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The Four Volume Cyber Security Bundle

Adam Sinicki / Android Authority

This “four-volume” bundle, as the name suggests, is comprised of four of the best cyber security courses. They are aimed at beginners looking to keep their data safe. You’ll learn how to defend yourself against malicious hacks, government surveillance techniques, and general intrusions on your privacy. The courses are interesting and easy to get started with: a perfect introduction to the subject.

If you buy now from Android Authority, you’ll get 93% off of the regular $555 asking price. Gain peace of mind for just $35!

Why you should buy

Perfect for anyone who wants to learn more about cyber security

Easy to follow

Four of the best cyber security courses

Why you should pass

No exam preparation

Doesn’t dive into deeper, professional skills

The Advanced Cyber Security Career Advancement Bundle

Adam Sinicki / Android Authority

This bundle represents fantastic value for money, offering 56 hours of content. It is geared toward preparing the student for industry-standard cyber security certifications. That includes specific training for:

CISA Certification

CompTIA Cloud Essentials

CCSP Certification

CISM Certification

CISSP Certification

A sixth course serves as a general overview and introduction to Cyber Security. This selection is perfect for beginners that are looking to add cyber security to their skillset.

The bundle is usually sold for $4,500. Buy through Android Authority though, to get this professional training for just $49.99.

Why you should buy

Preparation for major certifications

Excellent value

Why you should pass

A little heavy for those that just want a basic overview

“Advance” is in the title twice

Why you should buy

Good range of topics aimed at different skill levels

Interesting content on hacking

Why you should pass

No professional exam preparation

Those serious about going pro may need further education

Not as much content as some other options on this list

Why you should buy

Highly focussed preparation for the CompTIA Cyber Security Pathway

Excellent in-depth instruction from experienced teachers

Transferrable skills that could benefit other courses

Why you should pass

Only for those interested in CompTIA certification

The A to Z Cyber Security & IT Certification Training Bundle

Adam Sinicki / Android Authority

This bundle is another highly comprehensive selection of the best cyber security courses, this time focussing on specific techniques and methods used by both hackers and information security specialists. You’ll learn about SQL Injections, Pentesting, Cloud Security, Ethical Hacking, and more. The bundle also includes exam prep for a number of different certifications: GSEC, CISSP, CISM, CompTIA Security+, CompTIA CSA+, and CISA.

Why you should buy

In-depth explanation of common techniques and terms

Specific preparation for multiple certifications

One of the most well-rounded packages overall

Wide variety of courses and lessons

Why you should pass

A little piecemeal in the content offered

The Complete InfoSec & Business Continuity Bundle

Adam Sinicki / Android Authority

Finally, this bundle provides a selection of the best cyber security courses for professionals and businesses. Learn about business continuity and disaster recovery: how to help your business bounce back from a malicious attack. You can also learn about the General Data Protection Regulation (GDPR), and discover tools and protocols like email and website encryption with OpenPGP and SSH.

This valuable product usually costs $6,490, but Android Authority is currently offering the package for just $59.

Why you should buy

Extremely valuable for businesses

Over 400 hours of content

Includes exam preparation for multiple certifications

Amazing value

Why you should pass

Not for beginners

Specifically business-oriented

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Cyber Security Incident Response: Industry Best Practices

In today’s data-driven world, a data breach can easily affect billions of people at once. As global digital transformation continues, so will data breaches. What if your company was breached today? What does your business need to survive?

Incident response is one of the metrics by which an organization’s commitment to cyber security is measured. Other metrics include Insider Risk Management, Attack Surface Management. By implementing automated solutions that continually monitor networks and highlight cyber risks, organizations can greatly improve their cyber security posture.

Cyber Security Incident Response

It is well known in the cybersecurity industry that the best forms of cyber protection come from implementing various layers of defense and controls. These protections include physical and software-based firewalls, data and communication encryption, strong authentication policies, malware protection, and more. Sadly, no security paradigm is perfect, and organizations are always vulnerable on some level. The Cybersecurity Triad identifies the three main components of cybersecurity. Confidentiality, Integrity, and Availability. Incident response belongs to the latter.

The incident response refers to the actions taken during and after an incident to stop the attack and minimize the damage. Utilizing real-time alerts and notifications of active threats and taking pre-planned steps to minimize the impact of a breach to protect your organization and manage liabilities. During and after a breach, response plans are essential since time is of the essence.

Best Practices for Effective Incident Response

Because implementing a comprehensive incident response plan is so crucial to the longevity of any organization susceptible to breaches, we have compiled a set of best practices for building an effective incident response plan.

Preparation is Key

As with any project, planning is a key part of preparation. Your organization needs to have a comprehensive policy in place that covers actions during and after the breach.

During and after a potential breach someone must be given the responsibility of dealing with the breach. This way, only key individuals drive the actions taken, minimizing chaos, and improving the effectiveness of the incident response. As part of the preparation for incident response, a team needs to be created who are assigned the roles of adjudicators and decision-makers, in the event of a security incident. In larger organizations, this role would typically be performed by their SOC.

Threat Identification

The second part of threat detection relies on real-time monitoring. Traditionally security specialists would have needed to pour time into logfiles. Scrubbing these files to identify possible breaches in progress by identifying transaction and authentication anomalies. This way of doing things had its clear limitations. Autonomous network monitoring tools, however, can inspect and validate all activity present on both the internal and external attack surface of the organization, in real time. Not only are these tools far more efficient than a human, but they can also run 24 hours a day, not taking weekends or personal time off. Accurate and timely threat detection is crucial to incident response.

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Breach Containment

Once a breach is detected, time is of the essence. It can mean the difference between a mild, containable incident and a catastrophic event with far-reaching fallout such as litigation and even business liquidation.

Address Security Violation

Once the threat is contained, the incident response team can focus on eliminating it. This includes identifying and removing malware, applying updates and patches, and deploying more restrictive and secure configurations, amongst other steps.

Disaster Recovery

After the threat has been dealt with the incident response team needs to assess the damage the breach has caused. Once it is possible, recovery options must be enacted. Deleted, encrypted, or otherwise corrupted data may need to be restored from backups if available. Organizations need to have detailed disaster recovery plans in place to deal with this process.

Learn From Past Mistakes

In Conclusion

Cyber breaches can have a significant impact on an organization if there isn’t a comprehensive incident response plan in place. As important as defending against a breach is dealing with its aftermath. This requirement is guided by industry frameworks, such as the ones published by NIST.

Cyber Security Trends And Careers In 2023

Firstly, what does Cybersecurity Mean?

Business organizations can now defend off ongoing cyberattacks. Thanks to the development of cybersecurity systems and tools. Because of this, cybersecurity is defined as defending necessary hardware, software, and sensitive business data against ongoing intrusion attempts and attacks. It is also known as information technology (IT) security, and it aids in the fight against digital threats by following a standardized procedure that safeguards the company’s devices, applications, and networks.

Here are some of the most well-known cybersecurity trends that will be dominating the business landscape in 2023 −

Underground Enterprises need a Security Upgrade

Attackers use CI/CD pipelines, cloud infrastructure, and other digital technologies to develop and sell new malware as a service (MaaS) offerings, just like legitimate software vendors. While criminal firms increasingly resemble “real” enterprises, they also expose themselves to new threats. As they are forced to beef up their security defenses, these attackers will increasingly be caught by defenders using offensive tactics against them.

Multi-factor Authentication

MFA (multi-factor authentication) has gained popularity in recent decades. Furthermore, organizations have combined login details and multi-factor authentication (MFA) to add another layer of safety and decrease the probability of a privacy breach.

Because of its adaptability, MFA is an outstanding option for organizations that commonly deal with large amounts of information. Surprisingly, multi-factor authentication necessitates users to confirm their identity across multiple devices. It is an excellent tactic for restricting the access of third-party applications or individuals to data.

Attackers use OSS to Automate Attacks

Open-source software powers our digital economy (OSS). On the other hand, the prevalence of “open” and “free” OSS libraries means a vastly expanded attack surface. The April 2023 Codecov breach demonstrated how a minor change in one single line of code can turn an utterly benign library into a malware one, putting any organization that uses it at risk. Attackers have been known to create Trojans, modified packages that include a back channel or a way to poach credentials.

Using such libraries in the pipeline as part of routine daily operations makes it all the more difficult to detect these subtle attacks, which is why organizations need to be on the lookout for them. The wide scale use of open-source components by Indian start-ups and government entities has far-reaching consequences for the country.

Growth in Ransomware Attacks

Ransomware attacks have increased dramatically in recent years, according to estimates. The perpetrator of this cyberattack has access to an individual’s, a group’s, or a business’s private data. They then use it to blackmail them into paying a ransom. Because blockchain technology secures cryptocurrency transactions, experts believe the rise of ransomware attacks is a direct result. This makes identifying the attacker difficult because tracking them down is now impossible.

The desire for financial gain has driven attackers to commit cybercrime, making it more challenging to track down and identify these perpetrators. As a consequence, growing demand for qualified cybersecurity experts who can implement strategies to thwart these attacks.

The Vulnerability of Cloud Services

While such systems can be highly beneficial to organizations, they are also becoming a target for cyber threats. Hackers are more likely to successfully exploit security flaws in these systems and gain access to confidential data if they are not configured correctly or maintained. It is crucial because several modern businesses use cloud services to enable remote employee work.

Preparing for a Cybersecurity job: Career Options and Requirements.

Do you want to pursue a career in cybersecurity? You’re not the only one; many aspirants are looking to enter this emerging field, but let’s first learn what cybersecurity is, its importance, and perhaps most significantly, how or when to and where to initiate. Let’s get started right away.

But firstly, are they in Demand? Career Options and Opportunities

As a career option it has been several lucrative job, some of the widely hired career options and more.

Security Analyst

It requires constant monitoring of computer networks for security issues, investigating security breaches, evaluating best security practices, and, most importantly, performing tests and risk analysis to uncover network vulnerabilities.

Essential skills required for this are Knowledge about ‘Network Infrastructure,’ skills regarding proxies and firewalls, good scripting, good security management frameworks, quick incident responses, and Knowledge & skills regarding internet protocols-TCP/IP.

Average salary is $78,568 in US and 5,28,604 INR in India.

Chief Information Security Officer

It requires developing and implementing a strategic cybersecurity program, analyzing security incident reports, and enhancing security operations. To plan and develop cyber resilience for quick recovery from data breaches, raise awareness about cyber threats, and build robust security architecture in the organization.

Essential skills are Knowledge of ‘IT and Network infrastructure,’ skills in data analysis, good budget management, vendor management frameworks, security management frameworks, and Software development.

Average salary is $1,73,705 in US and 74,00,000 INR in India.

Security Engineer

It requires Identifying security measures to improve incident response. Responding to security incidents. Coordinating incident response across teams. Performing security assessments and code audits. Essential skills are Knowledge about ‘Network Infrastructure,’ proxies and firewalls, coding C++, Python, PHP/Hack, Golang, Java, etc. language knowledge. Good at operating systems, data management, and security management frameworks.

Average salary is $1,11,691 in US and 7,29,617 INR in India.


Cybersecurity is defending necessary hardware, software, and sensitive business data against intrusion attempts and attacks. It is also known as information technology (IT) security, and it aids in the fight against digital threats by following a standardized procedure that safeguards the company’s devices, applications, and networks.

A few of the widely used trends observed in 2023, which aided the overall cybersecurity infrastructure, have been discussed above. This field has been evergrowing, and with the upliftment of technology, this rise will not see failure any soon.

3 Easy Steps To Improve Personal Online Security

Online safety has become a significant issue both for cybersecurity experts and casual Internet users alike. Cyberattacks happen daily, and some people aren’t aware of that because online security is still not widely discussed.

That’s why we’re drawing attention to this topic that is crucial for the well-being of anyone actively using the Internet.

Earlier this year Updateland wrote about how cybersecurity practices differ between experts vs non-experts. Unsurprisingly, a lot of people still don’t know about safe browsing.

In this article, we’d like to recommend three easy steps to improve online safety, starting with secure nordpass password generator and ending with home network security.

Password managers

Most online services are now hidden behind the password. It’s a good thing, but password management practices haven’t changed for a long time, and cybercriminals are fast to exploit that.

Weak passwords can be easily guessed, and reused passwords are a danger for multiple account security. But it’s nearly impossible to remember dozens if not hundreds long, complex, and separate passwords for each service, so what can you do?

Luckily, password managers are there to help. They have been developed some time ago, but only in the last decade grew in popularity due to rising concern about online safety.

A password manager is essentially a safe and encrypted vault that will store all your passwords for you. Instead of having to come up with a unique and strong password, you can use a password generator to produce one, then save it for the service you want to use it for in your vault.

Moreover, most password managers have an autofill function, which will automatically fill in the password instead of having to type all of those tricky symbols.

This makes the browsing experience a more comfortable and secure one, or, how the saying goes, you’re killing two birds with one stone.

Last but not least is zero-knowledge password manager architecture. This means that the vault with all the passwords is accessible only to the owner of the vault, and nobody else.

Also read: The Top 10 Digital Process Automation (DPA) Tools

Use a Virtual Private Network

Another critical issue is Internet access security. These days we are accustomed to having Internet access wherever we go.

Be it our smartphone mobile data, guest Wi-Fi network at the friends’ house, or public Wi-Fi hotspot in a coffee shop – we connect to these networks without thinking whether they’ve been adequately secured.

Public Wi-Fi access points frequently become a target for hackers looking for an easy money grab.

A lot of people connect to them automatically and have no idea that a cybercriminal has infected the network and is spying on every user on it.

He or she might peak on your confidential conversations. Or – the worst-case scenario – if you’ve done some online shopping, they might even get access to your finances.

A Virtual Private Network, or a VPN, is highly recommended by numerous cybersecurity experts. This software has been developed for business data security, but soon was adapted for public use because of security benefits that it provides.

A VPN encrypts all of your online data-flow and reroutes it through one of its secured servers. Additional encryption ensures that no one can take a look at what you’re up to online.

A hacker trying to spy on your information via an infected public Wi-Fi network will only see a meaningless gibberish. With current technology, it’s nearly impossible to crack the encryption and extract valuable information.

Furthermore, rerouting the traffic through a secured no-logs server prevents your ISP from collecting your data, which is practised from the USA to China.

That’s why VPNs have become a popular cybersecurity software for those Internet users who value their online privacy. Follow this link for a list of best VPN services in 2023.

Develop safe browsing habits

According to research, 90% of data breaches are caused by human error. People are still unaware of online dangers and aren’t up-to-date with the most recent cybersecurity practices.

Hackers know this very well, and when they want to target a large business, they first target employees, which are the weakest link in the security chain.

Most often this is done via Phishing attacks. Hackers send out a bunch of emails offering a discount for the employees, or they pretend to be government officials requesting some information.

One way or the other, it’s crucial to learn to identify these false statements and raise the alarm when confronted with something suspicious.

That’s why self-education is so important. Only by reading about the latest cybercrime techniques and defences against them can one become more secure online and prevent bad things from happening.

These are just three easy steps, but they should be enough to protect your online valuables from most common cyber attacks.

Mark Lee

Mark Lee is a 32-year-old cybersecurity specialist currently managing a team in one of the largest IT-companies in Northern Germany. According to him, online security is something that is too often taken for granted by the internet community and should be taken extra seriously, especially considering that certain parts of the internet are becoming real feeding grounds for cybercriminals who are looking to exploit whatever weakness they can find.

What Submarine Warfare And Cyber Security Can Teach Us About Defeating Ieds

No enemy weapon has confounded U.S. military planners over the last decade like Improvised Explosive Devices. IEDS have been around in some form since the invention of explosives, and were deployed in World War II, Vietnam, and the Soviet invasion of Afghanistan. Only in the past 11 years, though, with the U.S. invasions of Iraq and Afghanistan, have IEDS gone from just one of many concerns in hostile territory to a central threat; at one point IEDS caused the majority of military fatalities in both Iraq and Aghanistan.

The U.S. pulled out of Iraq in 2011 and plans to leave Afghanistan by 2014. Nevertheless, the Obama administration remains concerned about IEDS. Groups like al Qaeda in Iraq learned how to make better IEDs in Iraq, and that skill is now in the hands of al Qaeda affliates like the al Nusrah Front in Syria. What’s to say that IEDs won’t make their way onto U.S. soil?

Last week the Obama administration released a new, comprehensive strategy for countering IEDs. This is just the latest in a long series of strategic adaptations to IED use, but it is notable because it’s both broader and less militarily-focused than previous initiatives.

The new strategy cites the underwear bomber and the foiled shipping crate plot as ways that IED attacks could come home. To counter such a threat–posed by rogue individuals or small groups, not nations–the new strategy take a broad approach. A key component is information-sharing between intelligence agencies, government organizations, and vulnerable parts of the private sector. Combine that with new technological fixes–better IED screening and detection technologies, for instance–and you have something that resembles nothing so much as the Obama administration’s new cyber-security strategy. Which makes sense–both deal with attacks that are at least as likely to target businesses as the military, and neither challenge can be solved by technology alone.

The Joint Improvised Explosive Device Defeat Organization JIEDDO was created on Valentine’s Day in 2006 and was tasked with finding a comprehensive strategy to combat IEDs. The organization–made up of assorted military officials–found an answer in an unusual place. General Meigs, in charge of JIEDDO, had studied World War II submarine warfare and found that it was remarkably similar to modern-day IED warfare: unseen assailants targeted subs traveling known routes. During World War II, the U.S. military trotted out numerous technological fixes, but none could solve the problem alone. The military finally defeated submarine attacks by coordinating naval and merchant vessels, using aircraft to attack submarines, and compiling tremendous data sets on submarine attacks, which scientists were able to analyze to better determine attack patterns and appropriate responses.

The new Counter-IED strategy brings those lessons back to the United States, removing them from the narrow confines of an army at war and putting them to work in the broader context of domestic law enforcement and intelligence agencies working against terrorism. JIEDDO isn’t mentioned in the Obama administration’s documents–the counter-IED efforts will be coordinated by the Joint Program Office for Countering IEDs, a new interagency group administered by the Attorney General through the FBI. What we learned from fighting IEDs abroad was that we had to think beyond just one piece of tech or one kind of task to fight the problem. This new strategy takes that lesson one step further, putting counter-IED efforts under the Attorney General, and creating a broad, whole-of-government approach to defeating them at home.

View From The Security Summit

SAN JOSE – Trust was the watchword in Bill Gates’ keynote speech, which opened the RSA Security Conference here yesterday. And he laid out a wide-reaching, four-pronged plan to improve trust and security in what he calls an ever-increasingly digitized world.

The security industry needs to help companies create trusted relationships with partners and customers, the Microsoft chairman and chief software architect told a packed audience of security professionals. And companies need to be able to trust the security of the code they’re using.

And smart cards, which Gates has promoted for years, are part of his latest plan to help users tread the fine line between trusted authentication and privacy concerns.

Gates’ plans for the future of security was long on vision and short on details. He talked about four initiatives: creating a trusted ecosystem, building more secure code, striving for simplicity, and building ‘fundamentally secure’ platforms.

He also announced a few new features in the upcoming Windows Vista client operating system, which include smart card support, changes to Internet Explorer and a new identity technology that he called InfoCard.

”All together this will create a trusted ecosystem,” he said. ”Secure code, devices and users… It’s a big challenge to make sure security is not the thing that holds us back.”

The Ultimate Question About Identity

Gates wasn’t the only one championing trusted relationships — whether they be between users, partners or applications.

Art Coviello, chief executive officer and president of RSA Security Inc., and Scott McNealy, chairman and chief executive officer of Sun Microsystems, followed Gates with their own morning keynotes at the security conference that is drawing in 14,000 attendees this year, according to an RSA spokesperson.

”Who are you?” asks Coviello. ”In the world of business, even the most basic transactions start with that question… We need to help people answer that question.”

And both Coviello and Gates say part of being able to do that will include the wide-spread — however long-awaited — adoption of smart cards.

”In terms of authentication, passwords are increasingly the weak link,” says Gates. ”We need to move to multi-factor authentication. A large part of that will be smart cards.”

Gates, however, is far from the first industry luminary to talk about the coming demise of the password and the rise of the smart card. So far, the death knell has not rung for the password, and the smart card, at least in the United States, has failed to catch fire.

Gates and Coviello both say that is about to change.

Smart cards won’t only be used for logon authentication. They’ll also be used to make online transactions easier and safer. Microsoft is banking on it. The upcoming InfoCard technology will be used, Gates notes, to authenticate users to various websites they do business with. The cards will offer up varying levels of information about the user, giving the least amount of information needed.

This is designed to aid companies and individuals walk the fine line between users’ privacy concerns and the need to authenticate their identities.

”I’m forsaking some elements of my privacy,” says Coviello said. ”There’s that friction between authentication and privacy… We are reaching the time when digital identification must decrease this friction.”

Coviello explained that every transaction does not call for the same level of authentication. A simple transaction might only call for a name and membership number, where as an online application for a bank loan or a money transfer would call for absolute identification.

”For too long organizations have blended into a one-size-fits-all identity scheme,” Coviello said, ”rather than find a well-fit approach to each transaction. We can take a layered risk-based approach.

”All the parties involved need to have confidence,” he adds. ”They’re choosing convenience over security [today]. How long do you think it can go on this way?”

Security Breeds Confidence

That confidence is hard to come by these days, said Sun’s McNealy, who showed the audience part of an email he received from a company stating that they had his name and Social Security number on a laptop that had been stolen. ”It’s a big issue and it’s a personal issue for every one of us,” he said.

McNealy also noted that several million people are being added to the Internet every week, and 390 gigs of content are being created every second. People are buying 200 million cell phones every quarter.

”Pretty soon, you’ll face your cell phone out and you’ll videotape your whole day,” he said. ”It’s going to get scarier if we don’t come up with technology and rules to secure that data.”

Part of the problem in securing that data, according to McNealy, is the “hodge-podge” of technologies linked together to build data centers that more resemble Frankenstein monsters than secure systems.

”You’ve got 87 suppliers, half of whom have been bought by Oracle recently, and you wonder why you have security problems,” he told the audience. ”I always argue that computer security is more screwed up than any other industry out there, except health care — and they kill everyone eventually. So the bar is pretty low.”

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