Author name: CDConnect Team

In this article: As clinical trials continue to shift outside traditional research sites, the way data is handled has changed. Remote devices, cloud-based tools, and home-based monitoring have made it easier to gather information, but also harder to keep it safe. Sensitive patient data now flows through more systems and more hands than ever before. […]

In this article: Running a modern clinical trial is more complex than ever, especially with the use of remote tools, real-time updates, and increasing regulatory requirements. That’s why having a strong strategy from the start is essential. In this article, you’ll learn what goes into a well-structured clinical trial strategy and why it’s a key

In this article: Managing clinical trials involves numerous moving parts, including patient tracking, data handling, scheduling, and regulatory checks. For research teams, this can quickly become overwhelming without the right tools. That’s where modern digital platforms come in. A clinical trial management system (CTMS) offers a more structured way to manage clinical trials. It helps

In this article: Accurate data is the foundation of every successful clinical trial. Researchers, sponsors, and regulators all rely on information that is complete, consistent, and trustworthy. Without a clear process in place, it becomes harder to spot errors, maintain timelines, or make informed decisions. This is especially true in decentralized trials, where data comes

In this article: Managing a clinical trial involves more than just collecting data; it requires careful planning and execution. It also involves tracking sites, schedules, and progress to ensure everything runs smoothly. That’s where tools like CTMS and EDC come in. A Clinical Trial Management System (CTMS) facilitates trial operations, while an Electronic Data Capture

In this article: As clinical trials shift toward remote and hybrid formats, researchers must manage the growing volume of patient data coming from various sources. These decentralized clinical trials (DCTs) often rely on digital tools and patient-reported inputs, which generate information in many formats. Managing this data effectively is key to trial success. Clinical data

In this article: In clinical research, tracking and reporting Serious Adverse Events (SAEs) is a vital part of protecting patient safety and maintaining data integrity. These events must be accurately recorded across systems to support the safe and ethical conduct of a clinical trial. However, as trials become more complex, especially in decentralized clinical trials,

In this article: The way we conduct clinical trials has undergone significant changes in recent years. Researchers are shifting away from traditional paper-based data collection and turning to digital tools that enable them to work faster and more accurately. One of the most widely used tools in this shift is electronic data capture. These systems

In this article: Clinical trials are transforming the way research is conducted. Data now comes from remote devices like wearables and apps, improving access and patient engagement. However, this shift presents new challenges. A widespread concern regarding data integrity is ensuring that all information is accurate, complete, and secure. In clinical research, data integrity is

In this article: Clinical trials have expanded beyond single-site studies and centralized systems, embracing more flexible and distributed models. The rise of decentralized and hybrid clinical trials has transformed how data is collected, managed, and monitored. As a result, digital systems have become indispensable for ensuring trial efficiency, regulatory compliance, and data quality. Two of