CyberNX's 24/7 Monitored Service gives you a straightforward way to manage the risks to your critical assets. Our SOC team is equipped to identify threats and potential security exploits using leading technologies like multi-vector event correlation techniques, asset modelling, user profiling, and threat intelligence.
Monitor, detect and investigate threats with speed and accuracy — all at scale.
An Open and Extensible Data Platform Large volumes of data per day from sources, possibly structured or unstructured, must be ingested and monitored to ensure complete security visibility.
Risk-Based Alerting Risk-based alerting (RBA) provides teams with a unique opportunity to pivot resources from traditionally reactive functions to proactive functions in the SOC. As alert fidelity and true positive rates increase, analysts’ resources can be shifted to higher impact tasks like threat hunting or adversary simulation, empowering the SOC to build up the skill sets of their analysts and prepare them for any threats they might encounter making them better equipped to provide relevant threat notification to customers.
Advanced Threat Detection CyberNX SOC operates as far more than simply a managed logging service. Built around advanced Threat Intelligence integrated with industry-leading technology, it is designed to deliver a highly relevant and efficient security monitoring service.
Embedded Threat Intelligence Prioritize alerts and accelerate investigations with built-in threat intelligence. SOC and threat intelligence is the ultimate combination against cyber threat detection and response. Integrating cyber intelligence within a SOC allows analysts to enable robust security measures and adopt an efficient and streamlined workflow.
Rapid Response Security Content Stay on top of new and emerging threats by receiving automatic security content updates from the CyberNX Threat Research Team.
Flexible Deployment Options CyberNX helps tailor service-offerings to customer needs with flexible, deployment options, across cloud and on premises infrastructure. It saves time and reduces overheads through centralized monitoring and alarm investigation across federated customer deployments.
Machine Learning The same data sources as SIEM can be used by ML to identify security threats with high reliability, while also cutting down on the amount of detection time needed in the SOC. The entire process can be streamlined by implementing machine learning, with algorithms identifying critical events, reduce noise from the volumes of data and automatically triggering alerts.
SOAR We assist organisations in capturing, aggregating, and validating a wider range of intelligence across their networks, endpoints, and cloud environments. We also assist them in better understanding the advantages of SOAR by working closely with clients to fully understand their security needs. We accomplish this by producing useful results that improve threat detection and response abilities.
Threat Hunting Several overlapping strategies are needed for effective cybersecurity. Your threat detection tools' discoveries of incidents require your attention. Additionally, proactive searching for threats that hide in the shadows is necessary. You can lessen your risk from hidden enemies by giving your SOC threat hunting capabilities.
Incident Response Identification, documentation, analysis, and management of security threats, risks, and incidents in real- is all part of security operations and incident management. Delivering a thorough and comprehensive picture of all security issues and policy violations (such as unauthoredz access to data) within a specific IT infrastructure is the goal.
Threat Automation SOC automation shortens the time between threat detection and remedy. By automating your security operations, you can enhance human abilities and knowledge to identify threats and take swift action, which will result in significant gains for your team.
Broad Visibility Collects data from wide variant of log sources such as On-Premises, Cloud, Perimeter Devices, Applications etc. Peregrine comes with an EDR engine which can protect the servers from behaviour monitoring perspective too.
Advanced Threats Peregrine can look for advanced threats that are employed by hackers today. In combination of log monitoring, EDR, Machine Learning and Threat Hunting, the Peregrine team covers a large variety of advanced Threats prevalent today.
Detailed Investigations We investigate suspicious events in detail, reducing false positives and continuously learning about your environment.
Log Retention and Search The platform has ability to store vast number of logs as per internal or regulatory compliance requirement of an organization.
Incident Response Assistance Every minute counts in Incident Response. We assist clients to quickly detect and enable them to respond quickly to prevent the spread of threats.
Root Cause Analysis Deep analysis and investigation into the root cause of incidents to ensure designing customized rules and workflows that improve detection capabilities.
Regular Engagement Regular reviews with customers to review overall security posture and identify improvements that can bring further value from engagement.
Security Monitoring Our SOC teams ensure prompt detection of security incidents by continuously monitoring activity across an organization's networks, endpoints, servers, and databases.
Threat Hunting CyberNX provides a holistic platform that supports a hypothesis-driven threat hunting process and a big data analytics-based search and visualization solution.
Cloud Security While technology like firewalls or intrusion prevention systems (IPS) may stop simple attacks, human analysis is needed to deal with major incidents at the source. By ensuring up-to-date threat intelligence and integrating it across enterprise systems for more efficient risk and compliance management, our SOC teams can help enhance an organization's overall cloud security posture.
Threat Detection Utilize threat intelligence, machine learning, and advanced security analytics to defend against threats. These tools will target detection, deliver high-fidelity alerts, and reduce critical care times while increasing true positive rates.
Continuous Monitoring Integrate information from across your attack surface to close gaps, equip staff, and lower risk. Throughout your on-premises and cloud-based infrastructure, all with continuous monitoring.
Investigation & Response By combining various data, reveal attacks as they progress. Access crucial context easily. Utilize case management and strong automations to respond quickly.
A NOC's job is to make sure that an organization's IT infrastructure is running well, while a SOC's job is to identify and defend against cybersecurity threats. An organization's IT infrastructure needs to be supported by both a NOC and a SOC in order to be efficient and secure.
SOC-as-a-Service offers several advantages, such as: quicker detection and correction: Providers of SOC-as-a-Service decrease the load on internal security teams. They keep an eye on security around-the-clock and employ automation and data science to deliver high-confidence alerts faster.
SLA stands for the standard of service that you anticipate from a vendor. SLA refers to how quickly you can anticipate getting a security threat alert from your provider when it comes to managed SOC services.
Security Incident Event Management, or SIEM, is a system that gathers and evaluates aggregated log data, making it distinct from SOC. The Security Operations Center, or SOC, is made up of personnel, procedures, and equipment intended to handle security incidents discovered through SIEM log analysis.
A SOC is necessary for an entire MDR solution. The SOC is a specialised security team that continuously analyses data to search for, identify, and confirm these dangers. The SOC monitors and evaluates these threats and exposures.
The overarching architecture that specifies the parts offering SOC functionality and how they interact is known as a SOC framework. In other words, a monitoring system that tracks and logs security events should serve as the foundation of a SOC framework.
A thorough awareness of an organization's information security can be obtained through the use of the tools and services that make up Security Information and Event Management (SIEM). SIEM technology offer real-time system visibility across an organization's information security platforms. management of event logs that incorporates information from several sources.
The SOC Engineer uses technical skills in several security technologies to analyse security threats from various security platforms and technologies. is in responsible of handling the initial triage of client issues. The basic MSS and support-based client configuration issues and alerts should be located and fixed.
While a SOC 2 report focuses on a service organization's controls that are important to its operations and compliance, a SOC 1 report is made to address internal controls over financial reporting. One or both may be appropriate for your company.