MARCH 2023LIFE SCIENCES REVIEW9a third-party platform attestation. In a fully realized Web 3.0 world, collaborations across any organization and individuals become possible without the fear of tampering.Web 3.0 protocols can enable verifiable proofs related to data integrity across distributed ledgers rather than in a single place managed by one company. While storing large datasets in the blockchain still has significant constraints, solutions are evolving to make it possible to assert the integrity of off-chain data and transactions on-chain seamlessly.To fully realize the benefits of blockchain, the industry has to develop common standards for collecting, storing, and sharing data ­ and for representing the integrity of data on-chain in a verifiable way. It won't happen overnight, but it is coming, and now is the time for companies in our industry to make sure they have the right talent to leverage all the capabilities blockchains will provide.Track-and-trace across the value chain: The holy grail of track-and-trace in the pharmaceutical industry is the ability to pinpoint the product's attributes and relevant contextual information at every moment, from the original sourcing of raw materials to delivering therapeutics to the patients. Several track-and-trace technologies are available today, but they're not 100% decentralized or tamper-proof.A tamper-proof track-and-trace technology helps to keep counterfeit drugs out of distribution channels and enables a significant realization of supply chain efficiencies. Web 3.0 and IoT(Internet of Things) technologies can pave the way for end-to-end track-and-trace systems that are genuinely immutable and verifiable.Blockchain and IoT alone won't be enough, however. Every product and component in the supply chain will need an economically scalable "smart identity," as well as standards and semantic layers relevant to the pharmaceutical domain.Decentralizing clinical trials and empowering patients: The ability to recruit and facilitate the participation of patients for studies who don't live close to clinical trial sites can accelerate finding therapies, especially for rare diseases where pharma companies struggle to find subjects or patients.IOT-enabled wearable medical devices can enable the self-administration of novel therapies and monitoring in a Web 3.0 environment where verifiable interactions occur between patients, pharma companies, device manufacturers, healthcare providers, and regulators. The challenges in protecting proprietary information and privacy can also be handled seamlessly, leveraging the security infrastructure based on cryptography.The benefits offered by Web 3.0 for patients and stakeholders will extend far beyond clinical trials. Web 3.0 will enable patients to truly "own" their data from various sources. The Web 3.0 learning curve and accessibility for patients and users won't be as challenging as existing platforms and systems in healthcare. If anything, it will be easier because Web 3.0 will enable everyone to have a secure digital "wallet" that they can use to interact with anyone without a dedicated and registered used ID and password. Gone will be the days of remembering hundreds of user IDs and passwords.At West, which manufactures drug containment systems and delivery systems, we are preparing for a Web 3.0 world with connected wearable drug delivery platforms and regulated IoT platforms to create new therapeutic experiences with guaranteed and verifiable proofs for data ownership and integrity.For the pharmaceutical industry, my advice is this: Use the opportunity the hype cycle provides to develop a measured approach towards embracing Web 3.0 so you don't fall behind the curve. For the patients we serve, let's start getting ready for it now. The decentralized operating model is the key to recognizing the full potential of Web 3.0
< Page 8 | Page 10 >