Check out the top internet safety tips to help you live your best online life and browse the web freely and securely. Display these helpful posters in your classroom to encourage your children to stay safe online! Showdown Over Ukraine. In-depth analysis from Cliff Kupchan, Dominic Tierney, Robert David English, and more. Новости. Advocacy На этой странице публикуется последняя информация о деятельности Совета Безопасности, пресс-релизы и заявления.
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Cyber Security Weekly apple podcast , castbox , RSS — эта серия подкастов посвящена последним тенденциям и проблемам в области кибер- и физической безопасности. The Security Ledger apple podcast , castbox , RSS — предлагает подробные интервью с ведущими специалистами в области информационной безопасности. Каждый подкаст, организованный Полом Робертсом, главным редактором The Security Ledger, представляет собой беседу об инцидентах, попадающих в заголовки. Lock and Code apple podcast , castbox , RSS — истории о кибербезопасности, конфиденциальности и технологиях. Мошеннические роботы-пылесосы, взломанные трактора и катастрофические уязвимости программного обеспечения — это все здесь. В эпизодах участвуют: хакеры, аналитики по безопасности, менеджеры по кибербезопасности, багхантеры и многие другие специалисты. ITSPmagazine apple podcast , castbox — про взаимоотношения технологий, кибербезопасности и общества. Подкаст посвящен технологиям и их влиянию на повседневную жизнь — как компаний, так и отдельных людей. CyberCast apple podcast , castbox , RSS — предлагает альтернативный взгляд на проблемы кибербезопасности, с которыми сегодня сталкиваются промышленность и правительство. Risk and Reels: A Cybersecurity Podcast apple podcast , castbox — подкаст киберразговоров для умных людей. Ведущий — Джеффри Уитман, бывший аналитик Gartner.
Cybersecurity Unplugged apple podcast , castbox — откровенные беседы с экспертами на переднем крае кибервойны, созданный, чтобы вы всегда были в курсе того, как развивается ландшафт угроз. Здесь освещают широкий круг тем, включая интернет вещей, безопасность приложений, облачные технологии, DevOps. Software Engineering Institute SEI Podcast apple podcast , castbox — подкаст Института программной инженерии SEI о разработке программного обеспечения, кибербезопасности и новых технологиях. Secure Connections apple podcast , castbox — текущая картина угроз, новейшие передовые инструменты и информирование малого и среднего бизнеса об их важности. RealTime Cyber apple podcast , castbox — о кибербезопасности, национальной безопасности, криптовалюте, IoT и других технологиях. А также об элементах управления кибербезопасностью, платформах кибербезопасности и методах обеспечения безопасности приложений. Здесь говорят об их передовом опыте, будущем отрасли и многом другом. BarCode apple podcast , castbox — подкаст о технологиях, личностях, преступниках и героях, которые определяют современную безопасность. Ведущий Крис Гланден.
Десятки тысяч просмотров статей, публикации о новинках индустрии и активное обсуждение в комментариях.
Публикуются новости и экспертные статьи. Блог участника судебных процессов в качестве эксперта по вопросам кибербезопасности и защиты информации. Публикуются еженедельные обзоры всего самого интересного в мире кибербезопасности, новости об изменениях в нормативно-правовых актах. В журнале публикуются технические обозрения, тесты новых продуктов, а также описания комплексных интегрированных решений, внедренных на российских предприятиях и в государственных органах. На сайте есть «База знаний», где можно найти нормативные документы, программное обеспечение, книги, ссылки на интересные ресурсы. Интернет-портал ISO27000. RU — это площадка для общения специалистов по ИБ. Есть тематический каталог ссылок на ресурсы по информационной безопасности и защите информации.
The Watergate tapes at 50 are more enigmatic than ever April 27, 2024 9:00am On April 29, 1974, President Richard Nixon delivered a primetime televised address that marked a decisive moment in Watergate — and, in ways no one could appreciate at the time,... Daredevils now riding a new wave by standing on top of NYC buses in twist on deadly subway surfing trend April 27, 2024 8:30am Adrenaline junkies are now surfing atop Big Apple buses in Manhattan and Queens — a new twist on the deadly transit trend spurred on by social media. Disgraced ex-NY Gov.
Between then and the end of the Cold War, it became the largest of the U. SCS collection tactics allegedly encompass "close surveillance, burglary, wiretapping, [and] breaking and entering". The NSA is entrusted with providing assistance to, and the coordination of, SIGINT elements for other government organizations—which are prevented by Executive Order from engaging in such activities on their own. According to the leaked documents, the NSA intercepts and stores the communications of over a billion people worldwide, including United States citizens. Congress declared war on Germany in World War I. A code and cipher decryption unit was established as the Cable and Telegraph Section, which was also known as the Cipher Bureau. On July 5, 1917, Herbert O. Yardley was assigned to head the unit. At that point, the unit consisted of Yardley and two civilian clerks. Army cryptographic section of military intelligence known as MI-8, the U.
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Международные новости по техническим средствам и системам безопасности. Новейшие технологии, лучшие практики, опыт профессионалов. The best science for better lives. Explore the latest high-quality research from The Lancet Group. Bloomberg delivers business and markets news, data, analysis, and video to the world, featuring stories from Businessweek and Bloomberg News. High-quality essay on the topic of "Internet Safety" for students in schools and colleges. EURASIP Journal on Information Security is a peer-reviewed open access journal focusing on the use of signal processing tools to enhance information. EURASIP Journal on Information Security is a peer-reviewed open access journal focusing on the use of signal processing tools to enhance information.
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| В чем разница между safety и security | It’s essential that children know how to keep themselves safe online. We’ve made a set of internet safety posters for schools that you can download here. |
| Briefing Room | The White House | Safe Browsing is a service that Google’s security team built to identify unsafe websites and notify users and website owners of potential harm. This report shares details about the threats detected and the warnings shown to users. |
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Статьи по информационной безопасности на английском языке
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| Статьи на английском языке информационная безопасность - Научные работы на | Парламентариев особенно беспокоит безопасность представителей сексуальных меньшинств (ЛГБТ), а также темнокожих и азиатов. По данным английских парламентариев, на мундиаль в Россию приедут около 10 тыс. футбольных фанатов из Великобритании. |
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Ash and slag wastes are the source of negative impact on the environment. This area is studied by a number of researchers. The article aims to systematize the data on possible applications, accumulated practical experience of using ash and slag waste in agriculture both in Russia and abroad. The analysis showed that waste from the fuel and energy industry can be widely used in various areas of agriculture. It can be used as ameliorants, zeolite-based mineral fertilizers, pesticides and insecticides for treating horticultural crops, microfertilizers, as well as for soil remediation and land reclamation. The use of ash and slag waste in agriculture and other sectors of the national economy can reduce the ecological load on the environment.
Популярный хаб сайта geektimes. Десятки тысяч просмотров статей, публикации о новинках индустрии и активное обсуждение в комментариях. Публикуются новости и экспертные статьи. Личные блоги специалистов Алексей Лукацкий — признанный эксперт в области информационной безопасности, обладатель множества наград, автор статей, книг, курсов, участвует в экспертизе нормативно-правовых актов в сфере ИБ и защиты персональных данных. Блог участника судебных процессов в качестве эксперта по вопросам кибербезопасности и защиты информации.
Публикуются еженедельные обзоры всего самого интересного в мире кибербезопасности, новости об изменениях в нормативно-правовых актах. Сайт эксперта в области информационной безопасности, информационных технологий, информационной безопасности автоматизированных промышленных систем управления технологическим процессом. Электронные журналы Печатаются статьи российских и иностранных ученых по кибербезопасности, безопасности приложений, технической защите информации, аудиту безопасности систем и программного кода, тестированию, анализу защищенности и оценке соответствия ПО требованиям безопасности информации. В журнале публикуются технические обозрения, тесты новых продуктов, а также описания комплексных интегрированных решений, внедренных на российских предприятиях и в государственных органах. Клубы, ассоциации, порталы Клуб информационной безопасности — некоммерческая организация, развивающая ИБ и решающая задачи в этой сфере. На сайте есть «База знаний», где можно найти нормативные документы, программное обеспечение, книги, ссылки на интересные ресурсы.
The purpose of this work is to analyze the methodology for assessing the risk of exposure of a technosphere object to the atmosphere.
It was assumed that the enterprise in emergency mode emits pollutants through the source of emissions at the maximum single concentration of the substance exceeding the maximum permissible concentration. To calculate the impact on a human, various scenarios of an emergency situation are taken into account. These are constructing failure trees and using well-known health risk assessment techniques. The calculation took into account the wind rose for a specific enterprise location and wind speed projections obeying the normal distribution law. These assumptions allowed us to develop a method for calculating the risk of exceeding the concentration of a pollutant at a given point x, y during the year.
Новейшие технологии, лучшие практики, опыт профессионалов. Дайджест СМИ. Исследования рынка и средств маркетинговой коммуникации, включая отраслевую прессу.
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Top 10 Internet Safety Rules & What Not to Do Online
Information security (InfoSec) protects businesses against cyber threats. Learn about information security roles, risks, technologies, and much more. Browse full-text Cyber Security articles and other academic articles in Inquiries Journal. Don't panic! This is a SockJS hidden iframe. It's used for cross domain magic.
Top 15 internet safety rules and what not to do online
Select strong passwords that are harder for cybercriminals to demystify. A strong password is one that is unique and complex—at least 15 characters long, mixing letters, numbers and special characters. Make Online Purchases From Secure Sites Any time you make a purchase online, you need to provide credit card or bank account information—just what cybercriminals are most eager to get their hands on. Only supply this information to sites that provide secure, encrypted connections. As Boston University notes, you can identify secure sites by looking for an address that starts with https: the S stands for secure rather than simply http: They may also be marked by a padlock icon next to the address bar. Any comment or image you post online may stay online forever because removing the original say, from Twitter does not remove any copies that other people made. Indeed, they may not even be real.
As InfoWorld reports, fake social media profiles are a popular way for hackers to cozy up to unwary Web users and pick their cyber pockets. Be as cautious and sensible in your online social life as you are in your in-person social life.
So, if you are using public Wi-Fi, avoid carrying out personal transactions that use sensitive data, such as online banking or online shopping. A VPN will protect any of the data you send over an unsecured network via real-time encryption. You can find out more about what a VPN is here. Choose strong passwords Passwords are one of the biggest weak spots when it comes to cybersecurity. People often choose passwords that are easy to remember and, therefore, easy for hackers to crack with hacking software. In addition to this, using the same password for multiple sites puts your data at further risk. If hackers obtain your credentials from one site, they can potentially access other websites which use the same login details. Select strong passwords that are harder for cybercriminals to crack.
A strong password is: Long — made up of at least 12 characters ideally more. A mix of characters — upper-case and lower-case letters plus symbols and numbers. Avoids memorable keyboard paths. Using a password manager can help. Password managers help users create strong passwords, store them in a digital vault which is protected by a single master password and retrieve them when logging into accounts online. Enable multi-factor authentication where you can Multifactor authentication MFA is an authentication method that asks users to provide two or more verification methods to access an online account. Answers to personal security questions. A fingerprint or other biometric information, such as voice or face recognition. Multifactor authentication decreases the likelihood of a successful cyberattack. You can also consider using a third-party authenticator app, such as Google Authenticator or Authy, to help with your internet security.
Keep software and operating systems updated Developers are constantly working to make products safe, monitoring the latest threats and rolling out security patches in case of vulnerabilities in their software. By using the latest versions of your operating systems and apps, you will benefit from the latest security patches. This is especially important for apps that contain payment, health or other sensitive information about a user.
Hybrid SOC—combine in-house teams with outsourced teams. These centers use managed services to supplement gaps in coverage or expertise. Hybrid SOCs can enable organizations to maintain a higher level of control and visibility without sacrificing security. The downside of these centers is that costs are often higher than virtual SOCs and coordination can be challenging. Common Information Security Risks In your daily operations, many risks can affect your system and information security. Some common risks to be aware of are included below. Social engineering attacks Social engineering involves using psychology to trick users into providing information or access to attackers.
Phishing is one common type of social engineering, usually done through email. In phishing attacks, attackers pretend to be trustworthy or legitimate sources requesting information or warning users about a need to take action. For example, emails may ask users to confirm personal details or log in to their accounts via an included malicious link. If users comply, attackers can gain access to credentials or other sensitive information. Advanced persistent threats APT APTs are threats in which individuals or groups gain access to your systems and remain for an extended period. Attackers carry out these attacks to collect sensitive information over time or as the groundwork for future attacks. APT attacks are performed by organized groups that may be paid by competing nation-states, terrorist organizations, or industry rivals. Insider threats Insider threats are vulnerabilities created by individuals within your organization. In the case of accidental threats, employees may unintentionally share or expose information, download malware , or have their credentials stolen. With intentional threats, insiders intentionally damage, leak, or steal information for personal or professional gain.
Cryptojacking Cryptojacking, also called crypto mining , is when attackers abuse your system resources to mine cryptocurrency. Attackers typically accomplish this by tricking users into downloading malware or when users open files with malicious scripts included. Some attacks are also performed locally when users visit sites that include mining scripts. Attackers can perform these attacks manually or through botnets, networks of compromised devices used to distribute request sources. The purpose of a DDoS attack is to prevent users from accessing services or to distract security teams while other attacks occur. Ransomware Ransomware attacks use malware to encrypt your data and hold it for ransom. Typically, attackers demand information, that some action be taken, or payment from an organization in exchange for decrypting data. Depending on the type of ransomware used, you may not be able to recover data that is encrypted. In these cases, you can only restore data by replacing infected systems with clean backups. Related content: Learn more in the in-depth guide to Malware Protection Man-in-the-middle MitM attack MitM attacks occur when communications are sent over insecure channels.
During these attacks, attackers intercept requests and responses to read the contents, manipulate the data, or redirect users. There are multiple types of MitM attacks, including: Session hijacking—in which attackers substitute their own IP for legitimate users to use their session and credentials to gain system access. IP spoofing—in which attackers imitate trusted sources to send malicious information to a system or request information back. Eavesdropping attacks—in which attackers collect information passed in communications between legitimate users and your systems. Related content: Learn more in the in-depth guide to Cybersecurity Attacks Information Security Technologies Creating an effective information security strategy requires adopting a variety of tools and technologies. Most strategies adopt some combination of the following technologies. Firewalls Firewalls are a layer of protection that you can apply to networks or applications. These tools enable you to filter traffic and report traffic data to monitoring and detection systems. Firewalls often use established lists of approved or unapproved traffic and policies determining the rate or volume of traffic allowed. This aggregation of data enables teams to detect threats more effectively, more effectively manage alerts, and provide better context for investigations.
SIEM solutions are also useful for logging events that occur in a system or reporting on events and performance. You can then use this information to prove compliance or to optimize configurations. This includes categorizing data, backing up data, and monitoring how data is shared across and outside an organization. For example, you can use DLP solutions to scan outgoing emails to determine if sensitive information is being inappropriately shared. These tools evaluate traffic and alert on any instances that appear suspicious or malicious. These solutions respond to traffic that is identified as suspicious or malicious, blocking requests or ending user sessions. You can use IPS solutions to manage your network traffic according to defined security policies. User behavioral analytics UBA UBA solutions gather information on user activities and correlate those behaviors into a baseline. Solutions then use this baseline as a comparison against new behaviors to identify inconsistencies. The solution then flags these inconsistencies as potential threats.
For example, you can use UBA solutions to monitor user activities and identify if a user begins exporting large amounts of data, indicating an insider threat. Blockchain cybersecurity Blockchain cybersecurity is a technology that relies on immutable transactional events. In blockchain technologies, distributed networks of users verify the authenticity of transactions and ensure that integrity is maintained. While these technologies are not yet widely used, some companies are beginning to incorporate blockchain into more solutions. Endpoint detection and response EDR EDR cybersecurity solutions enable you to monitor endpoint activity, identify suspicious activity, and automatically respond to threats. These solutions are intended to improve the visibility of endpoint devices and can be used to prevent threats from entering your networks or information from leaving. EDR solutions rely on continuous endpoint data collection, detection engines, and event logging. Extended Detection and Response XDR XDR is a collection of technologies that help security teams improve the effectiveness of their threat detection efforts and the speed of their investigation and response. XDR combines data from all layers of the IT environment, including networks, email, endpoints, IoT devices, cloud workloads, identity systems, and servers, and enriches the sources with threat intelligence to detect evasive, sophisticated threats. Since XDR solutions are cloud-based, organizations can implement them for heterogeneous, distributed IT environments.
These turn-key solutions immediately provide value and help improve the productivity of security teams. These technologies enable you to scan configurations, compare protections to benchmarks, and ensure that security policies are applied uniformly. Often, CSPM solutions provide recommendations or guidelines for remediation that you can use to improve your security posture.
Here is a brief overview of each principle: Confidentiality — information must only be available to authorized parties.
Integrity — information must remain consistent, trustworthy, and accurate. Availability — information must remain accessible to authorized parties, even during failures with minimal or no disruption. Ideally, information security policies should seamlessly integrate all three principles of the CIA triad. Together, the three principles should guide organizations while assessing new technologies and scenarios.
Types of Information Security When considering information security, there are many subtypes that you should know. These subtypes cover specific types of information, tools used to protect information and domains where information needs protection. Application security Application security strategies protect applications and application programming interfaces APIs. You can use these strategies to prevent, detect and correct bugs or other vulnerabilities in your applications.
If not secured, application and API vulnerabilities can provide a gateway to your broader systems, putting your information at risk. Much of application security is based on specialized tools for application shielding, scanning and testing. These tools can help you identify vulnerabilities in applications and surrounding components. Once found, you can correct these vulnerabilities before applications are released or vulnerabilities are exploited.
Application security applies to both applications you are using and those you may be developing since both need to be secured. Infrastructure security Infrastructure security strategies protect infrastructure components, including networks, servers, client devices, mobile devices, and data centers. The growing connectivity between these, and other infrastructure components, puts information at risk without proper precautions. This risk is because connectivity extends vulnerabilities across your systems.
If one part of your infrastructure fails or is compromised, all dependent components are also affected. Due to this, an important goal of infrastructure security is to minimize dependencies and isolate components while still allowing intercommunications. Cloud security Cloud security provides similar protections to application and infrastructure security but is focused on cloud or cloud-connected components and information. Cloud security adds extra protections and tools to focus on the vulnerabilities that come from Internet-facing services and shared environments, such as public clouds.
It also tends to include a focus on centralizing security management and tooling. This centralization enables security teams to maintain visibility of information and information threats across distributed resources. Another aspect of cloud security is a collaboration with your cloud provider or third-party services. When using cloud-hosted resources and applications, you are often unable to fully control your environments since the infrastructure is typically managed for you.
This means that cloud security practices must account for restricted control and put measures in place to limit accessibility and vulnerabilities stemming from contractors or vendors. Endpoint Security Endpoint security helps protect end-user endpoints such as laptops, desktops, smartphones, and tablets against cyberattacks. Organizations implement endpoint security to protect devices used for work purposes, including those connected to a local network and those using cloud resources. Endpoints connecting to corporate networks become a security vulnerability that can potentially allow malicious actors to breach the network.
An endpoint is essentially a potential entry point that cybercriminals can and often exploit through various techniques, like malicious software malware installed on an endpoint device to obtain control of a system or exfiltrate data. An endpoint security solution examines processes, files, and network traffic on each endpoint for indicators of malicious activity. Once the tool detects a threat, it notifies the relevant users and can perform automated responses. For example, an endpoint detection and response EDR tool can automatically respond to the threat using predetermined rules.
Endpoint security solutions can employ additional strategies to protect endpoints, such as data encryption in transit and at rest, web content filtering, and application control. Related content: Learn more in the detailed guide to endpoint security Edge Security In an increasingly connected world, edge security is becoming more important. Edge security refers to the measures taken to secure the edge of your network—the point where your network connects with the outside world. This could include your routers, firewalls, or other edge devices.
Securing the network edge is crucial to prevent unauthorized access to your network and protect it from threats like cyber attacks or data breaches. This could involve measures like using secure network protocols, implementing robust firewalls, and regularly monitoring and analyzing your network traffic. Learn more in the detailed guide to edge security Cryptography Cryptography uses a practice called encryption to secure information by obscuring the contents. When information is encrypted, it is only accessible to users who have the correct encryption key.
If users do not have this key, the information is unintelligible. Security teams can use encryption to protect information confidentiality and integrity throughout its life, including in storage and during transfer. However, once a user decrypts the data, it is vulnerable to theft, exposure, or modification. To encrypt information, security teams use tools such as encryption algorithms or technologies like blockchain.
Encryption algorithms, like the advanced encryption standard AES , are more common since there is more support for these tools and less overhead for use. Incident response Incident response is a set of procedures and tools that you can use to identify, investigate, and respond to threats or damaging events. It eliminates or reduces damage caused to systems due to attacks, natural disasters, system failures, or human error. This damage includes any harm caused to information, such as loss or theft.
A commonly used tool for incident response is an incident response plan IRP. IRPs outline the roles and responsibilities for responding to incidents. These plans also inform security policy, provide guidelines or procedures for action, and help ensure that insight gained from incidents is used to improve protective measures. Vulnerability management Vulnerability management is a practice meant to reduce inherent risks in an application or system.
The idea behind this practice is to discover and patch vulnerabilities before issues are exposed or exploited. The fewer vulnerabilities a component or system has, the more secure your information and resources are. Vulnerability management practices rely on testing, auditing, and scanning to detect issues. These processes are often automated to ensure that components are evaluated to a specific standard and to ensure vulnerabilities are uncovered as quickly as possible.
Another method that you can use is threat hunting , which involves investigating systems in real-time to identify signs of threats or to locate potential vulnerabilities. Learn more in the detailed guide to vulnerability assessment Disaster recovery Disaster recovery strategies protect your organization from loss or damage due to unforeseen events. For example, ransomware, natural disasters, or single points of failure.