Information ecosystems in the modern era are extremely complicated. Large amounts of data must be sent quickly and securely among thousands of networks’ applications, databases, and servers. That data, particularly sensitive information, should be protected at all costs against potential security incidents.

Ransomware, phishing, and malware are persistent and ever-evolving threats that today’s remote workspaces need to consider. The shift to a remote-first office, which for many has become permanent, has meant that companies need to be better equipped to protect their data in the cloud. Today, more than 45% of malware is delivered via the cloud.

Most companies are determined to make remote work feasible for the future. To do so, they need the right tools to maintain data security while their employees work here, there, and everywhere. There are many tools on the market that enable cloud security, and understanding which options are right for your business can be confusing. Different vendors offer different features, compliance with different regulations, levels of complexity, and types of coverage.

In the two years proceeding from the beginning of the COVID-19 pandemic, the business world has been transformed on a grand scale. Organizations have created more data than ever before, data is now spread across a wider attack surface, putting it at a heightened risk of becoming a compromised risk. The manner and location of data storage and correspondence has had to shift to meet the needs of remote and hybrid workers, with companies being forced to take a more rigorous approach to data security.

The Nightfall platform is a SaaS data protection platform already known for its high accuracy findings and analytics. Now, thanks to new features baked into the Nightfall Console, users will have enhanced analytics functionality through an elegant and easy to navigate dashboard interface. Watch the video demo below for a walkthrough of changes, or read the rest of the post to learn more.

By one estimate, the average company has a whopping 254 SaaS apps (with enterprises averaging 364 apps). Employees may not be using all 250+ SaaS platforms regularly; this leaves dozens of apps with unchecked access to the business’ IT environment — a big security risk. Tools like Nightfall and BetterCloud aim to reduce this potential risk in different ways.

Building a HIPAA-compliant security program is a very time intensive and demanding undertaking. It can also be confusing, as satisfying requirements like the HIPAA Security Rule require extensive interpretation and documentation on the part of security professionals. However, by arming yourself with knowledge before beginning the process, you can cut down on unnecessary difficulties.

There are many types of solutions available to organizations that seek to secure their data in the cloud. From cloud DLP to Cloud Access Security Brokers (CASBs) to Cloud Workload Protection Platforms (CWPPs). But, how can you tell which approach to cloud security is right for your business? In this guide, we’ll compare two popular cloud security solutions: Prisma Cloud, a CNSP, to Nightfall, a cloud DLP solution, to help shed some light on the differences between these two approaches.

“PII” stands for personally identifiable information. Hackers often target personally identifiable information for a variety of reasons: to steal a customer’s identity, take over an account, launch a phishing attack, or damage an organization. As a result, there is a multitude of regulations concerning PII protection. Before your company approaches meeting these regulations, it’s important to have a firm understanding of the data you will be protecting.

Software-as-a-service (SaaS) is becoming the dominant way enterprises access digital tools. While this delivery method has many advantages, from scalability to consistent security updates, it can create significant vulnerabilities if developers and users aren’t careful. Organizations today use more than 100 SaaS apps on average, and that figure keeps climbing.

Authenticity and non-repudiation are two core concepts in information security regarding the legitimacy and integrity of data transmission. Because we transmit data every day, it's important to verify the sender's origin (authentication) and ensure that during transmission, the data was not intercepted or altered in any way (integrity).

In 2018, the implementation of the GDPR signalled a seismic shift in how businesses target, collect and store personal data. As individuals entrust businesses with their personal data more than ever before, the GDPR has ensured that the right to privacy for individuals is protected through its regulation. Not since the result of Brexit, and the GDPR ceasing to protect the rights and freedoms of UK Citizens (since 1st Jan 2021), has there been significant changes to the GDPR.

As organisations speed up their cloud migration strategies, security remains a prime concern. Despite the adoption of various security solutions on cloud computing platforms, we continue to see detrimental data losses and cybersecurity breaches being reported. The consequences of such an event range from financial losses and fines, to reputational damages which lead to a loss of market share.

Third-party risk has always been a concern for organizations, but since COVID and the rise of remote work, we’ve seen a dramatic acceleration in campaigns leveraging software supply chain attacks. Not just through open source vulnerabilities, but through closed source applications and services as well. To adapt to this new normal, it’s important to develop an understanding of supply chain attacks and protect yourself from them.

We recently hosted a live discussion covering emerging trends within the cloud security space, primarily reflecting on how organizations could adopt a posture of continuous security and compliance across their SaaS applications. Continue on below to view the highlights from this discussion.

All information is an attractive target for bad actors, but some is inherently more valuable than others. State-sponsored and hacktivist attacks constantly probe enterprise networks seeking to identify the location of sensitive information. Attackers historically targeted core enterprise systems but as the defenses for those systems have matured, attackers now target the same information but in less secured unstructured (broadly speaking, file and email based) repositories.

Today’s threat actors often carry out cyber attacks with the primary objective of accessing and exfiltrating sensitive information from your IT environment. Efforts to obtain this “crown jewel” information usually involve complex multi-phase cyber attacks. But another way in which sensitive data ends up in the hands of malicious actors with a lot less effort is when an organization exposes sensitive data assets in a data leak incident.

In the present age, when data has become a significant aspect of every business application, more pieces of information have been stored and processed. The security and quality of that information are vital to protect the health of the data throughout its lifecycle. Implementing measures that preserve the integrity of the data is increasingly vital for organisations around the world.

Selling to the Department of Defence or dealing with Export Controlled material? Discover how to manage the information security and compliance of ITAR and other regulated data.

Many businesses argue that they need to collect information about customers to verify who they are and secure their accounts. However, this is at odds with online privacy advocates, who say organizations are compromising our security by collecting far too much information about us.

In part 1 of this series, we discussed data privacy, the related laws, and the data collection practices that help comply with those laws. In this blog, we’ll take a look at the challenges in securing customer data and five effective steps to overcome them. Many countries deem data privacy a fundamental human right and have implemented data protection laws.