10 best Cyber Security Technology trends you must know


cyber security technologies – Table of Content

As we journey through the digital age, the omnipresence of cyber technology has become a double-edged sword. It is indicating not only advancements but also escalating the risks of cyber attacks. This inevitable parallel evolution of technology and cyber security demands a proactive stance in identifying and integrating emerging Cyber Security solutions to bolster our defenses. This blog delves into the forefront of cybersecurity technologies.

List of cyber security technologies :

  1. Artificial Intelligence & Machine Learning
  2. Internet of Things
  3. Blockchain
  4. Cloud computing
  5. Web security 
  6. Application Security
  7. Intrusion Detection System (IDS) and Intrusion Prevention System (IPS)
  8. Data Loss Prevention (DLP) & Data encryption
  9. Firewalls
  10. Social engineering or insider threat 

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1. Artificial Intelligence & Machine Learning: 

Artificial Intelligence

AI embodies the replication of human intelligence within machines designed to mimic human thought processes and behaviors. Central to AI is its capability to autonomously perform tasks to achieve specific objectives, leveraging its capacity to learn from experiences and adjust to new scenarios.

Machine Learning (ML)

As a subset of AI, ML highlights the development of intelligent systems through statistical learning. It involves intricate algorithms analyzing vast datasets to identify patterns, enhancing machine responsiveness in unfamiliar situations.

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2. Internet of Things:

IoT connects devices across the internet, creating a vast network of interconnected digital entities. It ranges from smart home appliances to advanced self-driving vehicles. These devices, equipped with sensors, feed data into IoT platforms, which then analyze and utilize this data to enhance user experience and efficiency.
Example: Smart homes epitomize IoT’s convenience, allowing remote control over home appliances for improved lifestyle automation.

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3. Blockchain:

Blockchain, a digital transaction ledger, is eminent by its robust security features. Its decentralized and transparent design makes it a formidable tool against data tampering and cyber threats. In cyber security, blockchain’s decentralized nature and transparent, immutable ledgers provide a solid base for securing data integrity and secrecy.

How is blockchain helping cyber security?

Blockchain has in-built transparency immutable and DTL features that can help solve today’s cybersecurity problems. These features of blockchain help to handle the integrity, confidentiality, and availability of the information. Moreover, Blockchain systems are decentralized. So, the failure of one node does not affect the whole network.

4.Cloud Computing:

Cloud Computing delivers various services through the internet, including storage, databases, servers, and software. It offers significant benefits such as scalability, cost-effectiveness, and enhanced performance but also brings potential risks like data loss, reduced control, and dependency on third-party services.

5. Web security:

In an era where the internet connects globally, web security becomes crucial. It protects data, users, and systems from cyber threats through various means, such as vulnerability management and secure web applications.

6. Application Security:

This aspect focuses on securing apps from threats by integrating security features during development. It addresses data leakage and software bugs to safeguard sensitive information and maintain application integrity.

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7. Intrusion Detection System (IDS) and Intrusion Prevention System

IDS monitors network traffic for suspicious activities requiring human or automated response, while IPS actively blocks potential threats based on predefined rules. Both systems play a critical role in maintaining network security.

How can IDS & IPS avoid potential risks?

Any company with an Internet connection has the potential to be vulnerable to network intruders. The easiest way to stop them is for blocking the services you don’t need, neither at the entry point of your network nor on your computer. 

An IPS will prevent attacks by depositing malicious packets, blocking offensive IP addresses, and alerting security staff to potential threats. Such a system typically uses an existing database for signature recognition and may be programmed to recognize traffic-based attacks and behavioral anomalies.

When a security policy breach, virus, or configuration error is detected, an IDS may remove an offensive user from the network and send an alert to security staff. In addition, an IDS detects only continuous attacks and not incoming aggressions. In order to prevent them, an intrusion prevention system is needed.

8. Data loss prevention (DLP) & Data encryption:

Data loss and encryption protect sensitive information from unknown access or corruption. Encryption is key in securing data, using techniques like AES, RSA, and DES to encrypt and secure data.

9. Firewalls:

Firewalls are pivotal in network security, monitoring and controlling incoming and outgoing traffic based on security rules. They can be software-based, hardware-based, or a combination of both and are essential in defending against external cyber threats.

10. Social engineering or insider threat:

It refers to manipulating individuals to gain unauthorized access to sensitive information. It highlights the human aspect of cybersecurity, enhancing the need for awareness and training to combat such threats.

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Conclusion

Exploring these diverse cyber security technologies offers insights into the multifaceted approach required to safeguard our digital landscape. Each technology plays a pivotal role in fortifying our cyber defenses, from AI and IoT to blockchain and cloud computing. Stay connected with HKR Trainings for more informative content on cyber security and beyond.

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Google Cloud Free Tier – Table of Content

However, even when the free money has run out, the free gifts will continue. There are 24 distinct products that provide “always free” samples on a regular basis. Even if you’ve been a customer for a long time, you can still try new things. Of course, Google clarifies that the term “always” in this generous commitment is “subject to change”. Until then, the BigQuery database will process one terabyte of queries every month, and AutoML Translation will convert 500,000 characters from one language to another.

Some developers use the free tier for what it was designed for: an opportunity to explore without having to beg their bosses and bosses’ bosses for the budget. Others work on a side business or a website for the youngsters in their neighborhood. When the load is small, it’s simple to innovate without having to worry about a monthly bill.

This is taken to an extreme by some developers. They attempt to spend as little time as possible in the free tier. Maybe they want to brag about how low their burn rate is. Maybe it’s just a new kind of machismo. Perhaps they’re short on cash.

Working this free angle for as long as feasible often results in lean and efficient web applications that perform as much as possible with as little as possible. When they leave the free tier, the monthly bills will remain low as the project grows, which will make every CFO happy.

Here are some tips for getting the most out of Google’s free service. You might be a scrooge. Maybe you’re just waiting till the brilliance is fully understood before telling your boss. Maybe you’re just having fun, and this is a mistake. In any case, there are numerous ways to save.

1.Only keep what is really necessary

Free databases such as Firestore and Cloud Storage are extremely versatile solutions for storing key-value documents and objects. The always-free tier of Google Cloud allows you to store your initial 1GB and 10GB of data in each product. However, the more information your program stores, the faster the free gigabytes run out. So, unless you definitely need it, stop keeping information. This means you won’t be collecting data obsessively just in case you need it for later debugging. There are no unnecessary timestamps, and you don’t need to retain a large cache of data just in case.

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2.Your ally will be compression

There are hundreds of useful pieces of code for compressing your clients’ data. Instead of storing large blocks of JSON, the client code can compress the data using LZW or Gzip before delivering it over the wire to your server instances, which will store it without unpacking it. This translates to speedier replies, fewer bandwidth concerns, and a smaller effect on your monthly data storage capacity. Be cautious, because compression overhead can cause some extremely little data packets to grow in size.

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3.Go without a server

Google’s intermittent compute services, which are priced per request, are more generous. Cloud Run will automatically start and run a stateless container that will answer two million requests per month for free. In response to another two million requests, Cloud Functions will launch your function. On a daily basis, that’s more than 100,000 different operations. So stop waiting and start developing serverless programs.

Note: Some architects would cringe at the thought of combining two distinct services. It may save money, but it will increase the application’s complexity, making it more difficult to maintain. That is a genuine risk, but you can often more or less recreate Cloud Functions’ function-as-a-service structure inside your own container, allowing you to condense your code later if you plan ahead.

4.Make use of the App Engine

Google App Engine is still one of the finest methods to get a web application up and running without having to worry about all of the nuances of deployment and scaling. Almost everything is automatic, so if the load increases, more instances will be deployed. The App Engine comes with 28 “instance hours” every day, which means your basic app would run for free for 24 hours a day and can even grow for four hours if demand rises.

5.Service calls should be consolidated

If you’re careful, there’s some room for extras. The amount of individual requests, not the complexity, is what sets the limit for serverless invocations. Bundling all data activities into one larger packet allows you to pack more activity and outcomes into each exchange. So you may include ridiculous gimmicks like stock quotes if you slide a few more bytes into the absolutely necessary packets. Keep in mind that Google keeps track of the amount of memory consumed and the amount of time it takes to compute. Your functions can’t use more than 400,000 GBs of memory and 200,000 GHz of computation time.

6.Make use of local storage

The current web API provides a number of useful storage options. Then there’s the perfectly delicious, old-fashioned cookie with a four-kilobyte limit. The Web Storage API is a document-based key-value system that keeps at least five megabytes of data in the cache, with certain browsers keeping up to ten megabytes. The IndexedDB provides a more comprehensive collection of capabilities, such as database cursors and indexes, to help speed up the process of sifting through large amounts of data.

The more data you save locally on your users’ machines, the less server-side storage you’ll need. This can result in speedier answers and a reduction in the amount of bandwidth used to send countless copies of data back to your server. However, there will be issues when users transfer devices because the data would most likely be out of sync. Just make sure all of the crucial facts are the same.

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7.Look for hidden bargains

Google has a page that summarizes all of the “always free” items, but if you look around, you’ll find plenty of other free services that aren’t on the list. For example, Google Maps gives “$200 in free monthly usage.” Google Docs and a few more APIs are always available for free.

8.Make use of G Suite

Many G Suite products, such as Docs, Sheets, and Drive, are invoiced separately, and customers can access them for free with their Gmail account or pay for them as a package. Rather than developing an app with built-in reporting, simply export the data to a spreadsheet and share it. The spreadsheets are capable of displaying graphs and plots in the same way that a dashboard would. To handle interactive requests, you’ll need to burn through your compute and data quotas if you construct a web app. However, if you simply create a Google Doc for your report, you’ll be throwing the majority of the work onto Google’s servers.

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9.Get rid of the gimmicks

Modern online applications have some functionalities that are largely unnecessary. Is it necessary to include stock quotes in your bank application? Is it necessary to provide the time or temperature in the local time zone? Do you need to include the most recent tweets or Instagram photographs in your post? No. Remove all of these extras because each one necessitates a new request to your server computers, reducing your available bandwidth. The product design team may have big aspirations, but you have the power to say “No!” to them.

10.Be cautious with new options

Some of the most advanced technologies for developing artificial intelligence services for your stack provide you plenty of room to experiment. Before costs kick in, the AutoML Video service allows you to train your machine learning model on video streams for 40 hours each month. For six hours, the service for tabular data will mill your rows and rows of data on a node free of charge. This provides you enough rope to play around with or make simple models, but be careful. It would be risky to automate the procedure so that each user may initiate a large machine learning task.

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11.Keep your expenses in perspective

It’s all too easy to take this game too far and convert your app’s architecture into a Rube Goldberg device only to save a few dollars. It’s crucial to note that in Google Cloud, the transition from free to paid is frequently a very small one. While many free services on the Internet can easily go from free to thousands of dollars with a single click, Google’s offerings aren’t usually priced that way.

Following two million free Cloud Function invocations, the next one costs $0.0000004. That works out to just 40 cents per million. You should be able to cover a few extra million with ease if you search through your sock drawer.

When you leave the free zone, the price schedule is generous enough that you won’t suffer a heart attack. If your application requires a few million dollars more here or there, you’ll most likely be able to cover it. The main takeaway is that reducing the computing burden results in smaller bills and faster responses.

Conclusion:

We hope this blog has provided the necessary information and you have learned various tips which assisted you in making the best use of free tier services in google cloud. 

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