Building stronger patient trust through packaging design
Trust is the most valuable commodity in any business. But in the pharma industry, where the health and safety of millions of patients is on the line every day, it becomes truly invaluable.
Trust cannot be bought — it has to be earned and gradually built up over time, and yet it can be lost in an instant. Pharma companies have to continually reinforce this trust by adapting to evolving patient needs. However, in today’s industry, where traditional dispensing is just one channel in a sea of options for patients looking to access medications, there are more touchpoints than ever for businesses to consider.
Authentication, integrity, safe administration, storage, and clear channels of communication all play a role. In the evolving pharmaceutical sector, packaging is emerging as a multifaceted ambassador of safety and reliability. No longer simply a protective shell for products, today packaging is absolutely central to patient safety and product provenance.
Key touchpoints of trust
Traditionally, pharmaceutical packaging was inward‑facing, focused on issues such as compliance, product protection, and regulatory requirements. Now, its focus is firmly shifting outward onto the patient. Patient‑centred packaging design emphasises user experience, adherence, accessibility, and trust-building. It acknowledges that packaging is also an informational and instructional vehicle, one that can help patients manage medications appropriately and safely. And it is the future of pharma packaging design.
This evolution is supported by evidence showing that intuitive packaging design significantly improves medication adherence, safety, and overall user satisfaction. The growth of biologics, injectables, and home-based therapies means that packaging is often the final point of contact between a pharmaceutical company and its patients. In these situations, packaging is not just a container; it is the medium through which trust must be conveyed and maintained. Patients need to know that their medicine is authentic, that it has been stored correctly, that it can be administered safely, and that there is a reliable source of further information they can access if they need it.
This supports patients and businesses in overcoming one of the most pressing challenges facing the industry today — product authentication. The World Health Organization (WHO) estimates that one in 10 medical products in low- and middle-income countries is falsified or substandard, a number with potentially fatal consequences. Counterfeit medicines pose risks ranging from reduced efficacy to outright toxicity, and packaging is one of the main defences against these threats.
Secure overt and covert features such as complex microoptics technology, security printing, and tamper-evident seals offer obvious cues to authenticity, while digital solutions including serialized codes, NFC, and RFID chips, enable patients and healthcare professionals to verify products instantly via smartphones or specialist supply chain readers. Some companies are already using NFC-enabled cartons that, when tapped with a compatible smart device, display instructional videos or verification screens, adding an extra layer of reassurance while remaining simple and accessible for patients.
Recent developments have gone even further. Encrypted QR codes that cannot be read by generic scanners are being trialled in certain applications, as well as thermally activated nanocavity tags that reveal hidden codes only under certain conditions, combining ease of use through the supply chain with robust protection against counterfeiting.
As knowledge of these more covert authentication methods grows, patients should be reassured that the industry is winning the fight against counterfeiting.
Emerging technologies supporting patient safety
Patients want confidence not only that the product is genuine, but that it has been kept safe from tampering and stored within the correct environmental parameters. Any guarantee of integrity is therefore vital in today’s pharmaceutical market. Tamper-evident seals on blister packs or vials provide visible assurance, while thermal indicators and digital sensors can monitor whether cold-chain conditions have been maintained.
For biologics and other sensitive products, even minor deviations in storage conditions can compromise safety, making this area of packaging innovation particularly valuable. Active packaging technologies — such as those incorporating desiccants, oxygen scavengers, or light-blocking barriers — are playing an important role in ensuring that medicines remain stable and effective throughout their shelf life. Meanwhile, smart sensors and RFID systems capable of real-time temperature monitoring are reducing spoilage and helping maintain compliance throughout the supply chain, right up to the point of patient use.
Equally important is the ability of packaging to support safe and correct administration. As more therapies are delivered in the home, patients need packaging that does not merely contain medicines but also guides their use. Clear, accessible labelling and instructions, delivered in plain language and structured for readability, are essential to reduce errors. For elderly patients or those with impaired vision, the design of fonts, colors, and hierarchies can make the difference between adherence and confusion.
Blister packs organized by day, date and time have been shown to improve compliance, particularly for patients managing chronic conditions where missed doses can significantly undermine treatment outcomes. According to WHO estimates, only around half of patients on long-term therapies adhere to their prescribed regimens, highlighting the scale of the challenge and the opportunity for packaging to provide practical solutions.
Beyond the physical world, packaging also functions as a gateway to information and support. We have already discussed how smart labels with QR codes or NFC chips can connect patients directly to digital resources such as instructional videos, FAQs, helplines, or telehealth portals. Even a simple scan can direct users to updated dosage information or highlight important warnings, giving patients a sense of being supported by the brand long after the initial prescription. In this way, packaging becomes a direct channel of communication between pharmaceutical companies and patients.
Artificial intelligence (AI) is now adding a further dimension to this evolution. By analyzing interaction data from smart packaging, such as scans, usage patterns, or reminders, AI can help optimize designs and predict areas in which patients might need additional support. It can identify points in the patient journey where confusion or non-compliance is most likely to occur and adapt packaging instructions accordingly. In the future, AI-enabled systems may even deliver dynamic labels tailored to individual patients, emphasizing the most relevant information based on their history or risk profile.
Beyond design, AI has the potential to transform supply chain logistics by analyzing data from smart packaging sensors to predict spoilage risks, optimize cold-chain routing, or trigger proactive interventions before product quality is compromised. Similarly, AI models trained on adherence data could forecast when a patient is at risk of missing doses and recommend supportive measures, ranging from reminders to caregiver alerts.
Taken together, all of these developments make it clear that packaging should now be a strategic priority for pharmaceutical companies. Each touchpoint — authentication, integrity, administration, storage, and guidance — is an opportunity to build trust and reinforce the patient’s confidence in their therapy. In turn, this trust directly impacts adherence, which remains one of the most significant challenges in healthcare delivery. Low adherence rates not only compromise patient outcomes but also reduce the effectiveness of healthcare spending. By supporting patients in following prescribed regimens, packaging can generate measurable improvements in both public health and economic efficiency.
Packaging as more than just a container
Ultimately, the evolution of pharmaceutical packaging represents a new chapter in the industry’s relationship with patients. Packaging is no longer just a container; it is a trust-building interface. It reassures patients that their medicine is genuine, that it has been stored correctly, that it can be taken safely, and that help is available whenever they need it.
This trust also helps companies navigate regulatory requirements. Legislation such as the US Drug Supply Chain Security Act (DSCSA) and the EU’s Falsified Medicines Directive has accelerated the adoption of serialization and unit-level traceability. Smart packaging not only ensures compliance with these mandates but also transforms them into opportunities to deliver added value to patients.
It also creates opportunities for brands to communicate their values — whether those are safety, innovation, inclusivity, or sustainability — directly to the people who depend on their products. As more treatments move into patient-controlled settings, the role of packaging will only grow in significance. In many cases, it is possible to argue that the trust instilled by packaging will become as critical as the medicine itself, thanks to its beneficial effects on patient adherence and safety.
The future will likely see an integrated model in which smart packaging captures real-world data, AI analyzes it, and patients receive personalized, adaptive support in return. Every interaction with packaging will reinforce confidence and improve outcomes. For the pharmaceutical industry, embracing this shift is not just a matter of competitive advantage but a responsibility to patients. Those who view packaging as a vehicle for trust will find themselves at the forefront of a safer, smarter, and more patient-centered healthcare sector.
About the Author
Laura López Pajarón
Laura López is the Head of Marketing at MM Pharma & Healthcare Packaging, combining nearly a decade of experience in secondary packaging with a deep understanding of the pharmaceutical industry.