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Attackers distill essence of Mirai IoT botnet into LiquorBot malware

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Researchers recently uncovered another descendant of the Mirai Internet of Things botnet, this one featuring Monero cryptocurrency mining capabilities.

Dubbed LiquorBot, the botnet malware is written in Go programming language and seems to use the same command-and-control infrastructure as Mirai. Sometimes, attack campaigns have even paired both LiquorBot and Mirai together in malicious dropper scripts, according to Liviu Arsene, global cybersecurity researcher at Bitdefender, in a company blog post this week.

LiquorBot was first observed on May 31, 2019, but has since gone through 12 additional known iterations, with the most recent version dated Oct. 10. The first sample to include the cryptomining functionality was traced to Oct. 1.

According to Bitdefender, LiquorBot spreads via SSH (Secure Shell) brute-forcing and exploitation of at least 12 unpatched vulnerabilities, which largely affect various router brands. The malware targets an array of CPU architectures, including ARM, ARM64, x86, x64 and MIPS. Rather than determining a machine’s actual architecture during the infection process, the malicious dropper simply fetches all of its LiquorBot payloads – each one targeting a different architecture – from the command-and-control server and delivers every one of them.

In the blog post, Arsene’s says that LiquorBot’s use of Go is a point of interest, noting that the developers’ choice of programming language carries cerain “programming advantages over traditional C-style code, such as memory safety, garbage collection, structural typing, and even CSP-style concurrency.”

First appearing in 2016, Mirai was originally used to build a botnet of IoT devices capable of launching crippling distributed denial of service attacks against online targets. Over time, multiple variants have developed, some with added capabilities, such as cryptomining in the case of LiquorBot. Bitdefender notes several similarities between Mirai’s and LiquorBot’s behavior, including the obfuscation of code strings and the use of a feature that “ensures that a single bot runs on a machine by attempting to bind to a port.”

Republished from https://www.scmagazine.com/home/security-news/attackers-distill-essence-of-mirai-iot-botnet-into-liquorbot-malware/

Cyber Security

U.S. and the U.K. Published Attack on IT Management Company SolarWinds

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Hackers

On Friday, US and UK government agencies released a joint report with more information on the activities of the Russian cyberspy community suspected of being behind the attack on IT management firm SolarWinds. After some of their operations were revealed, the hackers began using the open-source adversary simulation system Sliver, according to the paper.

The SolarWinds attack was carried out by the Russian threat actor APT29 (also known as the Dukes, Cozy Bear, and Yttrium), according to the FBI, NSA, CISA, and the UK’s NCSC. The SolarWinds attack resulted in hundreds of organisations’ systems being breached by malicious updates served from compromised SolarWinds systems.

The agencies have previously released numerous reports on the activities of the organisation, which they say is under the control of the Russian Foreign Intelligence Service, or SVR.

The new report provides further information on the cyberspies’ strategies, methods, and procedures (TTPs), as well as some of the improvements made by the community in response to previous studies.

Last year, government agencies identified APT29 operations targeting organisations involved in SARSCoV2 coronavirus vaccine research and development in the United States, the United Kingdom, and Canada. Malware such as WellMess and WellMail were used in the attacks.

The hackers started using an open-source platform called Sliver to retain access to existing WellMess and WellMail victims after their activity targeting vaccine makers was exposed.

Bishop Fox, an aggressive security assessment agency, created Sliver as a legitimate tool. It’s billed as an adversary simulation and red team tool that companies can use to conduct security testing.

SVR operators also used separate command and control infrastructure for each victim of Sliver, as found in the SolarWinds incidents, the agencies said.

The Snort and Yara rules in the study are aimed at assisting danger hunters in detecting Sliver. The agencies cautioned, however, that since Sliver is a legal penetration testing tool, its existence does not inherently imply an APT29 assault.

APT29 has started exploiting CVE-2021-21972, according to the latest cybersecurity advisory, which lists nearly a dozen vulnerabilities that have been exploited by the community. VMware’s vCenter Server product is vulnerable to this crucial flaw. In February, organisations were alerted that hackers had begun searching the internet for compromised servers just one day after VMware declared the patches’ availability.

APT29 has reportedly begun searching for Microsoft Exchange servers that have been compromised by the vulnerabilities that have been abused by several threat groups over the last two months.

The study also details the effect of the attack on email security firm Mimecast, which was carried out as a result of the SolarWinds hack.

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Source: https://cybersguards.com/u-s-and-the-u-k-published-attack-on-it-management-company-solarwinds/

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Privacy Protection: How Secure is Telegram Messenger?

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Jan Hajek Hacker Noon profile picture

@janhajekJan Hajek

Develop websites and blogs as a hobby. Once bought 250 domains and still don’t know what to do with them.

Telegram is a cross-platform, cloud-based instant messenger that is available for free. End-to-end secure video communication, VoIP, file sharing, and various other functionality are also accessible. First released for iOS on August 14, 2013, and for Android in October 2013, Telegram messenger is a basic instant messaging app that is quick, convenient, efficient, and can sync across all user’s devices. With over 500 million daily users, it is one of the top ten most downloaded applications in the world. According to the developers of telegram messenger, it is a secure and easy-to-use application. Telegram features such as media, groups, and chat are encrypted with a combination of 256-bit symmetric AES encryption algorithm, 2048-bit RSA encryption, and secure Diffie–Hellman key exchange.

Is Telegram Secure?

Exploring the security perspective of messengers, we focus on technologies that are secure by default. Although Telegram supports end-to-end encryption (E2E), it must be enabled on a conversation-by-conversation basis by using a secret chat. As a result, Telegram’s default conversations are much less secure.

Telegram explains the reason for this opt-in as “convenience”; regular messages in Telegram are encrypted in the cloud and can be synced through different devices, while the chat creator must manually back up secret chat. Moreover, Telegram group chats are not encrypted; any participant can silently download video and audio files. Furthermore, in terms of security, open-source has many benefits, mainly transparency, which is the foundation of confidence. Telegram is partly open-source; the client-side programs are open source, but the server-side is closed source.

Data Storage

Except for secret chats, Telegram chats are saved on the cloud by
default. Telegram intends to provide data storage through distributed networks and highly encrypted cloud data. The security key is shared throughout regions to avoid information leakage by a single nation or small community of allies requesting details or a key. There are also a few issues with this technique.

Because the encryption keys are stored on the server, Telegram will technically decrypt communications stored on the cloud. Second, in the event that Telegram’s infrastructure is compromised, an adversary may access encryption keys to decode conversations.

Telegram’s prominence, especially in different states, makes it an attractive
target for nation-states. As a result, the whole security model of Telegram
cloud is based on trusting a centralized authority, which is a vulnerable
strategy from a security perspective.

Encryption Method in Telegram

Cryptography researchers have criticized Telegram for using MTProto, a non-standard cryptographic protocol. Certainly, confidence cannot be gained for an algorithm until the scheme has undergone years of in-depth research, thorough testing, and extensive review, which MTProto has not achieved. Several security bugs in MTProto have been found, but the majority of them are theoretical. Despite the criticism, the Electronic Frontier Foundation’s safe communications scorecard has scored Telegram’s hidden chat as 7/7. Likewise, in a whitepaper titled “Automated Symbolic Verification of Telegram’s MTProto 2.0,” researchers concluded that the protocol is sound and MTProto 2.0 does not present any conceptual fault, but they also addressed the probability of implementation bugs and side-channel threats.

Legal Issues

Telegram encompasses public networks for broadcasting messages to a
large number of users. Telegram has a background of interacting with the
Iranian and Russian governments. As, at the behest of the government, Telegram shut down an Iranian opposition channel in 2017 for encouraging violence; additionally, Telegram decided to ban several bots, including stickers in Iran.

Similarly, Telegram was banned in Russia in April 2020 due to noncompliance with the FSB’s requirement to issue encryption keys. The ban was lifted in June 2020 after Telegram agreed to engage in the investigation as required. Despite this, Telegram has stated in its privacy policy that it still has to report a single instance of data disclosure at the government’s behest.

Since Telegram collects and preserves a great deal of information for its service distribution, the data may be of considerable importance to a country, and Telegram may be obliged to provide information under court order. 

Privacy Protection

According to Telegram’s privacy policies, they gather information such as IP addresses, device information, history of username changes, Telegram applications you’ve used, and more as part of their spam and misuse protection protocol. If this data is processed, it is kept for 12 months before being discarded. Twelve months is a huge time for malicious third parties to access user’s data.

Besides, Telegram moderators are allowed to read regular chat messages tagged for spam and bullying to decide whether or not the statement is accurate. Although this is a fair practice, it still implies that someone will read what you’ve written on anyway.

Furthermore, the app can save compiled metadata in order to better customize your experience. For instance, it creates a customized list of contacts by calculating a ranking based on whom you message the most often when you open the Search menu. In the digital world, none of these three ideas are novel. However, when exchanging personal data on an app, users should be mindful of how the data is treated. 

Telegram transfers the whole address book to the Telegram cloud to be
notified if someone on the contact list signs up for Telegram service. Telegram knows from user’s social graph in this manner, including people who do not utilize their service. Telegram defines two additional possible data sources in section 8 of its Privacy Policy titled Whom Your Personal Data May Be Shared With, in addition to the other users you want to connect with through the app.

Telegram exchanges its user’s personal details with its parent company and a community member who provides funding for its services. On the other hand, Telegram retains the freedom to reveal your IP address and phone number to the appropriate authorities. That occurs after the organization issues a legal order claiming that a customer is guilty of terrorist activity. That has not happened yet, but it’ll be recorded in a transparency survey if it happens. 

Although Telegram is encrypted on several layers, which adds an extra
layer of encryption to user details, it is not a reliable messenger in terms of
privacy and protection. As the messenger collects a lot of metadata from the users, it can be exploited by attackers. Malicious third parties may also
misuse the metadata of app users. For all those people whose main concern is the privacy and confidentiality of their data, Telegram messenger is not secure for them. 

by Jan Hajek @janhajek. Develop websites and blogs as a hobby. Once bought 250 domains and still don’t know what to do with them.My tech and SEO blog

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How to Become a Cryptographer: A Complete Career Guide

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Have you ever wondered how private information and communications are protected from prying eyes? Cryptography is used to do this. The method of writing (or cracking) encryption code to keep data secret is known as cryptography. Individuals who write and break these cyphers are known as cryptographers.

Cryptographers have made the internet a safer place to do things like shop online and send private emails. Consider what it would be like if you knew your credit card numbers were being sent in plain text around the internet for everyone to see every time you shopped online. It’s likely to make you rethink your purchase. Fortunately for us all, as well as the online shopping industry, cryptographers have devised a range of methods to encrypt credit card numbers as they move across the internet.

It is often appropriate for the government to decrypt data that has been encrypted in the interest of public safety. To do so, government agencies such as the FBI, NSA, and CIA hire cryptographers who spend countless hours decrypting and dissecting the cyphers and algorithms used to encrypt data.

Those interested in pursuing a career as a cryptographer should possess exceptional mathematical and analytical abilities. Most cryptographers have a graduate degree, but a bachelor’s degree might be sufficient for an entry-level role in some cases.

Table of Contents

Five steps to becoming a cryptographer or cryptologist

1. Concentrate on math: Cryptography is based on mathematics. Without math, cyphers and encryption algorithms will not work. As a result, anyone interested in pursuing a career in cryptography must have exceptional math skills. Anyone interested in becoming a cryptographer should work on their math skills and even take refresher lessons.

2. Earn a bachelor’s degree: Employers would typically need a bachelor’s degree in mathematics, computer science, or a similar field to work as a cryptologist. Most cryptographers would need to pursue a master’s or doctorate degree to be effective in the profession, but obtaining a bachelor’s degree is the first step.

3. Internship: While a bachelor’s degree might be sufficient for a cryptography work, most companies would need cryptographers to have a graduate degree. This makes gaining experience in the field challenging. Another choice is to look for cryptographer internships (both paid and unpaid).

Internships will not only provide you with valuable experience for your resume, but they will also serve as a perfect way to further your education. Working with seasoned cryptographers will show you strategies that you won’t learn in the classroom. Getting a paid internship has the added benefit of supplying you with money to pay for your education.

If you can’t find a position or internship in cryptography with your bachelor’s degree, look for similar internships and careers in the fields of mathematics or cybersecurity.

4. Get your master’s degree: As previously mentioned, most companies would expect cryptographers to have a graduate degree. After completing your bachelor’s degree, you have the option of taking a break to pursue an internship or entry-level work in cryptography, or you can immediately enrol in a master’s programme in computer science or mathematics.

5. Begin your search: Cryptographers are required in a variety of fields. To secure their financial records, financial institutions such as credit card companies and banks employ cryptographers. The FBI and the National Security Agency (NSA) also employ cryptographers to help with national security. The first step in the job search is to figure out what field you want to work in, after which you can begin applying.

What is the role of a cryptographer?

Although cryptography may appear to be a modern profession exclusive to the digital era, this is not the case. Computer algorithms and cyphers are used by modern cryptographers, but math has been used to protect communication throughout history.

Cryptographers build cyphers, which are then used to encrypt data, using mathematics and computer science. Cryptographers are working to develop new protection technologies as old ones become outdated. Cryptographers are required to crack the cyphers used on the messages and read them while they are encrypted.

Cryptographers encrypt communications and confidential data in a variety of sectors, including financial institutions and government agencies.

Those interested in cryptography should strive to learn the following skills:

  • Advanced algebra
  • Algorithms
  • Programming languages such as C, C++, Python, and Java
  • Symmetric cryptography
  • Asymmetric cryptography
  • Computer networking
  • Cybersecurity

What do cryptographers do?

A cryptographer’s day-to-day duties can differ depending on the type of entity for which they operate. Cryptographers working for a government agency such as the National Security Agency, for example, may spend their day decrypting a confidential document required for national security. Assume a terrorist has been apprehended and his laptop contains a large number of documents. These documents, according to intelligence officials, may lead to the arrest of other alleged terrorists; however, the documents have been encrypted. A cryptographer is required in this situation. The NSA’s cryptographer will work to decrypt the encryption system used on these documents so that they can be further examined.

Cryptographers in both the public and private sectors can find themselves using mathematics to come up with new and creative ways to encrypt data. While several algorithms exist to encrypt data, attackers are constantly devising new ways to gain access to secure data. This means that cryptographers would have to work much harder to keep it secure. Cryptographers are actively developing new ways to encrypt data as well as new cypher cracking techniques. Cryptography resembles sophisticated puzzle solving in several respects.

General cryptographer job description

The industry and company for which you work as a cryptographer will determine the job description for you. The following are some of the duties that a cryptographer, cryptanalyst, or cryptologist may have.

  • To solve complex problems, apply mathematical theories.
  • Create new data encryption methods.
  • Decryption of an encrypted document
  • To analyse data, create statistical or mathematical models.
  • Apply numeric analysis methods to data.
  • Create data-driven reports
  • To advance mathematical science, find new relationships between established mathematical concepts.

Outlook for cryptographer

Overall employment is expected to rise 30% by 2028, according to the Bureau of Labor Statistics. This indicates that now is an excellent time to pursue a career in cryptography. As previously said, cryptography has been used throughout history, and it does not appear that cryptography employment will be phased out anytime soon.

Cryptographer salary

Choosing a career as a cryptographer can be costly due to the fact that most positions in the field require a graduate degree. Fortunately, cryptography jobs are usually well-paying, and the salary will help defray some of the costs of schooling. The national average cryptographer wage, according to ZipRecruiter, is $149,040 per year. Entry-level cryptographers can still earn six figures on ZipRecruiter, with salaries starting at about $109,500. Around 3% of cryptography workers pay between $189,500 and $197,500 on the higher end. According to other websites, such as SimplyHired.com, the average cryptographer salary is $77,000 a year, with the top 10% earning $166,000 per year and the bottom 10% earning about $51,000 per year. The average salary, according to Payscale.com, is $98,000. As you can see from these figures, although it’s difficult to estimate exact salaries, a career in cryptography is likely to be lucrative.

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Source: https://cybersguards.com/how-to-become-a-cryptographer-a-complete-career-guide/

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How to Become a Chief Information Security Officer: A Complete Career Guide

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complete career guide

Chief information security officers are the cream of the crop in the information security world, literally and figuratively speaking. There is no higher aspiration in information security than to become a chief information security officer.

It’s a c-suite level position in companies, which means it’s one of the most important and prominent officers in the business, and it usually reports directly to the CEO. As a result, comprehensive experience, understanding, expertise, and hands-on skills in as many areas of information security as possible are needed.

Table of Contents

Five steps to becoming a chief information security officer

1. Self-evaluation: Becoming a chief information security officer is not for everybody. It necessitates exceptional motivation, ambition, commitment, organisational skills, the ability to plan ahead, and a willingness to stay up to date on the latest industry developments.

Chief information security officers interact with most other divisions within the same company, as well as high-ranking executives from other businesses and government agencies, by virtue of their c-suite roles. To be effective, CISOs must have a high level of each of these qualities, as well as others. So, before choosing to pursue a career as a chief information security officer, be frank with yourself in your self-evaluation.

2. Education: Laying the groundwork for a career as a chief infosec officer, a role with such broad and varied responsibilities, can take a variety of forms. An undergraduate degree in any information security discipline or business administration is obviously a good place to start, but almost any computer-related or business management area will suffice. Security awareness for people and buildings may also be a good place to start. Of course, additional education is often, if not always, required of c-suite officers such as CISOs. Under the infosec umbrella, master’s degrees and, where needed or necessary, doctorate degrees in more oriented fields will better serve you.

3. Career path: Similar to schooling, career paths will lead to roles as chief information security officer in an almost infinite number of ways. There are far too many possibilities to mention here. Watch this CyberSpeak interview with long-time infosec professional and current CISO Joshua Knight of Dimension Data for insightful insight into how to better work toward being a CISO and how the role is changing now and in the near future. It’s also a good idea to study the EC-education Council’s and experience criteria for an applicant to be qualified to take the exam for chief information security officer certification.

4. Professional certifications: There are hundreds of professional certifications that can assist an applicant in achieving the CISO standard. It’s probably best to remember to include certifications in any specialty you’ve served in, as well as any ancillary specialties that may be relevant to the roles on your resume.

The CCISO certificate is the highest honour bestowed upon chief information security officers. OSCP (Offensive Security Certified Professional), SANS Technology Institute, ISFCE (International Society of Forensic Computer Examiners), IACIS (International Association of Computer Investigative Specialists), GIAC (Global Information Assurance Certification), and CISSP (Certified Information Systems Security Professional) are among the organisations that provide training and certifications. Basic certifications like CompTIA A+, which certifies IT organisational and technical support skills, can also be beneficial. ISACA (Information Systems Audit and Control Association) provides two certifications: Certified in the Governance of Enterprise IT (CGEIT) for information security managers and Certified Information Systems Auditor for information security auditors.

5. Stay current: As with most cybersecurity careers, it’s important to stay up to date on what’s going on in the industry. CISOs are in charge of determining how all of a company’s various infosec tools will be deployed now and in the future, so keeping their expertise and knowledge up to date with the latest developments is even more important. Infosec representatives must be members of any and all related information security trade groups and training organisations.

The International Society of Forensic Computer Examiners®, or ISFCE, and The Scientific Working Group on Digital Evidence are two such professional trade associations (SWGDE). SearchSecurity is another source of papers and knowledge on particular topics of information security. On its CISO Resources page, EC-Council also offers blogs, podcasts, and other resources from other CISOs. The Information Systems Audit and Control Association (ISACA) is a fantastic place to learn and network with other professionals. Infosec Institute provides information security practitioners with a range of tools and training. The ever-changing infosec world and the CISO’s constantly evolving position within the industry are discussed in this interview by IBMBusinessInstitute with Glen Gooding, Director of IBM Institute for Advanced Security.

What is a chief information security officer?

Chief security architects, corporate security officers, security managers, and information security managers are all terms used to describe CISOs. Some businesses entrust this officer-level employee with all aspects of the company’s security, including employees and facilities. In these situations, the role may be known as chief security officer.

Any CISO, regardless of title, is in charge of all information security operations within a company. Chief information security officers typically report to the CEO (chief executive officer) and are sometimes given a seat on the board of directors. CISOs are responsible for deciding the overall course of the information security services within their domain, allocating those resources among the different disciplines, managing all of the staff in their department, and coordinating with all other departments within the organisation. In interactions with outside players, CISOs are often the face of an organization’s information security operations. Dealing with government oversight, administrative agencies, politicians, and law enforcement agencies is a common occurrence in larger businesses.

Chief information security officers skills and experience

Employers are likely to ask for specific ability qualifications, such as:

  • Significant business management expertise as well as a working knowledge of information security risk management, cybersecurity technology, and strategy are needed.
  • Strong knowledge of Linux, virtualization, and networking concepts is needed.
  • Awareness of industry security requirements such as NIST, ISO, SANS, COBIT, and CERT
  • Knowledge of existing data privacy laws, such as GDPR and regional norms.
    Strong knowledge and experience with Secure SDLC, DevSecOps, or security automation are needed.
  • Capable of recognising and communicating the effect of information security activities on the organization’s business and profits.

Since chief information security officers are at the top of the information security food chain, there aren’t many certifications available for the job. Certified CISO, or CCISO, is the most sought-after software offered by EC-Council.

Employers are looking for soft skills such as superior interpersonal, written, and oral communication skills, the ability to work under pressure, being coordinated and versatile, and having experience in strategic planning and execution.

What do chief information security officers do?

In the twenty-first century, information security has become one of the most important functions of any business. The chief information security officer is in charge of all aspects of the information security activity, including providing guidance, procedures, and services. And, to keep up with developments in the information security environment at large, as well as enforcement, regulatory, and legal standards, the course and processes must be revised, reimagined, and revamped on a regular basis. The CISO must also be a motivator and a communicator of an organization’s information security direction and processes through departments and organisations.

Under the purview of a traditional CISO, there are five “towers” of obligation. Each of these towers needs a chief infosec officer with extensive experience and expertise.

  • Risk management and governance (policy, legal, and compliance)
  • Controls for information security, compliance, and audit management
  • Management and operations of security programmes
  • Main competencies in information technology
  • Finance, sourcing, and vendor management are all aspects of strategic planning.

The relative weight and value of each varies by organisation, but these are the areas where you should concentrate your efforts in order to be competitive for a CISO role.

Chief information security officers job description

Any or more of the following tasks can be included in the tasks:

  • Create a plan for an information protection programme that will fit and scale with the company’s development.
  • Lead security evaluation and testing procedures, such as penetration testing, vulnerability detection, and safe software creation, among others.
  • Develop and expand the organization’s security tooling and automation efforts.
    Proactively recognise security vulnerabilities and possible threats, and develop processes and frameworks to track and defend against them on a continuous basis.
  • External audits, regulatory enforcement programmes, and overall information management assessments are just a few of the compliance activities you’ll be in charge of.
  • To the c-suite officers and board of directors, communicate information security organisational priorities, direction, and market effect.
    External stakeholders, partners, compliance agencies, and regulatory and legal authorities are all consulted.
  • Provide strategic risk advice and consultation for corporate IT programmes, including technical requirements and controls assessment and recommendations.
    To efficiently detect, respond to, contain, and communicate a reported or confirmed incident, develop and enforce an incident management process.

Outlook for chief information security officers

According to the InfoSec Institute, there is a nearly three million cybersecurity specialist shortage worldwide, with half a million in North America alone. In virtually every discipline under the information security umbrella, demand for skilled workers far outnumbers supply. When we move up the organisational chart, the deficit becomes more pronounced as a percentage of demand. The scarcity of candidates capable of overseeing an organization’s entire information security operation becomes even more apparent. It’s an even more difficult problem to solve because grooming applicants for these higher-level positions takes so long.

For trained CISOs, there is no shortage of interesting, prestigious, and exciting opportunities. The National Security Agency (NSA), several major national and international banks, at least two state governments, and several large healthcare firms are among the organisations with open positions, according to a fast search of open positions.

How much do digital forensics experts make?

Chief information security officers earn between $105,000 and $225,000 a year, according to Payscale.com, with an average annual salary of $160,000. Annual bonuses, fees, and profit-sharing can add up to $350,000.

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