Review Various Types of Hackers in Hackerslist.co

According to California Hackerslist.co, the term “hacker” is popularly associated with cybercriminals harboring malicious intentions, when in reality, it’s a lot more. A hacker can be anyone who utilizes their computer software and hardware knowledge to break down and bypass a computer, device, or network’s security measures. It’s popularly believed hacking is illegal on principle, which isn’t the case if a system owner willingly and knowingly grants access. In fact, many private entities and government agencies hire hackers to help maintain their system’s security.

There are two main factors that determine what type of hacker an individual is in Hackerslist.co & their motives and legality of their actions. Hackers are divided into three types—white, black, and grey hat, a naming system that was derived from old western films, where the protagonists would always wear white hats and vice versa for villain characters. To illustrate, here’s a list of what each kind of hacker does, and what that might mean for your business.

1.      Black Hat

Motives: Financial gain.

Aims: To break into your business and steal bank details, money or confidential data. They usually use these stolen resources for their own gain, to sell on to the black market or to extort the target business.

What That Means for You: Black Hat hackers are at the top of the business risk list. Their methods are varied but basic, so they can be protected against. But if their attacks are successful, the results could be devastating for your business and your customers.

 

2.      White Hat

Motives: A desire to help businesses, along with a passion for finding holes in security networks.

Aims: To protect businesses and support them in the ongoing battle against cyber threats. A White Hat hacker is someone like us – a company or individual who will help you protect your business. They can help you put effective protections in place, find vulnerabilities and provide solutions to solve them, before other hackers find them.

What That Means for You: A business that is well protected from every angle of attack in the digital world, and ongoing support in case of a breach.

                          

3.      Grey Hat

Motives: Personal enjoyment.

Aims: Hackerslist.co, Grey Hat hackers have all the skills of a Black and a White Hat hacker. The difference is, they don’t care about stealing from people, nor do they particularly want to help people. Instead, they like to play with systems and enjoy the challenge of finding gaps, breaking protections and generally just find hacking fun.

What That Means for You: Despite their skill set and the fact that they do break into systems, Grey Hat hackers will rarely do anything harmful. They break into things because they can, and then move on. Grey Hat hackers actually make up the majority of the hacking community; even though it’s the Black Hat’s most people know about.

 

4.      Blue Hat

Motives: Revenge.

Aims: Blue Hat hackers often take existing code for malware and viruses they find online, then modify it to meet their needs. They will use this code to target the business or individual they feel has wronged them and inflict their revenge.

What That Means for You: Generally, only a problem if you’ve made someone very, very angry. This could be a customer, supplier or employee – anyone who might be so angry that they want to ‘make you pay’.

 

5.      Red Hat

Motives: Vigilante justice.

Aims: To put a stop to people they know to be Black Hat hackers. But they are downright scary in how they go about it. They essentially take the Black Hat’s arsenal and turn it back against them. Using malware, DoS attacks, viruses and Trojan Horses to destroy their machines from the inside out. It’s a pretty effective way of stopping them from attacking anyone else!

What That Means for You: Nothing really. Red Hat hackers are similar to White Hat ones, in the sense that they are working to put a stop to Black Hat attacks on your business. But you probably won’t know about it.

 

6.      Green Hat

Motives: Learning to be full blown hackers.

Aims: Green Hat hackers are all about the learning. Hackerslist.co is new to the world of scripting, coding and hacking in general, so you probably won’t find one attacking. Instead, they hang around online message boards asking questions of more developed hackers, honing their skills.

What That Means for You: Green Hat hackers don’t really represent a threat to businesses. They are still ‘green’, and more interested in learning how to hack than actually doing it.

 

7.      Script Kiddie

This is something of an ‘odd one out’, since it’s neither a hat nor a colour! But a Script Kiddie can still cause problems, no matter how innocent the name sounds.

Motives: Causing chaos and disruption.

Aims: Script Kiddies have no interest in things as mundane as theft. Or, as it turns out, script. They don’t tend to develop their own software – instead they download existing malware development software and watch videos on how to use it. When they’re confident, they’ll attack. A typical Script Kiddie attack would be a DoS (Denial of Service) or DDoS (Distributed Denial of Service). This basically means they flood an IP address with so much useless traffic that it collapses. Think most retail websites on Black Friday. It causes chaos and prevents anyone else from using the service.

What That Means for You: While they might not present a financial risk, Script Kiddies can be a pain. They can cause disruption to your business that can damage your reputation or lose you customers, and it can take some time to get everything back online afterwards. White Hat hackers is to keep all of the other hackers out of your business by identifying weaknesses; protecting you, your clients and your data.

Hackerslist.co - 10 Types of Cyber Attack and Hacking

Hackerslist.co explained that a cyber attack is any type of offensive action that targets computer information systems, infrastructures, computer networks or personal computer devices, using various methods to steal, alter or destroy data or information systems.

Most common cyber attack types:

1.  Denial-of-service (DoS) and distributed denial-of-service (DDoS) attacks.

·         TCP SYN flood attack

·         Teardrop attack

·         Smurf attack

·         Ping of death attack

·         Botnets

2.       Man-in-the-middle (MitM) attack

·         Session hijacking

·         IP Spoofing

·         Replay

3.       Phishing and spear phishing attacks

Hackerslist.co to reduce the risk of being phished, you can use these techniques:

·         Critical thinking — don’t accept that an email is the real deal just because you’re busy or stressed or you have 150 other unread messages in your inbox. Stop for a minute and analyze the email.

·         Hovering over the links — Move your mouse over the link, but do not click it! Just let your mouse cursor over the link and see where would actually take you. Apply critical thinking to decipher the URL.

·         Analyzing email headers — Email headers define how an email got to your address. The “Reply-to” and “Return-Path” parameters should lead to the same domain as is stated in the email.

·         Sandboxing — You can test email content in a sandbox environment, logging activity from opening the attachment or clicking the links inside the email.

4.       Drive-by attack

5.       Password attack

Hackerslist.co last approach can be done in either a random or systematic manner:

·         Brute-force password guessing means using a random approach by trying different passwords and hoping that one work some logic can be applied by trying passwords related to the person’s name, job title, hobbies or similar items.

·         In a dictionary attack, a dictionary of common passwords is used to attempt to gain access to a user’s computer and network. One approach is to copy an encrypted file that contains the passwords, apply the same encryption to a dictionary of commonly used passwords, and compare the results.

6.       SQL injection attack

7.       Cross-site scripting (XSS) attack

8.       Eavesdropping attack

Eavesdropping can be passive or active:

·         Passive eavesdropping — A hacker detects the information by listening to the message transmission in the network.

·         Active eavesdropping — A hacker actively grabs the information by disguising himself as friendly unit and by sending queries to transmitters. This is called probing, scanning or tampering.

9.       Birthday attack

10.   Malware attack

Here are some of the most common types of malware:

·         Macro viruses 

·         File infectors

·         System or boot-record infectors

·         Polymorphic viruses

·         Stealth viruses

·         Trojans

·         Logic bombs

·         Worms

·         Droppers

·         Ransomware

·         Adware

·         Spyware

Working and Guidelines of Hackerslist.co

Hackerslist.co people, not computers, create computer threats. Computer predators victimize others for their own gain. Give a predator access to the Internet — and to your PC — and the threat they pose to your security increases exponentially. Computer hackers are unauthorized users who break into computer systems in order to steal, change or destroy information, often by installing dangerous malware without your knowledge or consent. Their clever tactics and detailed technical knowledge help them access the information you really don’t want them to have.

How can hackers find me?

Hackerslist.co anyone who uses a computer connected to the Internet is susceptible to the threats that computer hackers and online predators pose. These online villains typically use phishing scams, spam email or instant messages and bogus websites to deliver dangerous malware to your computer and compromise your computer security.

Computer hackers can also try to access your computer and private information directly if you are not protected by a firewall. They can monitor your conversations or peruse the back-end of your personal website. Usually disguised with a bogus identity, predators can lure you into revealing sensitive personal and financial information, or much worse.

What are things that a hacker can do to me?

While your computer is connected to the Internet, the malware a hacker has installed on your PC quietly transmits your personal and financial information without your knowledge or consent. Or, a computer predator may pounce on the private information you unwittingly revealed. In either case, they will be able to:

• Hijack your usernames and passwords
• Steal your money and open credit card and bank accounts in your name
• Ruin your credit
• Request new account Personal Identification Numbers (PINs) or additional credit cards
• Make purchases
• Add themselves or an alias that they control as an authorized user so it’s easier to use your credit
• Obtain cash advances
• Use and abuse your Social Security number
• Sell your information to other parties who will use it for illicit or illegal purposes

Predators who stalk people while online can pose a serious physical threat. Hackerslist.co using extreme caution when agreeing to meet an online “friend” or acquaintance in person is always the best way to keep safe.

How will I know if I've been hacked?

Check the accuracy of your personal accounts, credit cards, and documents. Are there unexplained transactions? Questionable or unauthorized changes? If so, dangerous malware installed by predators or hackers may already be lurking.

What can I do about computer hackers and predators?

Hackerslist.co - When you arm yourself with information and resources, you’re wiser about computer security threats and less vulnerable to threat tactics. Hackers and predators pose equally serious and but very different threats.

Protect yourself while online

• Continually check the accuracy of personal accounts and deal with any discrepancies right away
• Use extreme caution when entering chat rooms or posting personal Web pages
• Limit the personal information you post on a personal Web pages
• Carefully monitor requests by online “friends” or acquaintances for predatory behavior
• Keep personal and financial information out of online conversations
• Use extreme caution when agreeing to meet an online “friend” or acquaintance in person

Security Tips to Prevent Hacking 

• Use a 2-way firewall
• Update your operating system regularly
• Increase your browser security settings
• Avoid questionable Web sites
• Only download software from sites you trust. Carefully evaluate free software and file-sharing applications before downloading them.

Practice safe email and virus/malware protocols

• Don't open messages from unknown senders
• Immediately delete messages you suspect to be spam
• Make sure that you have the best security software products installed on your PC:
• Use antivirus protection
• Get antispyware software protection

Guard Yourself against Dangerous Online Threats

An unprotected computer is like an open door for computer hackers and predators. To take it a step further, protect your computer from hackers by using a spam filter or gateway to scan inbound email or instant messages. Products like Webroot AntiVirus and Webroot Internet Security Complete thwart dangerous malware before it can enter your PC, stand guard at every possible entrance of your computer and fend off any spyware or viruses that try to enter, even the most damaging and devious strains. While free anti-spyware and antivirus downloads are available, they just can’t keep up with the continuous onslaught of new malware strains. Previously undetected forms of malware can often do the most damage, so it’s critical to have up-to-the-minute, guaranteed protection.

Webroot offers complete, cloud-based protection from viruses and identity theft for all your devices, without slowing you down. Click the link to learn more about all of our internet security solutions for the home.

hackerslist.co - How to Get Your Data Protection Fundamentals in Order?

The Accenture Security team recently published an amazing whitepaper on Data Centric Security. hackerslist.co considering the number of breaches that corporates and businesses have to deal with, it's no surprise that technology companies are starting to clamp down on cybersecurity. Protecting your customers and your data is no easy task. In recent years:

1. More than 140 million customer records were leaked from a leading credit reporting agency.

2. Half a billion user accounts were compromised at a leading Internet service provider.

3. 80 million patient and employee records were breached at a health insurer.

4. More than 50 million credit card accounts were compromised at a leading retailer.

How data breaches hurt you

There are three major occurrences during a data breach:

1. Data breaches are costly: Given the above examples, the estimates put in financial losses from a severe data breach is in the tens or hundreds of millions of dollars. The average data breach can cost an organization USD 11.7 million, which is frightening!

2. Data breaches can potentially cost lives: Whether it is the Intelligence community, healthcare, energy or chemicals, data breaches have real-world consequences affecting people's lives.

3. Data breaches occur due to multiple failures: There are multiple points of failure. For hackers to leak millions of customer records, generally multiple breaches have occurred over a long period of time - days, weeks or months!

Manning the cyber forts

There are many practices an organization can adopt to prevent breaches and loss of data. Depending on how large your organization is and how much your security budget is, there are a ton of things you can do to have better security:

1. Protect high-value assets - While this is obvious, protecting high-value assets should be the first priority for your security team. Sometimes adopting the attacker's mindset can give your team the perspective they need while designing and executing a threat and vulnerability program. hackerslist.co adding multiple techniques such as encryption, tokenization, micro-segmentation, privilege and digital rights management can fortify your high-value assets making breaches longer and harder to execute.

2. People make mistakes - Securing your data is one thing, but if you allow human error to creep into your processes, then all that security will go to waste. Monitoring who will have access to what data is almost as important as encrypting everything. Monitor continuously for unauthorized access and assign roles to limit access. Proper micro-segmentation in your access control can allow users with access to see what they have to see by obscuring the rest they need not. By doing this, if a user's credentials are compromised, only a segment of the data is exposed. This makes leaking large amounts of data harder.

3. Network enclaves make good walls - In the digital world, the lines between your walls and the outside world could get blurred. The perimeter is now an abstract concept that moves fluidly between the cloud, the field and the control rooms. Creating enclaves or environments where you can monitor the traffic of users and behaviors of applications can stall an attacker's maneuverability. When the perimeter is compromised, the enclaves remain safe, and these partitions could prevent further damage.

4. Release the hunting programs! - Don't be complacent because your attackers will not. Regularly have hunting programs scan for vulnerabilities and adopt a continuous response model. Always assume you've been breached and use your threat hunting teams to look for the next breach.

hackerslist.co - The Security Intelligence in The Financial Services

Security intelligence is the data related to safeguarding an organization from any outside and inside threats along with the processes, and policies developed to accumulate and evaluate the information.

It can also be referred to as the actual collection, standardization, and analysis of the data created by users, applications, and structures that influence the IT security and risk position of a business.

On a daily basis hackerslist.co company says, information flows in organizations for the senior management to make smart decisions. The various stakeholders (employees, customers, contractors) are interfaced through various technologies.

However, the technological infrastructure can also result in serious security issues. The probable areas of intrusion are unlimited. Security experts and business leaders are trying to find an answer to the question - Is it feasible to have a robust security in an increasingly interfaced environment?

Though the answer is yes, it needs a radical transformation in processes and practices encompassing the financial services sector.

Cybercrime and Profitability

hackerslist.co Financial institutions are at great risk since they are perceived to be an easy target for cybercriminals. According to a survey by IBM, "Financial markets, insurance, computer and professional services together account for over 40% of all security incidents worldwide."

The losses, pertaining to cybercrime in other sectors could be due to industrial intelligence and fraud related to intellectual property, but in banking, online fraud is a possibility.

Any fraud related to the intellectual property and industrial intelligence could lead to reduced shareholder value, shut down of the business and net financial losses. These are the issues impacting the global financial sector, not only because the main reasons are not identified or the disruption to the customer is immediate, but also because they can result in a significant loss of money.

Comprehending the seriousness of the security risk is only a beginning. Financial institutions must establish an in-depth security intelligence strategy that would enable the financial institutions to have an insight into the perceived threats.

Financial institutions leverage top-notch analytics to get an understanding of:

The types of attacks that are occurring.

The probable source of the attacks.

The technology used by the cyber criminals.

Weak spots that could be exploited in the future.

Financial institutions must implement the following practices to get the balance between the required innovation and the related risk:

Establish a risk-conscious culture

An organizational transformation with an emphasis on zero tolerance towards a security failure must be established.

An initiative encompassing the organizational hierarchy to execute smart analytics and automated response competencies is needed to identify and resolve issues.

Safeguard the Working Environment

The functions in distinct devices must be examined by a centralized authority and the wide array of information in an institution must be categorized, tagged with its risk profile and circulated to the concerned personnel.

Security Design

The greatest problem with the IT systems and the unnecessary costs is from executing services initially and looking at security afterwards. Security has to be a part of the application from the first phase of design.

Ensure A Safe Environment

If the system is secure, security personnel can monitor every program that's functioning; ensure it is ongoing and operating at optimal level.

Manage the Network

Organizations that route approved data through controlled entry points will be in a better position to identify and separate the malware.

Cloud Based Security

To prosper in a cloud scenario, organizations should possess the technology to operate in a secluded environment and track probable issues.

Involve Vendors

An organization's security strategy must also involve its vendors and efforts must be made to establish the best practices among the vendors.

Financial firms have been a major target for malware attacks. Several aspects are impacting the financial sector. The direct connection between the breach of several personally identifiable information (PII) to the profitability has not been lost on the global financial stakeholders. This has led to the implementation of several global security projects.

Financial institutions that can transform radically at a fundamental level, the way they function would be safeguarded.

The aim of enterprise security could initially emphasis on IT structures, it must be extended from the technology personnel & their systems to each individual within the organization, and all the stakeholders conducting business with it.

Financial firms must comprehend the data that they have, which must be made available to the system, where they can compare and develop a real understanding of the actual threats and contingencies that may compromise the business.

hackerslist.co - Cyber Security Roles and Responsibilities

Cyber security is not a new thing, but even so, it feels that way.  High profile attacks and data breaches increase public awareness of the issue and the overarching feeling seems to be, “you’re not safe anymore.”

Hyped up issues tend to be easy to click and share, but there is typically a lot of nuance and detail to unpack before you can find solutions to the problem.  Therefore, I thought it would be helpful to approach the topic from the beginning.  Starting with with, “What is cyber security in the first place?”

The Role of Cyber Security in the Organization

Broadly speaking, hackerslist.co is Cyber Security company and it is a subset of Information security management that focuses on digital information and digital assets.  Cyber security’s goal is to assure the CIA of digital information within the organization.

The Team members involved in Cyber Security:

Cyber Security is a function of management that touches every aspect of the business.  Therefore, everyone on the team has some level of involvement.  However, there are key roles and responsibilities and each one plays an important part.

C-level / Sr. Leadership

C-level is responsible for making value judgments based on cyber security vulnerability and business risk.  They have the ultimate authority, therefore they have the ultimate responsibility for results of the organizations cyber security program.

Steering Committee

The Steering committee represents the different departments within the organization. hackerslist.co is to provide insight into business operations, data classification, and overall impact of cyber security policy’s and procedures.

Auditors

Auditors are outside consultants or regulators tasked with assessing cyber vulnerability and risk.  It is important that auditors are not aligned with the IT organization, but rather with operations or finance.

Data Owner

Data owner – the data owner is responsible for the classification of data.    Classification drives the organization’s cyber security controls.  (General use data can be on a file server and any authenticated network user can access it.  Top Secret data goes in a safe and only the COO and CFO know the location of the safe and the lock combination)

Data Custodian

The data custodian is responsible for the safe custody, transport, storage of the data.  Simply put, data custodians are responsible for the technical environment and database structure.

Network Admin

The network admin ensures availability of resources and has access to resources based on pre-established policy and can make changes within his sphere of access.

Security Admin

Security Admin has access to everything allowing her to audit and measure cyber security effectiveness.  But a security admin should not have permission to make any changes.