#5: Check that websites look and feel reliable – For any website you visit, but especially ones you transact with, such as e-commerce sites, it’s crucial they are reliable. A key element to look out for is an up-to-date security certificate – lookout for URLs that start with ‘HTTPS’ rather than ‘HTTP’ (the ‘s’ stands for ‘secure’) and have a padlock icon within the address bar.

Text which is free from spelling and grammar mistakes – reputable brands will make an effort to ensure their websites are well-written and proofread. Images that are not pixelated and which fit the screen’s width correctly. Ads that feel organic and are not too overpowering.

What is cyber safety simple?

Cybersafety | Cyber Safety When talking about cyber safety, various terms are used synonymously and interchangeably. These terms are explained below. In short, cyber safety means being secure online. The online environment is rife with threats to our safety and security.

• Naturally, we wish to mitigate these threats where possible, not only as an organization but also in our individual capacities.
• These threats are everything that can prove a risk, e.g.
• A publically accessible internet connection, phishing emails, suspicious links, downloadable documents or apps.
• Cyber safety helps to avoid those risks but also helps to protect against their consequences, because it is impossible to avoid all hazards.

Even when someone complies with all customary security requirements, they could still become the target of an attack. Taken literally, information security means securing information or data, such as research data or personal data. Information is increasingly being stored digitally in information systems, apps or websites.

What are the 4 risks of online safety?

The 4Cs of online risks of harm are content, contact, conduct and contract risks, as explained in Figure 5. The classification has the merit, we suggest, of order and clarity.

What are the 4 areas of online safety?

Develop policies that cover the 4 areas of risk – You should include your approach to online safety in your statutory child protection policy, because it’s a key part of safeguarding. This is explained in paragraph 138 of Keeping Children Safe in Education (KCSIE),

1. You should consider the 4 areas of online safety risks when developing your policy: content, contact, conduct and commerce,
2. See paragraph 136 of KCSIE to get details on each area.
3. You should also include how your school approaches filtering and monitoring on school devices and school networks.
4. This is explained in paragraph 138 of KCSIE.

Use our model child protection policy to help you cover these issues. Make sure online safety is

What are the cyber commandments?

Ten Commandments Of Cyber Ethics

Thou shall not use a computer to harm other people. Thou shall not interfere with other people’s computer work. Thou shall not snoop around in other people. Thou shall not use a computer to steal. Thou shall not use a computer to bear false witness. Thou shall not copy or use proprietary software for which you have not paid. Thou shall not use other people’s computer resources without authorization or proper compensation. Thou shall not appropriate other people’s intellectual output. Thou shall think about the social consequences of the program you write or the system you design. Thou shall use a computer in ways that, show consideration of and respect for your fellow humans. Cyber crime is a punishable offence.

Limit the internet time need not be answered. Teach your ward that every mail need not be answered. Disable unnecessary notifications. Develop Coping Skills. Spend some quality time with your ward and teach them that internet is not YOUR Family.

: Ten Commandments Of Cyber Ethics

What are the 5 W’s of cyberspace?

The Five W’s of Cyberspace The old formula used by police, journalists, and researchers – Who, What, When, Where, Why, and How – can be applied in cyberspace to help identify credible online information sources.

What are good cyber ethics?

Are You Using the Internet Responsibly? – Some people may have a lower standard of ethics in cyberspace as they thought there is no law governing the virtual world and their anonymity will save them from being detected. In fact, these are all misconceptions. The law also governs the Internet and you may attract legal liabilities if you perform the following activities:

posting obscene and indecent content on the Internet; obtaining property or services online by deception; spreading viruses or malicious codes; and gaining unauthorised access to computers, etc.

Therefore, you should learn to be a responsible netizen so that you will not commit any technology crimes unknowingly or cause harm to others.

Do not store, send or disseminate any content which is likely to be offensive or obscene to a reasonable person. Do not access any data, systems or networks without authority or permission. Do not spread computer viruses or malicious codes, or conduct any hacking activities on other computers. Respect all other Internet users. Do not threaten, harass, stalk or abuse anyone.

Good Practices of Internet Users

What are the 6 steps of cyber security?

It contains six phases: preparation, identification, containment, eradication, recovery and lessons learned.

What are the 5 great functions of cybersecurity?

Ornamental dots. Two rows of three dots. The top row is a light blue. The bottom row is one light blue dot followed by two orange dots. Blog The NIST Framework for Improving Critical Infrastructure Cybersecurity, commonly referred to as the NIST Cybersecurity Framework (CSF), provides private sector organizations with a structure for assessing and improving their ability to prevent, detect and respond to cyber incidents.

Version 1.1 was published by the US National Institute of Standards and Technology (NIST) in April 2018 and has seen fast adoption across various industries, The Framework uses business drivers to guide cybersecurity activities and considers cybersecurity as part of an organization’s risk management processes.

Many organizations are embracing this framework to help manage their cybersecurity risks. According to the 2019 SANS OT/ICS Cybersecurity Survey the NIST CSF is the number one framework in use today. How does your organization plan to use or expand your compliance with the NIST CSF in 2020? Let’s dissect this popular framework and share how you can comply.

Framework Core The framework core is a set of cybersecurity activities, desired outcomes and applicable references that are common across critical infrastructure sectors. It consists of five concurrent and continuous Functions: Identify, Protect, Detect, Respond and Recover. Implementation Tiers Implementation tiers describe the degree to which an organization’s cybersecurity risk management practices exhibit the characteristics defined in the Framework, over a range from Partial (Tier 1) to Adaptive (Tier 4). Framework Profile

A framework profile represents the Core Functions’ Categories and Subcategories prioritized by an organization based on business needs and can be used to measure the organization’s progress toward the Target Profile. The 5 Core Functions When considered together, the 5 Core Functions provide a strategic view of the lifecycle of an organization’s cybersecurity risk management and should be treated as a key reference point. Here are the 5 Functions and how to comply with them:

Identify Organizations must develop an understanding of their environment to manage cybersecurity risk to systems, assets, data and capabilities. To comply with this Function, it is essential to have full visibility into your digital and physical assets, their interconnections, and defined roles and responsibilities, as well as to understand your current risks and exposure and put policies and procedures into place to manage those risks. Protect Organizations must develop and implement the appropriate safeguards to limit or contain the impact of a potential cybersecurity event. To comply, your organization must control access to digital and physical assets, provide awareness education and training, put processes into place to secure data, maintain baselines of network configuration and operations to repair system components in a timely manner and deploy protective technology to ensure cyber resilience. Detect Organizations must implement the appropriate measures to quickly identify cybersecurity events. The adoption of continuous monitoring solutions that detect anomalous activity and other threats to operational continuity is required to comply with this Function. Your organization must have visibility into its networks to anticipate a cyber incident and have all information at hand to respond to one. Continuous monitoring and threat hunting are very effective ways to analyze and prevent cyber incidents in ICS networks. Respond Should a cyber incident occur, organizations must have the ability to contain the impact. To comply, your organization must craft a response plan, define communication lines among the appropriate parties, collect and analyze information about the event, perform all required activities to eradicate the incident and incorporate lessons learned into revised response strategies. Recover Organizations must develop and implement effective activities to restore any capabilities or services that were impaired due to a cybersecurity event. Your organization must have a recovery plan in place, be able to coordinate restoration activities with external parties and incorporate lessons learned into your updated recovery strategy. Defining a prioritized list of action points which can be used to undertake recovery activity is critical for a timely recovery.

Implementing the NIST Cybersecurity Framework can help your organization become more focused on protecting its critical assets. There are many tools that can simplify compliance with this Framework. To learn more about our solution and how it facilitates adoption of the Framework, download our eBook below,

What are the three C’s of cyber security?

Cybercriminals are constantly finding new ways to exploit governments, major corporations and small to medium sized businesses. Motivated by political, financial, or social gain, criminal groups are taking advantage of both the rising geopolitical tensions and the volatile economic climate.

That was evident in 2022, when global cyberattacks rose by 38% compared to the previous year according to our Check Point Research report, and there is no sign of activity slowing down in 2023. The threat of multiple attack vectors looms large, and hackers are shifting their focus from individuals to organizations as they attempt to cause maximum disruption.

With such a complex threat landscape, ensuring your organization has the best security measures in place should be a priority. But what does that look like? At Check Point Software Technologies, we believe in a prevention-first strategy built on a foundation of the 3Cs: Comprehensive, Consolidated, and Collaborative.

1. Adopting a prevention-first approach Less mature cyber security vendors often claim that cyberattacks will happen no matter how robust your security is.
2. The best you can do is detect the attack once it has already breached the network and respond as quickly as possible.
3. However, there is another way.
4. Check Point Software’s market vision and brand promise, ” You Deserve the Best Security “, ensures every organization can conduct their business over the internet with the highest levels of security.

To deliver on this promise, we focus on our “prevention-first” market approach by leveraging the power of ThreatCloud data and artificial intelligence. ThreatCloud is powered by 30 years’ worth of data. Whencombined with big data threat intelligence and advanced AI technologies to provide accurate prevention, our technology can prevent advanced threats across your entire network, endpoints, cloud environment, email, and IoT devices before they happen.

In fact, ThreatCloud prevented 2.5 billion attacks in 2022! In Miercom’s 2023 Next Generation Firewall (NGFW) Security Benchmark report, Check Point’s Quantum Cyber Security platform achieved a near-perfect score, with a 99.7% malware block rate and a 99.9% phishing prevention rate. In comparison, the average malware block rate for tested competitors was just 54.1%, and in phishing prevention tests, some tested competitors’ miss rates were ten times higher than that of Check Point, a weakness no organisation can afford in today’s high cyberattack range.

Furthermore, at a time when security teams are already under intense pressure, the last thing they want to deal with is false positive malware detection. In a 2021 report, it was suggested that 46% of web-application cybersecurity alerts were false positives.

The report also found that these false positives took the same amount of time to remediate as real threats. Implementing Check Point’s suite of enterprise solutions will ensure false positives are reduced and security teams can focus on the issues that matter. Critically, adopting a prevention-first approach could also reduce inflated cyber insurance premiums.

As attacks become more sophisticated and increase in frequency, scrutiny of organizations’ defenses has intensified. Up until recently, cyber insurance was reasonably priced and easy to obtain. However, between 2019 and 2021, the global cost of premiums soared from $3.3 billion to $6.5 billion,

1. Ensuring your cybersecurity defenses are fit for purpose has never been more important.
2. The 3Cs of Best Security – What are they, and why are they important? Our prevention-first approach is brought to life through our 3Cs of best security, but what are they and why should they be central to your organization’s cybersecurity strategy moving forward? Comprehensive – The complexity of attack vectors is constantly evolving.

Ensuring your organization is protected across everything from email and IoT devices to cloud networks and endpoints should be a priority. If one vector remains open, it could lead to a serious breach of critical infrastructure, akin to the Colonial Pipeline attack.

A comprehensive solution that covers all vectors is imperative to prevent an incident occurring in the first place. Consolidated – The latest generation of sophisticated cyberattacks spread quickly across all vectors and frequently bypass conventional defenses. To combat these attacks, businesses deploy multiple point solutions, many of which duplicate efforts and create siloed lines of communication.

A study conducted by Dimensional Research and Check Point found that 49% of all organizations use between 6- and 40-point security products, while 98% of organizations manage their security products with multiple consoles, creating visibility blind-spots.

• There has been a shift in focus in recent years, with a Gartner study reporting that 75% of organizations were pursuing security vendor consolidation in 2022, up from 29% in 2020.
• Sixty-five percent of those surveyed said this was to improve their overall risk posture.
• By embracing a consolidated architecture that enhances security coordination and effectiveness, organizations improve security and save budget by reducing operational overhead to integrate multiple, siloed solutions.

Collaborative – Implementing a strategy with collaboration at its core could be the difference between success and failure. When an attack hits an endpoint for example, all other security technologies across cloud, network and email must act and respond accordingly to prevent the attack from entering through their respective vendor.

To achieve that, the consolidated and comprehensive architecture must make sure every security engine is applied to any attack vector. On top of that, real-time threat intelligence information gathered from all enforcement points, research teams and third-party feeds, must be shared across the environment so action can be taken immediately to prevent the attack.

Our API-based solutions can be integrated with third-party systems to deliver the most accurate real-time data. Itai Greenberg, Chief Security Officer, Check Point Software Technologies said, “Check Point was founded 30 years ago on the basis that prevention is better than remediation when it comes to cybersecurity.

That vision has never been more important than in today’s digital landscape as organizations face sophisticated fifth generation cyberattacks from every threat vector and need to adopt a prevention-first approach to today’s security posture.” Rupal Hollenbeck, President, Check Point Software Technologies agreed, commenting, “The need for cyber resilience has never been greater.

We are reaffirming how a prevention-first model fits within an organization’s wider business strategy through the 3Cs of best security. These fundamentals are designed to focus the mind on what is important when building a cybersecurity strategy, ensuring that the choices you make deliver the results you deserve.

Jack Gloop