The number of tools organizations use is growing everyday. According to Zylo 2023 SaaS Management Index Report, the average organization has 291 SaaS applications in their tech stack — a number which only increases as your organization grows. The more tools that are added to your tech stack, the more third-party risk your business incurs. These risks could result in threats like data theft, service outages, or loss of revenue and customer trust.
The core tenets of information security is to protect assets from unauthorized disclosure, prevent unauthorized changes, and to make them available as needed. These align with the CIA security triad of Confidentiality, Integrity, and Availability.
While security ratings are a great way to demonstrate that you’re paying attention to the standard cyber health of the organization, you also need to show that you’re adhering to industry and regulatory best practices for IT security and making informed decisions for the long-term. A cybersecurity framework can help.
This week at the World Economic Forum Annual Meeting, SecurityScorecard published the first Cyber Resilience Scorecard, offering leaders and decision-makers a comprehensive and global view of global cyber risk. SecurityScorecard identified a strong correlation between a country’s cyber risk exposure and GDP, which underscores that a nation’s economic prosperity is deeply intertwined with its ability to navigate the complex landscape of cyber threats.
Data lineage and data provenance are related terms, but different. Lineage focuses on the origins and movements of data over time, while provenance focuses on the transformations and derivations of data from original sources. Provenance helps teams to follow the source of data and verify its authenticity, surfacing any potential risks or vulnerabilities. In other words, lineage is more about “where” data travels, and provenance is more about the “what” of data history.
As part of our effort to make the world safer, SecurityScorecard has been tracking threat actor groups conducting cyberattacks on behalf of nation states.
Telecommunications, Internet Service Providers, and Cloud Providers are some of the most critical sectors on the planet. They enable global connectivity, provide access to a wealth of information in real time, and transform business operations. As the foundation of modern communication, these industries have ushered in countless innovations and propelled society forward.
The healthcare industry is no exception to the rapid levels of transformation we’re seeing across multiple industries right now. As more facilities begin to leverage electronic health records (EHRs) and internet-connected medical devices for patient care, organizations are becoming more reliant on advanced technologies. While these changes have helped advance patient care in many ways, they have also introduced the healthcare sector to greater levels of risk.
Routine cybersecurity assessments are a crucial component of a holistic risk management program. Your organization must keep an eye on the cyber hygiene of its entire ecosystem, including third- and fourth-party vendors, at all times. A cybersecurity risk assessment allows you to do this by identifying the cyber risks that affect your security posture, which leads to more informed decision-making on how best to allocate funds, implement security controls, and protect the network.
Risk analysis is defined as the process of identifying, reviewing, and analyzing any existing or potential cybersecurity risks that could negatively impact a business. Performing a cybersecurity risk analysis helps your company identify, manage, and safeguard data, information, and assets that could be vulnerable to a cyber attack. Such an analysis helps to identify systems and resources, determine the risk, and create a plan for security controls that can help protect your company.
