Honeypots are decoy systems designed to mimic legitimate targets within a network, luring cyber attackers and capturing their tactics, techniques, and procedures (TTPs) in real time.
Codeguardian.ai provides Honeypot as a Service (HaaS) as a part of its Managed Security Service.
Considerably assist with analyzing trends and operational patterns of malicious activities. Enhanced security intelligence gives threat actors the means to create dummies that look like juicy targets. We allow you to peel the layers off attacker behavior, help improve threat intelligence and strengthen your entire security posture.
The primary objective of our Honeypot as a Service is to enhance your organization’s threat detection capabilities by capturing and analyzing malicious activities, providing deep insights into attacker behaviors, and improving your overall cybersecurity resilience.
Finding threats ahead of time: Ensuring discovering time and events of malicious access, malware and others before things impact any critical aspect.
Risk Management: Attackers are diverted from genuine assets and actional intelligence is gathered to minimize the chances of any security breach.
Advanced Threat Intelligence: It supports security intelligence to fill in gaps in threat intelligence and improves security through a deep understanding of attacker’s TTPs.
Responding to Incidents: Giving real-time threat intelligence for quick action and developing processes for effective remediation.
Gain immediate visibility into malicious activities targeting your network, enabling proactive threat mitigation before they reach your critical systems.
Our honeypots are designed to deceive and engage attackers, capturing comprehensive data that enhances your threat intelligence.
Customized honeypot configurations tailored to mimic your specific network environment, making them more effective in detecting targeted attacks.
Provides detailed logs and forensics that support your incident response team, reducing the time to detect, analyze, and remediate threats.
Deploying honeypots is a cost-effective way to strengthen your security posture, diverting attackers from valuable assets while providing critical insights.
Understanding your organization’s threat landscape, including potential attack vectors, high-value assets, and adversary tactics.
Tailoring honeypots to mimic your specific environment, including operating systems, applications, and network services to increase attacker engagement.
Ensuring honeypots are indistinguishable from real systems, adapting to attacker behaviors to maintain engagement.
Monitoring all interactions with honeypots in real time, capturing attacker actions, malware samples, and network traffic for detailed analysis.
Analyzing logs to identify attacker TTPs, patterns, and potential new vulnerabilities being exploited.
Conducting in-depth forensic analysis of captured data to understand the full scope of attacker behavior and intent.
Providing comprehensive reports with threat intelligence, risk assessments, and recommended remediation actions.
Working with your security team to refine honeypot configurations and ensure ongoing effectiveness in detecting emerging threats.
Regularly updating honeypot configurations based on the latest threat intelligence and feedback.
We prioritize the security and confidentiality of your data throughout the Honeypot as a Service by implementing strict measures designed to protect sensitive information.
Our honeypots are deployed in secure, isolated environments to ensure that any attacker activity is contained and does not impact your live systems.
All communications and data collected from honeypots are encrypted using advanced standards (e.g., AES-256, TLS 1.3) to protect against unauthorized access.
Access to honeypot data and analysis is restricted to authorized personnel, ensuring that sensitive information remains secure.
NDAs are enforced with our team and clients to safeguard proprietary data and honeypot configurations during service delivery.
Our honeypot operations adhere to data protection standards such as GDPR, CCPA, and industry-specific compliance requirements, ensuring ethical handling of threat data.
Capturing threat data from attackers targeting banking systems, payment gateways, and customer data to inform proactive defenses.
Identifying threats to patient data, medical devices, and healthcare networks, providing insights that help secure sensitive information.
Monitoring threats targeting industrial control systems and IoT devices, enhancing the security of critical infrastructure.
Detecting and analyzing threats to e-commerce platforms, customer accounts, and payment systems to prevent data breaches.
Gaining insights into state-sponsored attacks and espionage activities targeting critical government systems.
Identifying malicious activities that may bypass traditional security measures, providing early warnings of potential attacks.
Reducing the risk of data breaches by diverting attackers away from genuine assets and gathering intelligence to inform security measures.
Minimizing the impact of cyber-attacks on critical systems by detecting threats early and enabling rapid incident response.
Protecting your organization’s reputation by proactively detecting and mitigating threats before they can cause harm.
Reducing financial losses by identifying and neutralizing threats before they lead to significant damage or downtime.
Leveraging intelligence to understand attacker behavior, motives, and methods, improving defenses against evolving threats.
Advanced honeypots engage attackers with realistic decoy systems, capturing comprehensive threat data.
Detecting threats early allows your organization to respond quickly, minimizing potential damage.
Gaining insights into attacker behavior improves your understanding of the threat landscape and informs security strategies.
Deploying honeypots provides a cost-effective way to enhance your security posture without significant investments in traditional security tools.
Detailed logs and analysis support rapid incident response and remediation, reducing the time to detect and resolve threats.
Seamlessly integrates with Security Information and Event Management (SIEM) systems to enhance threat detection and incident response capabilities.
Supports API-based integration with existing security platforms, enabling continuous threat monitoring and data sharing.
Compatible with both cloud-based and on-premises environments, ensuring comprehensive coverage and flexibility.
Deploy honeypots via a secure cloud-based platform, providing scalability and easy management.
On-premises honeypot deployment for organizations with specific security and compliance requirements.
Combining cloud and on-premises deployments to suit your organization’s unique needs and threat landscape.
User-friendly dashboards provide a clear view of threat activities, enabling quick access to data and insights.
Configurable alerts keep your security team informed of critical threats in real time, supporting rapid response.
Advanced analytics tools deliver in-depth insights into threat patterns and trends, empowering better decision-making and proactive defense strategies.
Enhanced threat detection capabilities by deploying honeypots that captured detailed data on attempted fraud and insider threats.
Improved security posture by identifying ransomware tactics targeting healthcare networks, enabling proactive defense measures.
Secured critical infrastructure by deploying honeypots that captured attack vectors targeting industrial control systems.
Dedicated support teams are available around the clock to assist with honeypot management, analysis, and threat intelligence queries.
Continuous monitoring of honeypots ensures they remain effective against evolving threats.
Regular updates to honeypot configurations ensure they remain relevant and aligned with the latest threat intelligence.
Ensuring all data collected by honeypots is securely encrypted to protect against unauthorized access.
Strict access controls prevent unauthorized access to honeypot data and configurations, maintaining data security.
Adhering to data privacy standards and best practices ensures ethical handling of threat data captured by honeypots.
