Software and network security use of backups

You can visit their site to find out more about pricing. Net Line Dancer can automatically generate hardware inventory reports with full asset reporting to help aid in asset management on network assets. This focus on large-scale asset management is a big part of Net Line Dancer.

Combining this with regular reporting and analytics can help administrators gain an edge on hardware life cycles and change management tracking. These tracking features are largely hardware-based.

Controlling subnets separated by address space using one centralized application is made easy with Net Line Dancer. Net Line Dancer is mostly focused on providing administrators a straight-forward device configuration and hardware asset management platform to work with on large or complex networks. It features all the standard NMS features, including automated changes and real-time change detection that will work across the entire network. You can download a day trial on their site.

Made by Infoblox, NetMRI is a network configuration and analysis application with mobile integration. Designed to provide a high level of security to large-scale networks , NetMRI can be used for a wide range of network tasks, including automated compliance assessments and non-configuration data analysis.

With several tools to aid in multi-vendor and virtual routing, NetMRI shines in complex networking environments. NetMRI also supports mobile access , with a large portion of its monitoring and configuration controls available from the convenience of a mobile device. It can locate device locations, browse network inventory, and control connections all from a mobile platform.

As network management software, NetMRI also features all the standard configuration options. Automatic network detection and audits , configuration analysis , and configuration backup are all found in NetMRI.

Its search and analysis suite also helps locate correlations between network problem areas to help diagnostics. NetMRI will lend its strengths to complicated networking environments with many connected nodes that need constant upkeep and analysis. You can download and evaluate NetMRI from their website. LibreNMS is designed to be used alongside Oxidized with limited setup. This provides LibreNMS users a simple way to do both configuration backup and deployment.

LibreNMS can struggle at scale and has almost no support to speak of. Still, for more experienced administrators or those not afraid to get their hands a little dirty, LibreNMS solutions offer a huge amount of flexibility. It can be paired with a huge number of open-source plugins to provide almost any functionality you may need for your network.

This potential for adaptability and no cost of entry earn it a place on this list. Designed to automate tasks normally performed manually , Backbox offers a mostly one-dimensional approach to network management software. The Backbox software goes to extreme lengths to ensure each configuration backup is safely stored, verified for authenticity, and double-checked for errors. Backbox also provides real-time inventory reports on connected assets, as well as automatic network discovery.

Task automation gives administrators a good measure of control over their networks, including the ability to create complex task chains for Backbox to execute across multiple devices.

While it may not be the ideal scaling solution for every business, Backbox offers a strong suite of features across multiple vendors and devices. You can download a day evaluation from their site. For administrators seeking a comprehensive way to combine their ITIL compliant asset management policies with their network, this kind of integration is a godsend. While most CMDB population software has some measure of network discovery built-in, the ability to quickly and accurately generate a full network CMDB with a few clicks is on another level entirely.

That being said, these kinds of quality of life features are entirely dependent on using other BMC products.

The message assists the College in fulfilling its mission or engages open discussion about academic, administrative, strategic, or current-event issues relevant to the College and its mission. Messages will be permitted for organizations that are officially affiliated with the campus.

Commercial solicitations. Personal messages. Examples include births in families, retirements, deaths of members of campus community, etc. Standard Computers, Client Devices, and Annual-Refresh Cycles To ensure the highest level of availability of computing resources at the lowest lifecycle cost and labor expense to the College, all client computers and devices attached to the network will be one of the current, standard configurations approved for use.

Personally-Owned Equipment No personally-owned technology or telephone equipment may be installed by faculty or staff unless permission has been granted by the Director of Information Services and OnLine Learning or designee.

Computer Surplus and Data Cleansing Generally, computers are not sent to surplus at SUNY Canton until there is a genuine technical, performance, or management problem with retaining them on the network, rendering them unfit for use in this environment.

Banner Advisory Committee Cross-departmental issues involving Banner and modification methods or issues involving shared data are discussed and resolved in the Banner Advisory Committee.

Membership includes key users within all departments generating or modifying data in Banner, plus members of the Enterprise Systems team. Where modifications are approved, the final, tested, and accepted version of the modified source and object code module and pathname must be registered with IS. Failing to do so may result in loss of the custom code during routine upgrades and recovery after system failure. Banner Access and Data-Entry Standards Modifications to data and specific policies regarding granting access to Banner are handled in accordance with the procedures identified in the document, Banner Access and Data-Entry Standards.

These procedures are maintained by the Banner Advisory Committee. Computer and Network Use Violation Examples Failing to adhere to any term of this policy is a violation. Failing to adhere to Information Security policies is a violation.

No user will, under any circumstances, use SUNY Canton electronic resources to libel, slander, or harass any other person or use these resources to violate any other institutional or SUNY policy or applicable law. Failing to adhere to, or passively or actively subverting, standard-security practices is prohibited. Examples include, but are not limited to: Allowing Unauthorized Access Sharing computer accounts, passwords, and other types of authorization with others and posting passwords with account names in a readily accessible, unsecured location i.

Users may not run or otherwise configure software or hardware to intentionally allow access by unauthorized persons. Users are expected to log off systems, the network, and lock their offices and workspaces when they leave to physically secure client computers. Circumventing Security Users are prohibited from using computer programs, devices, private networks, or any other method to bypass or subvert security measures.

Any attempt to consciously subvert security may be subject to, at least, second-level sanctions depending on the damage done by the action. Unfair Resource Use Deliberate attempts to monopolize shared resources, degrade the performance of a computer system or network, or to deprive authorized personnel of resources or access to any SUNY Canton computer or network are prohibited.

Private Networks Operation and use of private networks not explicitly authorized by Information Services include, but not limited to, the use of independent wireless access points, peer-to-peer networks, use of client devices as private servers, etc.

Personal or Commercial Use Application of state-owned computing resources for personal or commercial use is inappropriate i. Recreational game players occupying a seat in a public, computing facility will release the seat when others who need to use the facility for academic or research purposes are waiting.

In addition, it is illegal to share copyrighted files without permission of the copyright owner. Violators caught are subject to legal as well as disciplinary action. Chain Letters and Advertising The propagation of chain letters or advertising for other than college-related business is considered an unacceptable practice by SUNY and is prohibited.

Sharing Email Address Lists Unauthorized distribution of any college email addresses to third parties, without the permission of the email owner, is prohibited. Unauthorized Servers The establishment of unauthorized servers is prohibited, such as, but not limited to, a background process that services incoming requests from anonymous users for purposes of gaming, chatting, or browsing the Web.

Appropriate network-security measures will be taken to limit the liability in case the server is hacked. They are discouraged for several reasons: the high level of damage that can quickly be done to the network from a server, the difficulties in insuring that the server is physically secured and regularly backed up, and that security patches and other measures are applied in a timely and often rapid-response manner and that these procedures are consistent with those applied to other servers to insure network security.

Users requiring installation of software not already provided on standard equipment should contact the Help Desk for support. Unauthorized Monitoring A user may not use computing resources for unauthorized monitoring of electronic communications. Child Pornography Child pornography and any other activity involving harm to minors is illegal.

The College considers this to be a serious, third-level offense. The College seeks to provide a safe environment for its students, many of whom are under legal age. Anyone found using college technology to download, view, transmit, or distribute child pornography will be disciplined, and charges will be brought.

Adult Pornography Pornography is interpreted as offensive by many and can lead to charges of sexual harassment in the workplace. Any use of pornography on college equipment and the network that is required for academic instruction will be clearly documented and pre-approved by the Academic Dean and the signed authorization filed with the Director of Information Services and OnLine Learning before use.

Failure to do so will be interpreted as recreational use of equipment, which is prohibited. Message Flooding Posting a message to multiple list servers or news groups, with the intention of reaching as many users as possible, with material unrelated to the College, is prohibited.

No IS staff member may conduct an electronic-data investigation without receipt of a completed Electronic Data Investigation Request Form, authorized by the President. Protective measures will be taken, including, but not be limited to, disabling or limiting access by the suspected offending party, quarantining an invasive element, taking a backup of data that is at risk or pertinent to the investigation, etc.

No investigation will be made at that time. Information Services will, in strict confidence, conduct the investigation to collect necessary evidence involving only those with a need to know. The President will take any action deemed appropriate. Network backup software is a cost-effective way of backing up your files. In a more general sense, having backups for multiple computers and network devices on your network is an important part of network management best practices.

Start by narrowing your search down according to where your data will back up, to a public cloud or a private server. From there, compare network backup solutions according to these key areas. Can the software scale up and down with your business?

Not all network backup solutions are robust enough to handle a multi-vendor network with thousands of nodes and devices. Assume your business will grow and choose network backup software designed to fit your prospective size and your current size.

Security is paramount when it comes to network backup. Your network backup software of choice backs up user data to a secure location and helps you demonstrate compliance with cybersecurity standards.

You need to be able to trust your network backup system can securely, accurately, and reliably execute all backup and recovery operations. Can your prospective network backup solution back up and store complete copies of your data time and time again? No two networks are the same, so be sure to look for a network configuration backup you can customize to fit your needs. Ideally, you want enough out-of-the-box features to start backing up right away, with enough customizable features to tweak it to your liking.

Some network configuration backups offer a text dump in a Command Line Interface, while others use topology visualizations and graphs. Aesthetics might not seem like a major deciding factor, but it goes toward ease-of-use. They are easy to use, transportable, are relatively fast when backing up smaller amounts of data, and provide ample amounts of storage space.

They are also offline, which means that they are isolated from potential attacks coming from the internet. However, external devices can also get damaged, lost or stolen. For example, an office fire can burn down external hard drives storing vital information that is needed to run the business. Without another backup, this data is essentially lost. Another method of backing up data is to store it in the cloud.

Cloud backup is also automated, which means that as long as the device or computer storing the original data is connected to the internet, it will continuously and automatically sync files to the cloud — saving both time and resources.

Furthermore, many cloud providers use technology such as data encryption and server virtualization for added security. Cloud backup can take more time, however, as the speed of backing up is limited by the bandwidth of the user doing the backup. In addition, by virtue of being connected to the internet, cloud-based storage solutions can be affected by attacks that target the service provider, such as Distributed Denial of Service DDoS campaigns.