Serverless Research Paper

Protocol capture tools and protocol analyzers are important tools for an information systems security professional. These utilities can be used to troubleshoot issues on the network. They can verify adherence to corporate policies, such as whether or not clear text privacy data is being sent on the network. They can be used to test security countermeasures and firewall deployments and are needed to perform audits, security assessments, network baseline definitions, and identification of rogue IP devices.

Since the system/application domain involves business’s mission-critical systems and applications, as well as data, it is important to ensure security of this domain. Failure to do so can result in a large loss of information and can ultimately lead to the cease of productions. This will ensure the protection of confidential data and its integrity. By implementing monitoring software tools, this will analyze any potential vulnerability that may exist on the

The security concerns for IaaS and PaaS models are described collectively because of their reliance over each other. The attacks on these two layers are of three types: attacks on the cloud services, attacks on virtualization and attacks on utility computing. Hardware virtualization, software virtualization, cloud software, utilitycomputing and Service Level Agreement (SLA) are considered some of the common security concerns for IaaS and PaaS.

HTML5 will also allow pen-testers to review new scans, create new policies, and view scans from any device on the scanner, which means the entire network will be secure. This magnificent security tool is capable of providing any vulnerability within the IP address range, network or host located on the network. Within the configuration and compliance auditing, it can be compared to the Security Content Automation Protocol (SCAP), which is a method used to enable automated vulnerability management (National Institute of Standards and Technology, 2016). Nessus will also ensure the system is configured to be compliant within the security structure of Windows, Linux, Mac OS and applications. One more feature included is the integration of patch management, which allows patch information to be retrieved and to be included in the patch management report. Nessus will go one step further and check to ensure that patches have been properly installed, will audit mobile device weaknesses, gathering data and writing reports about potential threats for the devices connected to the network, whether it be iOS, Android, or Windows operating

Both synthetic and real time user monitoring are planned for implementation in the final Non-production post-integration RBAC environment for projects like Patent Center, MyUSPTO, FPNG to continue using.

the user downloads unsafe software or uninstalls AV). It then provides automatic containment of potential threats. Network Sentry profiles each device and keeps a detailed log of every action taken, then delivers both the threat alert as well as the contextual information to the security analysts to expedite review. Network Sentry’s detailed log also offers comprehensive reporting that can be crucial for HIPAA audits.

Cloud computing security or, more simply, cloud security is an evolving sub-domain of computer security, network security, and, more broadly, information security. It refers to a broad set of policies, technologies, and controls deployed to protect data, applications, and the associated infrastructure of cloud computing.

Teneable Nessus has been rated by its users to be the best in preventative defense in addition to being low cost solution with free online training. Though the application suite requires profile configurations to start, it provides the necessary functions to support the requirements of software and system configuration vulnerability assessments and easily scales to accommodate future growth. Plugins are updated regularly and new plugins are added to account for new Common Vulnerabilities and Exposures (CVEs) as they arise. Security Center Continuous View simplifies the administrator’s role by integrating with other tools like Mobile Device Management (MDM) and a head to toe vulnerability detection and mitigation solution for any platform [3].

Do you have systems to recognize and react to suspect or know security episodes; alleviate to the degree practicable, hurtful impacts of known security occurrences; and record occurrences and their results? (R)

Deploying the right security products – IT security today has a wide range of technologies that are aimed specifically at lowering risks and threats.

(Ameri) Protection is expertly covered by the Endpoint Protection Advanced and the Web Protection Advanced features of the bundle. Any type of malicious traffic or applications will have an extremely difficult time getting through Sophos barriers. With this bundle, detection is quick and quarantine is immediate. Any threats will be blocked and an overview of the activity will be available to view from the centralized console. Sophos allows reaction and documentation to be a breeze. With the centralized management console, it will be simple to see what is going on and review documentation through the reporting feature. The prevention pillar is where Sophos excels. Everything in the Enduser Protection bundle - Endpoint Protection Advanced, Mobile Control Standard, Web Protection Advanced, Email Protection Advanced, and SafeGuard Disk Encryption Advanced – is geared towards preventing any sort of malicious infection or breach. Sophos puts the client in complete control of their endpoints and enables the company to take a proactive approach to information security, rather than a strictly reactive

This paper addresses the human aspects responsible for SCADA System vulnerabilities and provides a holistic solution to ensure a solid defense. Then we will explore Zero day exploits and how they are employed as both military and economic tools. Next the topic of bringing your own device

Application development and use has been changing for several years. The growth of software-as-a-service as well as the move to cloud-based applications has created new challenges for security tools — challenges that legacy products are simply unable to meet in a world in which new threats appear almost daily. Relying on vulnerability scanners, web application firewalls and antivirus software can have disastrous consequences, but until recently, such tools were all that were available to help secure a network or system. One problem with all of the aforementioned security tools is that they cannot defend against a vulnerability that they cannot identify. Another issue is that they focus on

Abstract: In this real world, protecting the information of an organization that is present in a software and hardware or data present on them is important. Here comes the point of Threat Intelligence, where it recognises the disruption or misleading of the service provide by these data present on the software and hardware in the form of accessing through network, code injection, data injection, hacking of the sites, controlling through physical access or by any means of taking control over the data. Simply, Threat intelligence is the set of data collected, assessed and applied regarding security threats, threat actors, exploits, vulnerabilities and compromise indicators. It is usually presented in either the form of strategic or tactical intelligence. Strategic intelligence involves broader and higher-level abstracts of data to identify threats and how the organization needs to react where Tactical intelligence involves collecting the network information, analyzing it, identifying the threats and responding. By using of this it makes cost effective to organization by reducing security incidents, which increases responsive time by finding solution in a least possible time. It also shows the security incidents, attacks and events. It provides decision support to the organization and possibly a strategic advantage. Threat intelligence also involves series of steps which make the data to be gone through several phases starting with collection, then planning, process, produce

Cloud technologies revolve heavily around virtual machines that reside on physical servers (Talbot, 2009). One physical server could be the home of a slew of virtual machines; should an attacker interrupt the normal operations of a physical server it could result in the inoperability of the virtual machines also. One of the techniques can be used is an attacker implanting a virtual machine on a physical server (Talbot, 2009). Once the