect names, addresses, contact information, Social Security numbers, prescription records, health conditions, and payment information. Depending on the information’s content and how it is used, it may be classified as PHI, PII, payment data, or more than one category.
What is the difference between PHI, PII, and payment data?
PII, or personally identifiable information, includes any piece of data that can be used to identify an individual. PHI stands for protected health information that is created or transmitted by a HIPAA-covered entity, such as a healthcare provider. Payment data, on the other hand, includes cardholder and transaction information used to process payments.
Does tokenization replace encryption for pharmacy data?
No, tokenization and encryption are complementary security procedures. Encryption converts sensitive information into unreadable data only accessible with a corresponding key. Tokenization replaces the information with a nonsensitive token that can be used without revealing the original data. Pharmacies can layer both methods to protect information as it is collected and processed.
What are the benefits of pharmacy data security?
Strong pharmacy data security can reduce the risk of sensitive information being exposed during a data breach. It can also support regulatory compliance efforts, protect connected pharmacy operations from disruptions, and help pharmacies maintain patient trust.
Is pharmacy data protected under HIPAA?
Many pharmacies are considered HIPAA-covered entities when they transmit health information electronically in connection with healthcare transactions. HIPAA requires these entities to implement practices for safeguarding electronic PHI. However, HIPAA does not apply to every type of PII or payment card information. Payment account data, for example, may be subject to other regulations, including PCI DSS compliance or other privacy requirements.
What should in-store pharmacies look for in a data security solution?
In-store pharmacies should look for solutions that protect PHI, PII, and payment data throughout the data lifecycle. Key capabilities include PCI-validated encryption, tokenization, and compatibility with existing payment systems. These integrations should also support compliance requirements and allow for scalability as pharmacies expand.
