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Characteristics of an Effective Honeynet

Best Practices

The Honeynet Project was founded by Lance Spitzner and he designed the first honeypot as a system of learning how attackers prey and exploit the weaknesses of the Information System of an organization or institution. Honeynet involves a combination of two honeypots that are used to work extensively and effective in a wider information technology system. It a decoy that used to bait unsuspecting attackers by enticing them through a virtually designed machine that serves as a network which acts as the real system. The decoy systems is the real replication of the actual system thus it has same virtual appearance that runs on a fully functional system with applications, open ports that exists on the real system on the same network platform. Honeynet normally function as a device to outsmart attackers who believe that they are in an actual system, they log into the system with the knowledge that they are carrying out their unscrupulous activities stealth. However, they are not aware they are being monitored stealthily by the system itself which is covertly taking steps towards counter measuring the attacker and learning to seal the loopholes.

Inspection and Assessment

The inspection and assessment of Honeynet applications in this project will cover various issues including the testing procedures, incidental responses as well as recovery plans that can be applied in organizations in order to promote the effectiveness of Honeynet and honeypot applications. Honeynet is one of the network settings that mostly involve various vulnerabilities and its main purpose is to provide various procedures through which the attacker’s activities and practices can be identified and prevented in information technology systems. In most cases, Honeynet provides data and network security systems through the use of honeypots which are mostly a computerized based application and technique on the internet. The honey spot application main purposes is to increase the trapping and prevent intruders of a network systems especially towards others computers systems.

Furthermore, Honeynet also helps in gathering information especially about the attacker’s methods and main motives. This is because Honeynet has application that can gather information about the attacker’s methods, main motives as well as about the attacker’s procedures. The Honeynet applications can also effectively divert the attackers from the use of a network and its resources. According to various research based studies and reports, the use of Honeynet can be applied in various global business operations and firms in order improve and promote their information security systems and other information gathering procedures of the firm technology systems.

In addition, Honeynet provide real applications and computer based services of network operations. In most cases, Honeynet do not authorize users to attempt to contact the network without any likely breach of its security thus any bound on the systems will indicate that the systems operation has been interfered with. This usually promotes the identification of the suspect attackers of the systems network activities. The applications within Honeynet also allow the end users and network operators to use single servers in promoting the security measures of the system. This includes the application of simulated computer network applications especially to test and promote the network security measures of the system. There are various procedures through which Honeynet systems and applications are developed and this includes the involvement authentic user operations and designs in order to reduce and prevent the breach of the system by the hackers. In that sense, Honeynet effectively help in reducing the vulnerability of the systems and promote better understanding of hackers and cracker behaviors as well as the motivation behind the irrational behaviors and values. Several computer analysts also argue that through the application of Honeynet systems and settings many legitimate users of networks can easily identify various hackers to their system.

Responsible Design, Data Control and Data Capture of Honeynet

Honeynet is often used by organizations for research purposes as well as in production which can be for risk management purposes where there is there is replication of the functioning system. This protects the network from generated attacks that are randomly used by attackers who over run weak systems that appear vulnerable thought the use of automated tools. In research Honeynet they employ real time operating systems that the attackers usually interact with in real time activity. The risks that are involved are always high. However, there is the extensive collection of information as well as intelligences that are considered as new techniques that have been developed by attackers. Hence, it gives the researchers a more qualitative analysis of what happens. Usually, there is improved intruder prevention, detection as well as reaction information which can be drawn from the server through the log file that captures the moments in real time. This is usually done by institutions such as military installations, Government intelligence, universities and colleges to carry out research on Honeynet intelligence and information gather on the latest cyber-attack methodologies, as well as techniques. Apparently, sometimes the research that is carried out can be used for studies or can be published for the public information benefit.

Data Access and Reporting

This includes various procedures of accessing Honeynet applications including data monitoring procedures, archiving as well as data appearances. Furthermore, it is clear that Honeynet are mostly classified into two categories. On is the low interaction Honeynet that is mostly used for production purposes, and secondly we have high interaction Honeynet that are used for research purposes. Low interaction Honeynet work as a replication of the original system where there is minimal interaction with the intruder. The intruder’s activities are limited by the system. The advantage of this classification is to promote the operating system and maintenance purposes of the system. To add on, the limited interactive system is deployed to reduce any potential threats and risks that are presented by the intruders. However, for experienced intruders they are always able to identify a Honeynet whenever they come across it. High-interaction honeypot, on the other hand, is a complex operating that requires a lot of interaction with the intruder for there is always the deployed of the real operating system by the organization. It gives the attackers the real feel of the actual system that they can interact with. This is done without any restrictions or barriers to the system allowing the organization or researchers to extensively capture the moments in real time as it happens as well as learn the methods that the attacker uses. However, it is not easy for the intruder to overrun the system when he has high interaction with it believing that it will enhance his or her capabilities to log an attack the other systems of the organization. Therefore, there is always sufficient measure set in place to protect the system from any other interaction if need be. The disconnection to the Honeynet will be disconnected when the attackers log into the system as this can be done when the intruder overruns the system to prevent any further action by the intruder.

Honeynet Data Collection and Placement

In order the organization to maximize the effectiveness as well as the strengths of the Honeynet while also minimizing any potential risks that they might be facing. The deployment of Honeynet should be a well-planned and organized process through strategies that will greatly help the system. These strategies are as follows; installing Honeynet with the actual production system, secondly pairing each server with a Honeynet that will foresee all the suspicious activities that will be employed by the intruders to the system and lastly developing a Honeynet that will replicate and was well as act as the actual server on a fictional basis.

Honeynet once installed to the server of the production systems they will act as the as shield from the intruders who attack the system. The security of the system could be readjusted as to allow the rise in security breach of the system so that they can as well collect all the necessary information that is required. In the case of successful attack to the server by an intruder on the Honeynet, the compromised Honeynet will be used to carry out a scan aiming at potential target that the attack is intended to in the network. This could be a limitation to the installation of the honeypot that exists within the production system. The system can always disguise the Honeynet in order to collect by replication of the system. The Honeynet acts as a warning that is done against the attackers in real time.

An Effective Honeynet Optimum Design and Configuration Systems

The use of Honeynet usually requires the application of effective strategies in order to promote its values and efficiency of operations. Provision of proper understanding as well as effective researching of the best approaches to improving the operations of Honeynet is usually very vital in the organization. Honeypots can also effectively promote the production environment of the firm especially if the best security measures, policies, and resources are deployed in its applications and operations. Some of the major characteristics of an effective Honeynet include having long lasting applications, good testing procedures as well as having good recovery plan and risk evaluation procedures. Furthermore, Honeynet systems should have the ability to provide incident response especially due to its design conditions. In that sense, an effective Honeynet requires the use of enough resources, proper training of the operators as well effective support systems. This can effectively allow the Honeynet to help in protecting the firm’s data and information. However, it is usually imperative for Honeynet operators to avoid placing critical and sensitive services, applications and data on the same physical platform of the Honeynet and honeypot.

Honeynet also requires proper placement procedures and practices including the use of DMZ external application systems to monitor the activities of the attackers and potential hackers of the systems. Furthermore, strategic planning mostly promotes the detection of attackers using Honeynet operations and applications. The Honeynet should also have clear and effective notification systems in order to promote its practice and purpose of identifying potential attackers in the computer-based network systems. There are various reasons why firms usually promote notification procedures on their Honeynet including tracing the attackers back to the main source, to identify a wide range of potential hackers signatures as well as to identify the specific signature of a particular attacker on the system.

It is also clear from various technological based reports and studies that keeping Honeynet and honeypots in stealth mode can benefit potential hackers of system by providing them with realistic information and overview of the systems security protection operations.

Current research studies also indicate that an effective Honeynet should have configuration procedures and policies in order to limit the number of outbound connections especially through using firewall and shell script applications. An effective Honeynet should also have firewall router configuration in order to promote its speed in passing local traffic systems. The provision of data control systems can also promote Honeynet protection policies and effectiveness. The use of new and various data capture and data logs can also help in providing maximum use of Honeynet systems.

Moreover, Honeynet log data usually helps in the protection of Honeynet applications since it gives all the applications the chance to identify new users through obscuring their names. This also promotes security obscurity of the system and only allows authorized users to use the system. Furthermore, the application of better measures can help the Honeynet to frequent harvest various data and information that may be problematic to the system. This can also reduce remote control of the systems and allow deletion of unverified information and data in the system. The provision of encrypted versions and channels of the Honeynet systems can also promote virtual private network and secure shell settings of the network security systems. In that sense, for achievement of effective and optimal use of information security using Honeynet global firms should develop a number of data security systems including the provision of IDS engines and firewall logs to monitor remote and local activities of the systems. Data collection and operating systems of the systems should also be promoted using UNIX applications and operations. Data accessing, reporting, monitoring as well as information archiving, and appearances should also be well maintained in order to provide effective Honeynet systems in the organization. According to various technological research studies and reports, it is also clear that provision of effective and good deception of the systems can also improve its effectiveness. This is because deceptive applications and operations promote gathering of attackers and potential hacker’s intelligence information. Furthermore, both honeypots and Honeynet should have and provide enough simplicity in their identification of potential attackers. This will promote data collection about the attacker’s procedures and activities thus promoting the security of the network.

The provision of both inbound, as well as outbound data control systems, can also increase the success of Honeynet operations. Data capture systems of the Honeynet should also involve transparent firewall in order to improve internet connection of the system. Furthermore, Honeynet and internet network systems should have direct communication links in order to promote the effectiveness of the Honeynet. Deception activities in the systems are also designed through the use of IP services in order to promote defense capability of the system. It is also clear that effective Honeynet should have enough and good search space in order to cover various IP addresses. Deceptions and displays can also help in protecting the security of the system by providing false information to the attackers. Testing of the system should also be based on proper detection and firewall countermeasures about the attackers and hackers.