Computer networks and cybersecurity may help gain the future when securing essential digital properties by graduating in computer networking and cybersecurity.
Learn to operate techniques and technology for planning, deploying, and maintaining. Grasp to secure and troubleshoot business networks in UMUC’s award-winning curriculum in computer networks and cybersecurity.
Moreover, built to blend conventional college instruction in modern information technologies with hands-on experience.
Curriculum Information networks and combine scientific expertise with the ability to get higher education.
About Computer Networks and Cybersecurity Bachelor’s Degree
The major starts with lessons aimed at building up basic IT skills with courses in information networks and cybersecurity.
Understanding the computer security part of IT as based on Microsoft and Cisco platforms. In turn, studying cybersecurity and forensic analysis subjects.
In particular, creating a plan to build a network, including a strategy for network operation and maintenance.
Design, build, and customize advanced graphics for Windows and deploy complicated server infrastructure.
Requirements for a Bachelor’s Degree in Computer Networks and Cybersecurity
A degree with a major in computer networks and cybersecurity requires:
1. The completion of 120 coursework credits,
2. 33 major credits;
3. 41 credits in general education;
4. 46 minor credits, electives,
5. And other criteria for degrees
In upper-level classes, one must get at least 17 credits in the major.
Computer Networks and Cybersecurity
The system comprises steps to track and avoid unwanted entry from outside threats.
Based on the complexity of the computer network, distinct approaches to information network security have contrasting criteria.
For instance, a home office requires minimal network protection, whereas large organizations need high maintenance to stop malicious attacks on the network.
Furthermore, the network administrator manages access to the data and software on the network. Designates an allowed person to use the company’s ID password.
Elements of Network Security
The desired properties for effective communication are:
Privacy
Privacy ensures both the source and the recipient assumes secrecy.
In addition, the intended recipient receives the message while the message is invisible to all users.
Moreover, only the sender and recipient should be able to interpret the message to stop eavesdroppers.
Furthermore, ensure the confidentiality of the code. It also uses this secrecy feature for safe correspondence.
Message Integrity and Cybersecurity
First, data completeness means the information must get to the user.
Second, message content does not shift, malicious or intentional, during transmission.
Third, detailed integrity is necessary, as there are growing currency exchanges over the internet.
Last, to ensure safe communication, maintain data confidentiality.
End-point authentication
Authentication ensures that the recipient is confident of the integrity of the sender that no impostor sent the letter.
Non-Repudiation
Repudiate means that the recipient must be able to show that the message is from a certain source.
Then the sender does not hesitate to submit a reply.
Besides, the recipient has the responsibility of proving his identity.
For instance, if a client receives an order to move the funds from one account to the next, the bank must provide documentation of the payment for the client.
