Introduction to Cyber Security


There is no clear cut definition of security because cyber security is a continuous process, not an end state. Security is the way of maintaining a satisfactory level of perceived risk.

No organization can be considered “secure” for any time beyond the last verification of adherence to its cyber security policy.

If your manager asks, “Are we secure?

you should answer, “Let me check.”

If he or she asks, “Will we be secure tomorrow?”

“you should answer, “I don’t know.”

Such genuineness will not be prevalent, but this mindset will produce greater success for the organization in the long haul.


Essentially security has three features

  • Confidentiality
  • Integrity
  • Accessibility


Confidentiality is roughly equivalent to security. Measures undertaken to guarantee confidentiality are intended to prevent sensitive information from reaching the wrong people, while ensuring that the ideal people can, in fact, get it. It ought to ensure, that the data is shared just among authorized or approved people.


Make sure that the information is credible and complete. In data security, data integrity means maintaining and guaranteeing the accuracy and consistency of data over its whole life-cycle.


Assurance that the framework responsible for conveying, storing and processing information is available when required, by the individual who requires them. Accessibility of information refers to ensuring that authorized parties are able to access the information when needed.


 Tentative definitions:

 Cyber Security is a tool or technique used to protect computers, networks, programs and data from the cyber-attack, unauthorized access or damage. National securities, online communication all relies upon how viable we are at fortifying us from damages. Cybersecurity empowers the management, experts, and employees.

One of the enormous issues we are confronted these days is cyber-attack. A large number of weak points are usually unnoticed by the majority of the world’s population; even if these vulnerabilities affect several million people.


 By way of example, and to draw from the developing technology of driverless cars picking up fame now, is the following example of what might happen if we keep on creating items and services without cybersecurity as the main priority: Thirty years from now our general public running on automated cars, buses and trains. Planes still require human experts – for now – and rambles line the sky. From one viewpoint, this progress in technology considerably more effective: traffic jams eliminated, pollution lowered, cheaper cost of transport and more. It’s a golden age. At that point, a cyber-attack bargains the focal system. The systems that co-ordinate all transport shut down, bringing the city of Sydney – now 7 million people – to an unexpected halt. No cars, no buses, no trains. Workers can’t get to and from work, and productivity stops. Life-saving medicine doesn’t arrive and people die. Fundamental services begin to fail. The financial and social fallout is immense: a city held prisoner by an external force – be it terrorist, criminal, or foreign power. Australia attacked without the invader ever stepping on our shores. Think about this: the internet has empowered entirely new business models that have effectively molded our planet.


To see exactly how innovation becomes vulnerable to cybercrime, it helps to first comprehend the nature of threats and how they exploit technological systems. You might first inquire why technology is helpless by any stretch of the imagination, and the response is simple: trust or reliability. From its initiation, the protocols that drive Internet, all around, were not intended for a future that involved exploitation – there was little desire at its birth that we may need to one day alleviate against attacks.

There is much greater awareness today, but even so, you can still purchase gadgets that interface with the internet that have poor safety measures, because up until recently this simply wasn’t part of the design scope. In many cases, the idea that a device may be utilized for evil purposes isn’t even considered. What’s more, the outcome is that today cybercrime use security-focused design in everything from your smartphone and web browser through to your debit or credit card and even the electronic systems in your car. The nature of threats Cybercrime arrives in an assortment of forms ranging from denial of service attacks on websites through to robbery, blackmail, extortion, manipulation, and destruction.

The tools are many and fluctuated, and can include malware, ransomware, spyware, social designing, and even modifications to physical devices. It’s nothing unexpected that the scope of possible attacks is tremendous, a problem compounded by what’s known as the attack surface: the size of the vulnerability presented by hardware and software.


Wearables are gaining popularity with smartwatches such as the Apple Watch and Samsung Gear. According to ABI Research, an expected 780 million wearable gadgets will be available for use by 2019. Now you might be wondering just what would be so terrible about hacking a wearable. This is exactly the line of thinking that allows cybercrime to occur.

 Wearables are following a wide range of personal data including GPS location, blood pressure, heart rate, and whatever else you feed them such as weight or diet. Such personally identifiable data could be utilized as a base to target you or help in the theft. But the real opportunity is these devices linking to your smartphone, where phone numbers, more personally identifiable data, emails; web logins etc. could hypothetically be compromised.


 The evaluated worth of cyber security business is around 639 billion dollar by 2023. It should be clear that we live in an independent world of inventions, and this technology can also be defenseless because of security. While some products and services are, many more are not, and to this end, the advancement of cybersecurity tools, skills, and education is essential to securing both our foundation and lifestyle.

Especially with regards to national cyber defense, it would be preferable to utilize home-developed products. The growth of a local cybersecurity industry will require the support of the government, private sector etc. We realize that as we depend increasingly on technology the demand for qualified cybersecurity specialists, products, and services is only going to increase – so it’s in our best interests to work towards development services and tackling our own cybersecurity sector.

Like us on Facebook for company updates, informative blogs, new projects, and much more!

Leave a Reply

Your email address will not be published. Required fields are marked *