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Top 10 Cloud Security Tools to Adopt

Introduction Cloud security is the practice of protecting data, applications, and infrastructure in cloud environments. Cloud security tools are solutions designed to mitigate risks and ensure the confidentiality, integrity, and availability of cloud resources. These tools offer features like risk prevention, visibility, and runtime protection to safeguard against cyber threats. Join us as we delve into various cloud security tools designed to mitigate risks, offer visibility, and ensure robust protection. Explore how these tools empower businesses to secure their data, applications, and infrastructure across different cloud platforms, defending against evolving cyber threats. Cloud Security Tools Cisco Cloudlock Feature Microsoft Defender for Cloud Azure Security Center Overview Cloud-native security solution for Azure and hybrid environments Cloud-native security posture management and threat protection for Azure Secure Score Offers insights and recommendations to improve security posture Calculates and helps improve the overall security posture Advanced Behavioral Analytics Utilizes AI-driven analytics to detect suspicious activities Analyzes behaviors and applies machine learning for detection Secure Configuration Management Helps ensure secure configurations for resources Monitors configurations and provides best practice guidance File Integrity Monitoring Monitors files for unauthorized changes Alerts on unauthorized changes to files Network Security Group (NSG) Flow Logs Provides visibility into NSG traffic and logs Logs and analyzes network traffic for security insights Just-In-Time (JIT) Access Enables temporary access to resources for a specific time Controls and manages temporary access to resources Adaptive Application Controls Whitelists known good applications for better security Controls which applications can run on virtual machines Insider Threat Detection Helps identify risky user activities and potential threats Detects and alerts on suspicious user behavior Integration with SIEM and SOAR tools Connects with Security Information and Event Management (SIEM) and Security Orchestration, Automation, and Response (SOAR) solutions Integrates with external tools for extended security capabilities Advanced Threat Hunting Proactively hunts for advanced threats within the environment Offers tools and techniques for threat hunting activities Multi-Cloud Support Extends security capabilities to multiple cloud environments Focuses on security within the Azure environment only AWS Config. Feature Description Configuration history of resources Track changes to resource configurations over time. Configuration history of software Monitor changes to software configurations within your resources. Resource relationships tracking Understand the relationships between AWS resources. Configurable and customizable rules Create custom rules to evaluate the configuration settings of your AWS resources. Conformance packs Pre-packaged sets of rules to help with compliance requirements. Multi-account, multi-Region data aggregation Aggregate configuration and compliance data across multiple accounts and regions. Querying configuration state Use SQL-like queries to retrieve current and historical configurations. Extensibility Extend AWS Config functionality with custom solutions and integrations. Configuration snapshots Capture point-in-time configurations of your AWS resources. Cloud governance dashboard Gain insights into your compliance and governance posture with a dashboard view. Integrations Integrate with various AWS services for enhanced functionality Microsoft Tools Feature Microsoft Defender for Cloud Azure Security Center Overview Cloud-native security solution for Azure and hybrid environments Cloud-native security posture management and threat protection for Azure Secure Score Offers insights and recommendations to improve security posture Calculates and helps improve the overall security posture Advanced Behavioral Analytics Utilizes AI-driven analytics to detect suspicious activities Analyzes behaviors and applies machine learning for detection Secure Configuration Management Helps ensure secure configurations for resources Monitors configurations and provides best practice guidance File Integrity Monitoring Monitors files for unauthorized changes Alerts on unauthorized changes to files Network Security Group (NSG) Flow Logs Provides visibility into NSG traffic and logs Logs and analyzes network traffic for security insights Just-In-Time (JIT) Access Enables temporary access to resources for a specific time Controls and manages temporary access to resources Adaptive Application Controls Whitelists known good applications for better security Controls which applications can run on virtual machines Insider Threat Detection Helps identify risky user activities and potential threats Detects and alerts on suspicious user behavior Integration with SIEM and SOAR tools Connects with Security Information and Event Management (SIEM) and Security Orchestration, Automation, and Response (SOAR) solutions Integrates with external tools for extended security capabilities Advanced Threat Hunting Proactively hunts for advanced threats within the environment Offers tools and techniques for threat hunting activities Multi-Cloud Support Extends security capabilities to multiple cloud environments Focuses on security within the Azure environment only Google Cloud Security Command Center (SCC) Feature Description Built-in Remediation Auto-creates cases for high-risk cloud issues, assigns for investigation, and uses playbooks for remediation. Integrates with ITSM. Threat Detection Uses Mandiant intel to detect and stop cyber threats, including IOCs and malicious files. Continuous Risk Engine Understands cloud envs, simulates attacks, and provides insights with a risk dashboard. Cloud Posture Management Identifies misconfigurations, vulnerabilities, and compliance issues in multi-cloud environments. Shift Left Security Developers access validated software, DevOps define security controls, and IaC scanning ensures policy compliance. Cloud Identity & Entitlement Mgmt Manages cloud identities, identifies excessive access, and recommends permission removal. Mandiant Hunt Proactively hunts threats in cloud data using Mandiant experts, TTP knowledge, and MITRE ATT&CK mapping. IBM Cloud PAK for Security Feature Description Understand your cyber risk with IBM X-Force threat intelligence Unified dashboard, AI, integrate with existing infrastructure, open security. Modernize your security architecture Deploy on premises, private/public cloud, or as SaaS. Deploy cross-cutting use cases Break silos, unify data for better risk posture. Get prioritized, actionable threat intelligence Prioritize threats, scan data sources, act fast. Federate search across disparate tools Federated investigations, connect insights, boost efficiency. Get a unified view of business risk Contextualize risk data, prioritize issues, investigate, track trends. Use cases by capability Detect/respond breaches, prevent account takeovers, detect vulnerabilities, mitigate risks. Splunk Feature Description Search, Analysis, and Visualization Cloud-powered insights for data analytics. Search, analyze, and visualize petabyte-scale data from hybrid clouds for actionable insights. SIEM for Threat Detection Industry-leading SIEM for quick threat detection, investigation, and response. Automatically identifies complex threats like phishing and malware. Automation and Orchestration Empowers teams with automation, boosting productivity and response speed to security incidents. Compliance Adhere to compliance with a data-centric approach, reducing operational overhead and costs. Incident Management Quickly investigate and combat security threats

Elevated Data Privacy for a Bank

Sparity’s approach to data privacy for a bank includes cybersecurity measures like VAPT, encryption, robust IAM, SIEM, and compliance checks.

Charity Phishing

Introduction Cybercriminals love the holidays, through social media platforms like Facebook, phishing has turned to digital social networks and prior stolen information to prey on unsuspecting victims. Sparity has provided many presentations with the term “data aggregation”. Essentially, this means pulling together various types of information about you from both opensource (public) and purchases on the dark web. Relationship analysis is conducted on social networking sites that rely on data aggregated shared by you and your friends. Social Media – Data Aggregation Step One: “Fake Friending” In order to deceive their victims, cybercriminals use email and social media invitations and start by creating fake profiles on Facebook. Their profiles often feature stolen images of real people dressed in professional attire for the sake of credibility. Using automated programs, the scammers spam hundreds of Facebook users with friend requests. When a fake profile is ‘friended,’ it lends the scammer credibility within your personal network. The scheme needs only one person from your network to accept a fake profile friend request in order to appear within your social circle. Your connections will see this “friend” and decide that they must be trustworthy. Facebook users are more likely to accept requests from the fake profile based on your connection. Now the social media target is exposing their own personal information to the scammer. Step Two: Information Gathering Once ‘friended’ the cybercriminal or cybercriminal unit will analyze all the information that their victims put on their Facebook profile. In intelligence terms, this is known as assessment. Facebook centralizes all of your personal data on one profile, so the scammer has access to all of the details that you would only share with close family and friends. Details such as hobbies and activities what books or movies you enjoy, where you shop and donate money informs the threat actor about your interests. Details like those above give the scammer powerful knowledge about their target’s interests, which in turn are used to create an effective con. Step Three: Mirroring Threat actors will customize their fake profiles to mimic the interests of their target. This technique, called “mirroring”, gives victims a false sense of familiarity. It’s a real-world technique often portrayed in spy movies and to some degree, they are based on reality. This technique may use the victim’s natural sense of empathy or friendliness to lower their targets guard in a situation where they would otherwise be alert. For instance, the threat actor may claim to have attended the same university or have a similar degree from another college. They may even like and comment on the things that you like in order to build rapport. Some victims even report that threat actors will engage in small talk or send chats for weeks or even months before asking for money. All of this is done in order to bypass the victim’s critical thought processes and build a false sense of trust between the victim and the scammer. Step Four: The ask Once the rapport between the threat actor and the victim is established then they make a “pitch.” Here comes the holiday charity pitch – a fund drive for an organization that is need of donors. Often so detailed they will show misleading website links that ask for large sums of money in exchange for gift cards, awards or 6 months delayed vacation vouchers. At this point in time, the cybercriminal knows enough about their target to appeal to their personal interests. They may simply rely upon the goodwill of the donor and just ask for money outright. If the victim is resistant, they will say that time is running out or that there are only so many awards to go around and distribute to the donors. Step Five: The Bank Account Once the victim has taken the bait the scammer will then ask them to wire transfer money to a bank or third party like Western Union but never an online transaction. After the money is wired over its too late. The cybercriminal will vanish as quickly as they appeared, and leave the victim without any real information to trace. The profiles and names that the scammer impersonates are either fake or stolen there is little that local police can do to track the scammer down. Sadly, there is little that victims can do to recover their money. Banks will often refuse to replace the stolen money because the funds were voluntarily wired. Conclusion After talking with the victim for days and weeks, the cybercriminal now has all the information they need to specifically target friends and relations across several platforms. They may have spent hours unsuccessfully talking to the first contact but they did earn connections. Now instead of a storm of connection requests on social media, there will be a target or group-specific set of a phishing email. This is just one example of how your company can fall prey to cybercrime. With over 80% of the professional workforce in remote locations, it is more important than ever to make sure you maintain both a good security posture and an active cybersecurity training program.

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