DoD Network Security Strategies – The Zero Trust, Identity Management and DOD Network Security Strategies
A paper presented at the 2015 Information Warfare Symposium (January 26, 2015) was co-authored by Christopher “Mongo” Anderson, who is an independent consultant specializing in military analysis and network security. The paper discusses what the United States should be doing to mitigate the threat of cyberwarfare, using current technologies to keep its military network secure. The paper also discusses what the DOD Network Security Strategies should be looking at to improve its approach to network security.
The Zero Trust, Identity Management and DOD Network Security Strategies is co-authored by Christopher “Mongo” Anderson, who is an independent consultant specializing in military analysis and network security. The paper discusses what the United States should be doing to mitigate the threat of cyberwarfare, using current technologies to keep its military network secure. The paper also discusses what the DOD Network Security Strategies should be looking at to improve its approach to network security.
This article describes the current threat landscape, including the current cyberthreats the United States is facing, and then reviews the existing security measures the United States should be taking in order to effectively combat this threat. The article also explores what the DOD Network Security Strategies should be looking at to improve its approach to network security.
Cyberwarfare is not a new threat to the United States. Beginning with the attacks on Sony Pictures Entertainment in May 2014, cyberattacks from state actors have been ongoing. As of October 27, 2014, the Department of Defense had 1,100 security breaches.
The United States needs to be prepared for future cyberwars, whether it is during the Syrian Civil War or in the future. For example, a cyberattack could have devastating impact for the U. military itself, and therefore pose a serious cyber threat.
The Department of Defense is trying to prevent an attack by cyberwarfare against its network, but the U. military is not doing enough to protect network assets against cyberthreats.
The DOD is considering deploying cyber defenses in order to defend against cyberattacks. The Department of Defense has launched a cyber initiative to protect the U. cyber network.
Cyber Defense Capability – the Department of Defense is developing a cyberdefense capability to identify and defend against attacks originating from outside of the U.
Towards Zero Trust in Air Force Networks –
Security experts have documented vulnerabilities such as those exploited in HeartBleed, which led to denial of service attacks, for a number of years. The research effort was undertaken by the United States Strategic Command, for which a top secret report authored by the United States Air Force outlines vulnerabilities in a number of its networks, and suggests ways to avoid and fix them.
The report, titled Towards Zero-Trust in Air Force Networks, looks into the security threats facing the Department of Defense (DOD) and the other military branches. The report suggests a “zero” trust approach to air networks, allowing network administrators to establish their own procedures for installing or configuring network security technology.
The report, authored by Scott R. Ritter, a senior network security administrator at the Air Force Research Laboratory, is published in the research journal Military Network Security.
Department of Defense (read this section by clicking). There are many security threats facing U. Army, Navy, Marines, and Air Force networks, as well as all of the commercial enterprises within the DOD.
In the military, a major goal of network security is to reduce the number of network attacks and network breaches. Major issues include the difficulty of determining whether a threat is a security threat, whether a threat is effective or not, and whether that threat has the capability to attack a network. It is a complex endeavor to accomplish that goal.
This is not to say that military network security has not been investigated. The military has worked with U. intelligence agencies to look at issues such as espionage, social engineering, denial of service attacks and computer viruses, along with issues pertaining to cyber operations.
Network security specialists are asked to examine whether a threat is a security threat. In addition to looking at the basic security procedures such as firewalls, they are asked to determine whether a threat is effective, or, in other words, what makes it work from a security standpoint.
The report goes on to evaluate those threats such as Heartbleed and the other vulnerabilities. Other issues include a more thorough scanning of network devices, which includes checking the file system, memory, hard disk, and file security. The report also describes technologies used for penetration testing.
Okta s Zero Trust Architecture for Embedding the Secure Cloud
Okta is an open source application security platform that is available as open source software for use on enterprise and commercial cloud infrastructures. Okta’s Secure Cloud architecture leverages the Zero Trust Protocol (ZTP) as well as Okta’s architecture for service and network security, for securing cloud endpoints. In addition to providing zero trust protocols for cloud environments, Okta’s Secure Cloud architecture provides two components: the Secure Cloud Services Provider (SCP) which provides a secure application and network for applications, and the Secure Cloud Endpoint (CE) which is the secure endpoint for secure APIs. The secure service interface component provides access to all components of the Open Source Okta Cloud System (OCS). The Secure Cloud Endpoint provides the secure APIs that are available to applications and provides all resources required for secure endpoints including authentication, key management, and data encryption.
With Okta’s Secure Cloud, we have provided an open platform, open source, zero trust design based architecture for securing an end-to-end network with one endpoint. Using the zero trust protocol, the system is self-certifying and self-auditing, providing an API that is a trusted network and a secure connection to the cloud. This architecture not only provides secure cloud endpoints in a cloud-native manner, but also provides a secure, self-certifying network to provide data and applications to the security endpoints.
There are many uses of the Zero Trust Protocol, such as to secure cloud-based security for IoT, as well as many use cases for the protocol, such as for authentication and authorization and the use of Zero Trust in mobile networks. Okta’s Zero Trust Architecture is open source software at the time of this documentation.
This section discusses how Okta’s Zero Trust Architecture has been used to secure mobile, IoT, blockchain, and other cloud-based security solutions.