How Intelligent Data Capture Powers Social Selling
Future Career Prospects Of Data Analytics In The Job Market

With rapid advancements in technology and more and more people gaining access to the internet, there has been a significant surge in the fields of data analytics and Big Data. With each passing day, more organizations are adapting to newer data analytics techniques and technology. There is a greater need than ever in the market for qualified analysts who can provide valuable insights to help companies make profitable decisions.
Accordingly, the job landscape in data analytics is promising and there is no better time than the present to enter the data analytics world. If you are interested in pursuing a data analytics course and planning your dream job and want to know the future career prospects of the degree, this blog post article is for you.
There are lot of opportunities in data analytics sector, we listed out some of the best in the present market trends. The following handpicks some interesting career roles that can help you establish a successful career in data analytics.
What Are The Career Prospects In The Field Of Data Analytics?
So, here is the list of opportunities that you can grab after completing a course in data analytics or Big Data can make you eligible for the following career positions.
1. IT Systems Analyst
IT systems analysts are responsible for using and designing systems and software to solve problems cropping up in databases. The level of technical expertise for the job varies as per the domain of the company. As an IT systems analyst, you can also be called in to develop different proprietary tools for data analysis.
2. Healthcare Data Analyst
Healthcare data analysts are responsible for processing and analyzing huge reserves of data from hospitals, clinical studies, pharmaceutical studies or small healthcare bodies. Their insights form the basis for study of various diseases, different drug research, the development of medical equipment, or healthcare surveys. Healthcare analysts improve the quality of life for millions of people through their work.
3. Operations Analyst
As an operations analyst, you can either work for an organization or a freelancer to improve the internal processes of a business. These processes can include operations like product manufacturing, human resource management, product distribution, research and development or general streamlining of business operations. Operations analysts can find employment in any domain of their choices ranging from the military to retail.
4. Data Scientist
Data scientists can be responsible for collecting, processing and analyzing different data sets to generate actionable insights. They also look at data from different perspectives to make predictions based on the insights. To become a successful data scientist, you would need a strong background in designing software, different programming languages and data visualization skills.
The Future Of Data Analytics Is Bright
This is just a small snapshot of the well-paying roles that are there in the market. You can also start your career as a transportation logistics specialist, data project manager, or a digital marketing manager. Enroll in a diploma in data analytics today for a successful data analytics career in the future.
Intrusion Detection vs Intrusion Prevention Business Solutions

The right cyber security solution for your business depends on your specific data and information technology needs. An IDS is good at raising the alarm when something goes wrong but doesn't stop the attack in real time. An IPS works differently, denying network traffic that is known to represent security threats or violate system security policies. Some systems combine IDS and IPS into a single solution.
Detection
In the constant digital tug-of-war, detection plays a crucial role. The sentinels are intrusion detection systems and intrusion prevention systems. IDS are watchful guardians, monitoring traffic for suspicious activity like malware signatures or port scans. They sound the alarm, alerting administrators to potential threats. But IPS takes it a step further, acting as digital bouncers. Upon detecting a threat, they can block malicious traffic, shield vulnerable systems, and even launch countermeasures, stopping the attack. IDS and IPS are vital tools, working together to create a layered defense against the ever-evolving landscape of cyber threats.
A network intrusion detection system is a software application or hardware device that monitors incoming and outgoing data packets for signs of malicious activity. It assesses the network for things like open ports, malware signatures and other indicators of compromise and then alerts a security professional of suspicious activity. Some IDS detect threats by comparing system files against a known malware set. Others analyze the behavior of users to identify malicious intent. While IDS products can alert you of potential attacks, they cannot do anything to stop them.
Response
An IDS is a software application or hardware device that monitors network activity for threats and policy violations. It identifies anomalous behavior that may indicate an attack and alerts the administrator to take action. IDS solutions are passive, so they only report when something is detected, but some can also respond upon discovery, known as intrusion prevention systems (IPS). An IPS monitors traffic and prevents packet delivery based on what it knows to be malicious activity. It scans network packets and compares them to a database of known attacks. This enables the solution to quickly identify suspicious activity and block it from entering the network. IPSs are typically deployed at the perimeter of networks or in the firewalls of critical servers, routers and remote access servers.
Different types of IPS solutions exist, including network-based, host-based and application protocol-based. A network-based IPS (NIDS) monitors a whole network, while a host-based IPS (HIDS) is deployed on individual hosts. A HIDS can track files and compare them to snapshots, and it can also detect running processes and identify configuration changes. IPS can terminate suspicious TCP sessions and reconfigure the firewall to avoid future similar attacks, and it can even remove threatening content from the network following an incident. However, IPS can create false positives, so tuning the system to prevent bogus activity from slowing down the network for no reason is important.
Prevention
An IPS monitors the traffic that passes through your network and blocks data packets when it detects unusual or malicious activity. This prevents hackers from stealing information, carrying out a denial of service attack, performing reconnaissance for future episodes or spreading malware. Unlike IDS software that sits on your host and looks for suspicious behavior, an IPS tool sits inline (i.e., directly in the traffic path) and is often behind a firewall. An IPS can use signature-based detection, which compares incoming data against the signatures of known threats; anomaly-based, which searches for unexpected network behavior; or policy-based, which judges the data packets against security policies that administrators set in advance.
As its name suggests, an IPS can also help fend off distributed denial-of-service (DDoS) attacks, worms, viruses and exploits, including zero-day exploits. However, IPS tools are resource-intensive and can bog down your network when busy, slowing your business operations. IPS tools can also be vulnerable to false positives, which generate incorrect suspicious activity reports. This can result in your network being shut down for no reason, damaging your company's reputation and impacting productivity. A properly configured IPS will avoid false positives, but this task is challenging. Keeping your system up-to-date is critical to reduce vulnerabilities.
Impact
An IDS system monitors traffic and looks for malicious threats or policy violations. These threats and breaches are then collected, analyzed and reported using a security information and event management (SIEM) system. Some intrusion detection systems are configured to react to the detected threat upon discovery, known as intrusion prevention systems (IPS). There are two broad categories of IDS: network-based and host-based. The distinction speaks to where the sensors for these systems are placed: network-based IDSs are positioned at strategic points in your network infrastructure, such as firewalls, to monitor incoming and outgoing traffic. Host-based IDSs, on the other hand, are deployed at endpoints on your network to monitor activity at those hosts. While both kinds of IDS are incredibly useful in detecting and reporting suspicious activity, they cannot prevent attacks to your IT systems.
Cybersec Conclusion
As cybersecurity experts note, "IDS can detect traffic that is considered universally malicious or noteworthy, i.e., phishing attacks and exploits, port scans and packet injections." This kind of activity can be stopped with an IPS solution, which can block users or traffic based on the detected threat and reconfigure your network security settings to prevent further incidents.
An IPS is positioned between the firewall and the rest of your network to stop threats without a system administrator's intervention. This is essential for an ideal information technology system.
Consumer Data Mistakes That Could Negatively Impact Your Business

The Miniature Cybersecurity Guide

We live in a digital world. Digital devices and networks are a big part of our work life and personal life. You can connect with your loved one or run an online business through an internet connection.
Yes, it is that easy!
Unfortunately, the data on digital devices or the internet is exceptionally vulnerable to malicious attacks.
Did you know that cyber-attacks in 2019 have cost up to $2 trillion and could go up to $6 trillion by 2021?
Hence cybersecurity is crucial; it helps make the digital world more secure and well-ordered. You can get cybersecurity services from a cybersecurity company.
Let's start with the basics. For instance:
What Is Cybersecurity?
Cybersecurity deals with protecting data, hardware, and software shared across a network or the internet. If they're left unprotected, they will be vulnerable to cyber-attacks.
Hackers threaten everyone, may it be a big organization's network, government systems, and a common man's laptop.
Different Types Of Cyber-Attacks
There are two categories of cyber-attacks one is a data breach, and the other is sabotage. The data breach means that all information on the system will be in someone visible to the hacker. Meanwhile, sabotage could mean that the hacker plans to harm the company's reputation. For instance, hackers could send all the company's customer's bogus messages, which will damage their reputation. Both entail heavy losses and problems for a company or an individual.
If you are to fight against these cyber security dangers, you should first know what they are and what they can do.
1. Phishing
In this cyber-attacks person gets an email, which looks official. The email has a company logo, professional language, and an exciting offer. The email compels the email-receiver to click on the link that has been attached to the email. If the email receiver clicks on the link, the cybercriminal will have access to all the data present on the email receiver's laptop/desktop.
2. Man In The Middle (MITM)
In this a 3rd person, i.e., the cyber-attacks will put themselves between two different networks. By doing this, they can view all information that is present on the victim's laptop. This attack usually happens when someone connects their computer to a public Wi-Fi network. The criminal can now easily insert themselves and view all the data present on the individual's computer. The criminals in this situation always remain undetected.
3. Socially Engineered
This cyber-attack is an advanced form of a phishing attack in which the hacker divulges into the individual's personal life, often portraying themselves as friends. With the personal information obtained, they email the individual's family, friends, or relatives asking them for money.
4. Malware
Malware is malicious software, also known as spyware, Trojans, and viruses. They enter a network when an individual downloads suspicious software or clicks on unknown links. Once the malware has gained entrance into the system, it can manipulate or copy all the data. In some cases, the malware locks the data; the hacker then blackmails the company to pay a ransom to get their data back.
Be On The Lookout For Other Cyber Attacks
These are only some of the attacks you are liable to when on a network. The cyber-attacks are increasing; every other day, there is a new piece about how a company's system got breached. Even CIA and Facebook systems got hacked. So you are not safe.
The government has taken actions like making laws on cybercrime and taking in expert opinions to fight hackers. The reality is that cybercrime is not going down and will grow. Hence you must get an excellent cybersecurity system from a cybersecurity company—a small expenditure to save millions.