Technology obsolescence is a threat to information security

Technology obsolescence is a threat to information security

Technology obsolescence is a threat to information security in the following ways. First, its time. As we move forward and time elapses, many people can and try their best to crack the system. They will also test it and bypass particular measures, which eventually will defeat any countermeasures. Figure out this; when the simple lock was freshly invented, it had had simple defensive measures as it only had a metal and a key which, if provided to this century’s thief, it will be easily be bypassed. However, the simple lock has been advanced to use more hard metals, while some have internal countermeasures to curb unauthorized entry, for example, a combination Masterlock. Besides, hardware and software grow obsolete at different speeds. This potentially leaves most of the digital objects unusable over time hence blocking information passage. Further, organizational data may be lost when the system becomes unreliable and trustworthy. Nonetheless, technology obsolescence leads to management’s drawback, mostly in planning as well as unsuccessful in foreseeing any technological advancement in the world of business. Other ways in which technology obsolescence is a threat to information security are; it brings cybersecurity risks, operational efficiency risks, and sustainability risks.

Management level mitigation can be vital in protecting against it. Organizations have to continually advance and upgrade their security software as well to regularly train their employees in anticipation of newly developed types of attacks as well as threats. Organizations must enable the right technological decisions, which will make them avoid obsolescence. Recovery from obsolescence calls for active tracking of technology that organizations use. The organization also requires short and long-term management and planning, which will aid in responding to immediate requirements and anticipate future needs. Funding decisions regarding the digital preservation program must be informed by technology monitoring and organizational planning.

IDPs, which are in full is Intrusion Detection and Prevention System is a network assured future solidness appliance responsible for monitoring network as well as system tasks and detecting potential intrusions. IDPs also prevent invasions through blocking log information, activities as well as reporting it. This network security appliance is an appendage of IDS that is responsible for detecting intrusions and also preventing intrusions through sending an alarm, then dropping a spiteful network packet, also connection reset or maybe blocking traffic, which is from trespassing IP address.

The following are the three control strategies proposed for IDPs.

It centralized Control Strategy. Each of the control functions is executed as well as managed in a central location. The IDS console consists of management software that is responsible for collecting information originating from remote sensors, examining the networks monitored and diagnosing where the current situation has drifted from the preconfigured baseline. The primary advantage of the centralized control strategy is more on cost and control since everything is run on well smoothly resulting from central management, therefore, positioned to recognize a large scale attack though it never recognizes unknown attacks.

Fully Distributed Control Strategy. This is when physical control functions are exercised and employed to numerous locations located to a particular network, hence permitting every monitor to carry out their control functions to achieve the essential reactions, detections, and response directed to intrusions. The advantageous side of the distributed control strategy is its availability and reliability hence significantly speeding up the IDSs reaction. The con on this strategy never stops the malicious attacks.

It partially Distributed Control Strategy. The strategy is positioned in a way that individual agents from the system can analyze and respond to localized attacks or within familiar locations and tell of the findings so that the organization can detect the attack. This strategy can combine premier from both centralized and fully distributed control strategies. The problem with this strategy is that it needs other devices to counter the attack.

The following are the three strategic plans for continuous availability.

First, the organizations have to expect the unexpected. The digitalized world has brought more straightforward access to goods, information as well as services. The organization should be equipped to be in a position to cope with anything. This will only happen through the following two key steps. First, there should be well-placed adjustments that are meant to enhance profitability and reputations of organizations by speed and capability of their networks hence avoiding delays and lags in the organizations. This is important to organizations as they in apposition to handle whatever issues arise without creating havoc in the system, therefore continually delivering services on any day.

Secondly, organizations have to prepare for unplanned. What do you think to happen when unexpected events happen, and the organization didn’t foresee? For example, when the music legend died, Prince, there were above one million downloads of his music, which surge the music streaming services. Unplanned events can bring website crashing, which might block a lot of organization information, leading to mega losses. Preparing for unanticipated might prove a turn around on impact on reputation as well as profits of organizations; therefore, organizations can bypass falling on the trap of being caught unexpected.

Finally, agile network management. This calls for availability as well as diversity in preparation for the unexpected. Given that the customers’ demands are in a continuous change and increase, the network has risen to be both a reliable backbone and central nervous system. Therefore it is required to enable cloud environments, interact with various data types, associate and connect every application, and continuously improve performance. This will benefit organizations by maintaining and managing the system’s networks.