How Graph-Based Cloud Security Can Prevent Cyber Attacks

The cyberattack rate has been on the increase for years. This comes as more nation and state threat actors and overseas hacking collectives join the fray. The shortage of skilled personnel needed to counter these threats increase at the same time.

Following the COVID-19 epidemic, there was an unprecedented demand for and pressure on digital platforms. This was why companies increasingly moved to obtain work from home at scale.

In 2020, cyberattacks grew dramatically. According to the FBI, that year, allegations of cybercrime increased by a record-breaking 300%. Cyberattacks on financial institutions also increased by 238% between January and April 2020.

Improving Your Cybersecurity With Graph Database

One of the most crucial investments your business can make in light of the growing number of cybersecurity threats is cybersecurity automation and reporting. You can make a fresh set of notifications and information to review with each tool. Consider using a graph database to cut through the noise these solutions may produce.

Globally, the rate of cybercrime is rapidly increasing. Businesses must now understand how crucial it is to safeguard sensitive data and retain client information safely online. Identifying risks is getting harder and more important as organizations become more cloud-focused. It’s also more important as businesses try to increase consumer access and data collection to support their operations.

Effective Steps To Help Improve Your Cloud Security Posture

To function in the contemporary economy, businesses must store at least part, if not all, of their data online. Nowadays, many companies have online interfaces where they can keep consumer information. This information keep is to enable online engagement or purchases.

Sensitive data, including names, addresses, financial information, identification documents, and much more, might frequently be included.

The COVID-19 pandemic’s increase in work-from-home and rising demand for online or SaaS-based systems have elevated cybersecurity vulnerabilities to a level that SOC analysts cannot handle. Simply put, they cannot analyze every screen in the huge network of security equipment their company has installed. You can detect and prevent threats by using a cloud security free trial. They will help you to monitor vulnerabilities, prioritize cloud security risks, and achieve compliance across your multi-cloud environment.

You may improve your cyber security quickly by following the practical methods described here. Remember that graph database technology’s level of data analysis is unmatched.

Use Graphs to Implement Centralized Threat Analysis

You can better review, correlate, and improve visibility in user patterns. By deploying a graph database, you can also do this in lateral movement, data mining, privileged user permissions escalation, malware attacks and much more.

Use Multi-Factor Authentication

This is a simple technique to guarantee that numerous steps are necessary to enter a database or reset a forgotten password. A CAPTCHA challenge, a smartphone notice, or security questions are a few examples of these stages. One of the best cybersecurity technologies for businesses to adopt is multi-factor authentication.

It is not only practical but also relatively affordable to implement.

Establish Secure Networks And Centralized Visibility

The perfect partnership is between business intelligence and cybersecurity. Centralized visibility with graph databases will make threat identification and analysis quick and efficient. These technologies are interconnected in today’s world.

To ensure that you identify a cloud computing risk on time, it is crucial to have a secure router and Wi-Fi network. You should also have a way to review the logs, data sources, alerts, anomalies, activity patterns, and overall threat review.

Create Secure Passwords

Having a strong password may seem intuitive, but most individuals are unaware of its significance. It is crucial to use a strong and secure password. The potential safety of your cybersecurity framework is increased by using multi-factor authentication and strong passwords. Ensure that your staff’s passwords are strong and contain a secure mix of symbols, numbers, and letters. Your user community will readily embrace the usage of multi-factor authentication once you have ensured its execution.

The Benefits of Graph Databases for Cybersecurity

Graph databases easily capture the complexity of IT architecture and security tools. Graphs are the most intuitive way to comprehend data. This is because they offer a realistic representation of the real world.

Identify your needs:

Does your company keep a current model of its network structure for analysis? Are you aware of the attack routes that pose the greatest threat to your crown jewels?

What security breach response strategy does your company have in place?

What contextual data is it that your security team is dealing with?

Does your company have procedures for evaluating user access privileges? Do they also have tools to make it easier to compare a person’s security groups to the rights they require?

A graph data model represents the intricate networks of things and their relationships. This graph reveals patterns that are challenging to find in more conventional representations like tables. Tables are useful for storing and organizing data but don’t capture relationships between different data items.

Graph-Based Cloud Security is a good fit since they combine numerous data sources. They handle enormous amounts of data and make dependencies obvious. The above functions make it a good fit for your business.

Numerous sources provide security information, and major firms typically have 75 security tools in use. Each tool produces logs and alarms. Additionally, security tools are merely one sort of data source; several services and apps produce log files that are important to cybersecurity.

Data from alerts and logs are voluminous. Add to this the dependencies and pathways between resources. Also, include the relationships within and among all of that data.

When you model your infrastructure as a graph, you can:

Choose your most valuable possessions (your “crown jewels”) as investment targets.

Alert the appropriate teams about the impact of incidents across systems. You do this by creating alerts.

Detect suspicious behavior, shorten detection times, and find insider threats.

Examine and rationalize identity and access control to enforce the least privilege principle.

The benefit of graph-based cloud security grows as the amount and complexity of the data does. A graph database gives you a single view of the attack surface. It does this by integrating your resources, people, and system actions. It also gives you the ability to conduct continual cyber risk assessments.

You can have proactive, preemptive, and predictive threat assessment and cyber risk management. This is made possible via explicit attack vectors and reachability channels. System protection, real-time anomaly detection, confident event response, and speedy recovery are all possible.

Conclusion

Although concentrating on graph database technology for your improved cybersecurity posture may seem unusual, it is necessary. This is because of the constantly evolving threat environment that any firm must contend with. Businesses that neglect data security may suffer severe financial repercussions, reputational damage, and possibly legal penalties.

Organizations cannot afford to risk losing the crucial and highly sensitive data required to run their business. You should invest more in graph database technology. They will assist your security, NOC, or SOC team in better managing the threats they face daily.