Month: April 2023

C-level Cybersecurity Practices:A Guide

Posted on April 27, 2023 by - Blog

c-level cybersecurity practices:

Cybersecurity is becoming increasingly important for C-level executives. As high-level decision-makers, they must ensure that their organisation has robust cybersecurity practices in place to prevent cyber-attacks. Moreover, they must mitigate the risk of financial loss, reputational damage, and legal liability. In this blog post, we will discuss some key C-level cybersecurity practices that executives should consider adopting to protect their organisations.

c-level cybersecurity practices:

1. Establish a Comprehensive Cybersecurity Policy:

The first step towards protecting your organisation is to establish a comprehensive cybersecurity policy. Outline the specific measures that your organisation will take to protect its assets and reputation. It’s equally important that a policy should be communicated to all employees and reviewed regularly to ensure it is up to date.

2. Conduct Regular Security Audits:

Secondly, regular security audits should be conducted to identify potential vulnerabilities and to ensure that your organisation’s security systems are functioning correctly. As a result, you can help stay ahead of emerging threats and ultimately, ensure that your organisation is adequately prepared to defend against cyber-attacks.

3. Use Multi-Factor Authentication:

In addition to policy and audits, MFA adds an extra layer of security to sensitive data.  By requiring employees to provide multiple forms of identification, it helps prevent unauthorised access to your organisation’s accounts and data and is a key C-level cybersecurity practice.

C-level Cybersecurity Practices

4. Train Employees on Cybersecurity Best Practices:

Employees are often the weakest link in an organisation’s cybersecurity defences. Training employees on cybersecurity best practices, such as how to identify phishing emails and avoid using weak passwords, can significantly reduce the risk of a cyber-attack.

5. Keep Software Up to Date:

Software vulnerabilities are a common entry point for cybercriminals. Ensure that all software, including operating systems and applications, are up to date with the latest security patches as a part of C-level cybersecurity practices.

6. Regularly Backup Data:

Backing up your organisation’s data regularly is an essential practice that can help mitigate the impact of cyber-attacks. In the event of a breach, having up-to-date backups can help ensure that your organisation can quickly recover lost data.

c-level cybersecurity practices: Data breach

7. Implement a Cybersecurity Incident Response Plan:

Finally, even with the best C-level cybersecurity practices in place, it is essential to have a response plan. This plan should include steps for containing the attack, communicating with stakeholders, and restoring systems and data.

C-level Cybersecurity Practices: Get Prepared

Below are some key tools and resources that you should consider adding to your cybersecurity tool kit:

1. A Password Manager:

Firstly, password managers are essential tools that can help you generate and store strong passwords securely. Passwords are often the weakest link in an organisation’s cybersecurity defences, so it is crucial to have a password manager to ensure that your passwords are secure .

2. A Virtual Private Network (VPN):

In addition to a password manager, a VPN is a critical tool for maintaining your organisation’s online security, particularly when working remotely. VPNs encrypt your internet traffic, making it difficult for cybercriminals to intercept and steal sensitive information.

VPN C-level cybersecurity practices

3. Anti-Malware and Antivirus Software:

Antivirus and anti-malware software are essential tools for protecting your organisation’s devices and networks.

4. A Security Information and Event Management (SIEM) Solution:

A SIEM solution is a tool that can help you monitor your organisation’s networks and systems for security incidents and alerts. In addition, a SIEM solution can help you detect and respond to security incidents quickly, helping to reduce the impact of a cyber-attack.

Incidentally, if you’re seeking an effective SIEM, our partners ConnectWise offer a robust SIEM solution. Detect and respond to security incidents in real-time with SIEM.

Why SIEM?

SIEM is a software platform that provides real-time monitoring and analysis of your organisation’s security events. It collects and correlates data from various sources to identify potential threats and automate incident response actions.

Although SIEM is a powerful tool that can help you detect and respond in real-time, it requires skilled security analysts to manage and maintain the system.

c-level cybersecurity practices : SIEM tool

Why MDR

As an alternative to SIEM, MDR is a managed security service that goes beyond what SIEM can offer. It provides a team of security experts who work with your organisation to monitor and respond to potential threats in real-time.

In addition, MDR services typically include continuous threat hunting, incident response, and remediation services. As a result, your organisation can benefit from proactive cybersecurity monitoring without the need for additional staff.

Don’t leave your company’s cybersecurity to chance. Contact Leaf to learn more about MDR and SIEM products and how it can benefit your company.

5. Encryption Tools:

Lastly, encryption tools can help protect your organisation’s sensitive data by encrypting it when it is in transit or at rest. There are many encryption tools available that can help you, so make sure to choose the right tool for your needs.

In summary, C-level cybersecurity practices are a crucial aspect of any organisation’s operations.  As a C-level executive, it is your responsibility to ensure that your organisation’s practices are up to date and effective in mitigating cyber risks. As a result of taking these steps can help you maintain your organisation’s reputation, protect against financial loss, and comply with regulatory requirements.

Digital Transformation &

C-level Cybersecurity Practices

c-level cybersecurity practices: Digital Transformations

Digital transformation is a complex and ongoing process that requires careful planning and execution. A critical component of this process is cybersecurity.

Firstly, to ensure the security of existing systems and new technologies being implemented, potential risks must be assessed. This involves identifying vulnerabilities and developing a comprehensive cybersecurity framework that addresses all potential threats.

Secondly, policies and procedures should be established for data protection, access control, network security, and finally, incident response. These measures will  minimise the risk and in addition, help to minimise the impact of any potential breaches.

To further strengthen security measures, ensure that all employees are trained on cybersecurity best practices to reduce human error. In addition, implementing MFA and regular software updates can provide an extra layer of protection.

Moreover, integrating cybersecurity into every stage of the digital transformation process is critical. This means considering security from planning and design to implementation and ongoing maintenance, rather than as an afterthought. As a consequence of prioritising cybersecurity in a digital transformation strategy, businesses can ensure that their organisation’s data and systems remain secure against evolving threats.

Finally, it’s crucial to regularly evaluate and update the cybersecurity framework to keep pace with emerging threats and new technologies. This requires ongoing investment in cybersecurity measures, as well as a culture of vigilance and proactive risk management.

If you require an experienced and knowledgeable IT consultation, our experts are waiting to hear from you. We have product and service offerings to neutralise potential threats, empower your workforce and protect your business. Fill out the form below to get in touch.

Data Privacy: A Business Guide

Posted on April 20, 2023 by - Blog

Data Privacy: Featured Image

As modern businesses increasingly rely on complex digital environments, data privacy is as critical as ever. As a business owner or employee, you are tasked with the protection of valuable data. So, what is the best cause of action? Can you ensure your data is safe? In Data Privacy: A Business Guide, we explore how you can protect your business and customers from data compromise.

Data Privacy: Featured Image

To begin, let’s understand what data privacy is. According to the International Association of Privacy Professionals (IAPP), it is defined as:

Data privacy is the ability of individuals or organisations to control the collection, use, disclosure, transfer, and access to their personal information.

The IAPP also defines personal information as:

Any information that can be used to identify or contact a specific individual, such as a name, address, phone number, email address, or Social Security number.

With this in mind, what are the implications of data compromise on business operations and reputation alongside, their effect on compliance? Firstly, consider a few important steps:

Data Privacy: Legal Compliance

In the UK, the compliance framework used is the Data Protections Act 2018; the UK’s iteration of GDPR. Conversely, in Ireland, businesses must follow GDPR guidelines.

Data Privacy: GDPR

The DPA and GDPR set out a number of requirements for organisations that process personal data, including:

  • Obtaining consent from individuals before processing their personal data
  • Only processing personal data for specified, explicit, and legitimate purposes
  • Keeping personal data accurate and up-to-date
  • Taking steps to protect personal data from unauthorised access, use, disclosure, or destruction
  • Notifying individuals if there is a data breach

Failure to comply with the DPA may leave businesses vulnerable to a number of enforcement actions and criminal prosecutions.

While the Data Protections Act 2018 has many similarities to GDPR, it does vary in some key areas:

Definition of personal data:

The DPA 2018 defines personal data more narrowly than the GDPR and does not include online identifiers such as IP addresses and cookies.

Individual rights:

  • Right to be forgotten: The GDPR gives individuals the right to request that their personal data be deleted, in certain circumstances. The DPA 2018 does not have this right.
  • Right to data portability: The GDPR gives individuals the right to request that their personal data be transferred to another organisation, in certain circumstances. The DPA 2018 does not have this right.
  • Right to object: The GDPR gives individuals the right to object to processing their personal data in certain circumstances. The DPA 2018 does not have this right. (Source: https://tpconnects.com/security-policy/?authuser=1)

The Data Protection Impact Assessment (DPIA)

  • Scope: The GDPR requires organisations to carry out a DPIA for any processing of personal data that is likely to result in a high risk to the rights and freedoms of individuals. The DPA 2018 only requires this for high-risk processing, such as processing that involves sensitive personal data or occurs in a particularly vulnerable context.
  • Content: The GDPR specifies the content that must be included in a DPIA. This includes information about the nature, scope, context, and purposes of the processing; the risks to individuals’ rights and freedoms; the measures taken to mitigate those risks; and in addition, safeguards in place to protect personal data. The DPA 2018 does not specify the content that must be included in a DPIA.
  • Timing: The GDPR requires organisations to carry out a DPIA before they start processing personal data that is likely to result in a high risk to the rights and freedoms of individuals. The DPA 2018 does not specify when a DPIA must be carried out.

Data Protection Officer

  • Data protection officer: The GDPR requires organisations that meet certain criteria to appoint a DPO, while the DPA 2018 does not have this requirement.

Enforcement

  • Enforcement: The ICO can issue fines of up to £4 million or 4% of global annual turnover, whichever is greater, for breaches of the DPA 2018, while the EDPB can issue fines of up to €20 million or 4% of global annual turnover, whichever is greater, for breaches of the GDPR.

Data Privacy: Business Implications

Businesses in the UK or Ireland must embed these principles into their operations and make compliant actions with data privacy at the forefront of their plans. Below are some key business operations and some actions required to remain compliant:

  1. Data collection and use: Businesses need to ensure that they collect and use customer data only for legitimate purposes. This includes obtaining explicit consent from customers before collecting their personal information and clearly communicating how the data will be used.
  2. Marketing and advertising: Businesses need to be transparent about how they use customer data for marketing and advertising purposes. They should obtain consent before using customer data for these purposes and provide customers with opt-out options.
  3. Customer service: Businesses often collect customer data to provide better customer service. They need to ensure that customer data is protected and not used for any other purposes.
  4. Data storage and disposal: Businesses need to implement appropriate measures to protect customer data while it’s being stored and dispose of it securely when it’s no longer needed.
  5. Third-party vendors: Businesses often use third-party vendors to collect, store, or process customer data. They need to ensure that these vendors comply with relevant data privacy laws and regulations and take appropriate measures to protect customer data.

In addition to remaining compliant with data privacy law, businesses can garner further trust from their customer base and avoid legal pitfalls. Ultimately, compliance is good for your customers and reputation.

If you need any further information about how Leaf collects your data, see our privacy policy for more info.

Data Privacy: Customer Trust

Data Privacy: Customer Trust

While interacting with their customers, businesses must act in a protective and responsible manner towards data privacy. Below are some key tenants to implement in customer interactions:

  1. Transparency: When you collect customer data, be sure to inform them about how you will use the data and how they can opt out of having their data collected. You can do this by firstly, including a privacy policy on your website or secondly, by providing customers with a clear and concise explanation when you collect their data.
  2. Define the important data: Only collect the data you need. If you’re an eCommerce business selling shoes, there will only be the need for data specific to make a transaction and retarget with marketing. If you are collecting excess data, identify it and refine your collection process.

In summary, customers expect their data to be held, disposed or shared in a responsible manner. To meet expectations, businesses must pull out all the stops.

Data Privacy: Cybersecurity

There are a number of things that businesses can do to improve their data privacy from a cybersecurity perspective. In light of this, here are some of the most important actions include:

  • Implementing strong security measures: This includes things like using firewalls, encryption, and access controls to protect data from unauthorised access, use, disclosure, or destruction.
  • Educating employees about data privacy: Employees should be aware of the importance of data privacy and the steps they can take to protect data. This includes things like using strong passwords, being careful about what information they share online, and reporting suspicious activity to IT staff.
  • Having a data breach response plan in place: In the event of a data breach, businesses should have a plan in place to respond quickly and effectively. This plan should include things like notifying affected individuals, investigating the breach, and finally taking steps to prevent future breaches.

By taking these steps, businesses can help to protect their data from unauthorised access and use.

Data Privacy: Cybersecurity

Here are some additional tips for businesses that want to improve their data privacy:

  • Use strong passwords and change them regularly.
  • Be careful about what information you share online.
  • Use a firewall and antivirus software.
  • Keep your software up to date.
  • Back up your data regularly.
  • Be aware of the risks of phishing and other scams.
  • Report any suspicious activity to your IT department.

By following these tips, businesses can help to protect their data from unauthorised access and use.

In Conclusion

To fully address the problem, businesses must consider legal compliance, business implications, customer trust, and cybersecurity. They must take a holistic approach to implementing GDPR or DPA at every level of the organization and provide comprehensive training. Data protection is not just a concern for the boardroom but also for every customer and member of the workforce. Therefore, businesses should prioritize it as a central tenet in securing their operations now and in the future.

If you require an experienced and knowledgeable IT consultation, our experts are waiting to hear from you. We have product and service offerings to neutralise potential threats, empower your workforce and protect your business. Fill out the form below to get in touch.

10 Cyber Attack Techniques You Should Know(2023)

Posted on April 14, 2023 by - Blog

Cyber Attacks

In our latest blog post, “10 Cyber Attack Techniques You Should Know,” we identify vulnerabilities found in the latest ConnectWise threat report and provide insight into their latest findings. Throughout 2022, ten of the most utilised attack techniques from a sample of 440,000 cyber attacks have been identified. Often, the rate of innovation and keeping pace with business competitors can override the need for cybersecurity. To contrast this, we offer a guide for decision-makers to make informed determinations on their tools and processes.

Cyber Attack: Software Vulnerabilities

Cyber Attack #1:

Exploitation for Client Execution

If software has a vulnerability, malicious actors can leverage this knowledge to pose a significant cyber threat. Once gaining entry through these means, attackers can execute malicious code on a system. Subsequently, this may give access to secure data, enable full system control, or provide a launching pad for future attacks. More specifically, access enables the attacker to spread malware via spear phishing or drive-by downloads. This facilitates further exploitation of computers in a network and may lead to financial and reputational losses for businesses.

For further information regarding the dangers of phishing, read our recent article – Cyber Security: Plenty of Phish in the Sea

Here are a few common targets:

Browser-Based Exploitation:

With the prevalence of drive-by compromise and spear phishing, web browsers are a common cyber risk. Adversaries may exploit a specific individual by spear phishing or simply through typical web browsing. The latter may come in the form of manipulating a browser or browser plugin, typically used by the victim. For instance, an attacker could set up a dummy website that exploits a vulnerability every time the end-user visits the site. Conversely, they could insert malicious code on a legitimate site, primed to execute when visited by the victim. Both scenarios can lead to disastrous consequences.

Office Applications:

Common software vulnerabilities have been exploited to transmit malicious files either via attachments or download links. This phishing technique requires the user to open the attachment or download the link.

Common Third-Party Applications:

Common enterprise applications such as Adobe Reader or Flash have been targeted as a vehicle for cyber intrusion. Many exploits are delivered as objects within an app, e.g. a malicious pdf used to execute code on the victim’s reader software.

Detecting software exploitation varies depending on the cybersecurity solutions available, but there are signs:

  • Abnormal behaviour of browsers or applications
  • Suspicious files
  • Evidence of attempts to hide execution
  • Unusual network traffic

Cyber Attack

For further reading on cybersecurity best practices, see our article 10 ways to prevent cyber attacks.

Cyber Attack #2:

Boot or Logon Autostart Execution

A boot or logon autostart execution runs malicious code when a device is starting up, or when a user logs in. Similar to your morning routine, a computer completes a set of actions to start the day right, but an attacker can set those actions to suit their means. Usually, an attacker will use this technique to maintain control of a targeted system or extend access privileges. Operating systems may have features to enable the automatic startup of some software, attackers use these autostart programs to change the way an operating system works.

Cyber Attack #3:

System Binary Proxy Execution

Attackers clone trusted, pre-installed software, known as system binaries, to avoid security checks for unauthorised programs.

Cyber Attack #4:

Indirect Command Execution

Indirect command execution is a covert technique to extract sensitive data from an infected computer. Consider this scenario: an adversary infects a computer through a phishing email and creates a script to extract sensitive data. Then, the attacker uploads the script onto a computer and schedules it to run outside of business hours. Due to already having access, the script runs as the usual employee account and can extract financial data without triggering any alarms. As a result, the attacker maintains anonymity.

The 2023 SonicWall Cyber Threat Report is your guide to attackers’ rapidly evolving tactics.

See the SonicWall Cyber Threat Report for more

Cyber Attack #5:

Process Injection

Process injection involves running malicious code within a legitimate process on a target system. Essentially, malware disguises itself by using a trusted program, which helps it avoid detection by security tools and enables it to steal resources and access sensitive data. It’s similar to a petty criminal escaping through a crowded train platform, using the chaos to blend in with the crowd.

Cyber Attack #6:

Data Destruction

As the name suggests, data destruction is a process where attackers aim to cover their tracks by erasing all evidence of their activity. This technique prevents victims from recovering sensitive information and also makes it harder for data forensic professionals to investigate the breach.

Cyber Attack #7:

Data Encryption

Data encryption is another technique that hackers use to conceal their activity. This process involves scrambling data so that only the owner of the encryption key can access it. Ironically, we use encryption to secure our sensitive data, but in this case, it’s being used for nefarious purposes.

For example, a hacker might gain access to your personal information and encrypt the files, demanding a ransom in exchange for the encryption key. Using encryption maliciously can cause a business to grind to a halt and result in significant financial damage, as well as damage to its reputation.

One real-world example of this is the 2017 Wannacry ransomware attack. The attack disrupted key healthcare infrastructure in the UK and postal service FedEx in the US, resulting in hundreds of millions of dollars in damages. The attackers encrypted data, held hospitals and postal services for ransom, and put lives at risk.

See our case study on the efforts of Microsoft Digital Crime Unit for more.

Cyber Attack: Data Encryption

Cyber Attack #8:

Valid Accounts

One way for threat actors to gain access to a system and evade security measures is by compromising existing employee credentials. Even dormant accounts can be targeted, allowing attackers to escalate their privileges and carry out malicious activities.

Cyber Attack #9

Execution Guardrails

Execution guardrails are security measures designed to prevent malware from running on a system. Similar to air traffic controllers, they ensure the safe passage of data and processes in a digital environment. However, like data encryption, they can be used for nefarious purposes. If a hacker has already used a process injection, they may attempt to manipulate the execution guardrails to run the code when the computer is inactive. By monitoring the user’s keystrokes and waiting for a period of inactivity, the attacker can increase their chances of success.

Cyber Attack #10

Command and Scripting Interpreter

Command and scripting interpreters are programs used to modify settings and carry out actions on a computer. Attackers can exploit these programs to exfiltrate data or download malicious code onto a target system. To minimise the risk of such attacks, it’s important to limit access to relevant employees, explore detection software options, and keep software and operating systems up-to-date.

For more information on the importance of patch management, check out our article on the topic.

Cyber Attack: Hacking

In Conclusion

In conclusion, the list of cyber attacks highlights various techniques that malicious actors use to compromise computer systems, steal sensitive data, or cause disruption. These attacks range from exploiting software vulnerabilities, using autostart programs, cloning system binaries, to injecting malicious code into legitimate processes. Additionally, attackers may use techniques like data destruction or encryption to cover their tracks and evade detection. To protect against these attacks, it is essential to employ robust cybersecurity measures, such as keeping software up-to-date, using strong passwords, and implementing multi-factor authentication. Regular employee training and awareness programs can also help prevent successful attacks.

If you require an experienced and knowledgeable IT consultation, our experts are waiting to hear from you. We have product and service offerings to neutralise potential threats, empower your workforce and protect your business. Fill out the form below to get in touch.

Cybersecurity Training: Plenty of Phish in the Sea

Posted on April 5, 2023 by - Blog

Cybersecurity Training: Phishing Scams

In a world of increasingly sophisticated cyber threats, it pays to know your zero days from your APTs. Nevertheless, the growing arsenal of cyber weapons pales compared to breaches caused by another more familiar means: human error. In this article, we offer insight into protecting your business and hard-earn reputation in Cybersecurity Training: Plenty of Phish in the Sea.

Phishing Scams

Safeguarding against evils such as phishing scams and social engineering is as much about people as it is about tech. While not an excuse to divest from your cybersecurity infrastructure, it is a call to action to educate and empower your team.

According to an IBM Cybersecurity Intelligence Index Report, investigating thousands of breaches in 130 countries, human error was the main contributing factor to security breaches.

‘Human error was a major contributing cause in 95% of all breaches’

Since this report, there have been various findings corroborating these conclusions. In light of this, what can be done to protect your business? In this article, we explore the measures you can take to minimise your risks and tasks you can implement to help staff navigate cybersecurity dangers.

Phishing Scams

Cybersecurity Training: Phishing Scams

Phishing is broadly defined as an attempt to acquire sensitive data by impersonating a customer or a trustworthy figure via email. While phishing is a scattergun approach, businesses can be targeted in a focused attack. This approach is called spear phishing.

According to a report by our partners ConnectWise, here are some of the common techniques used in phishing scams:

  • Embedding links to unsecured websites requesting sensitive information
  • Malicious email attachments
  • Spoofing the sender address to impersonate a reputable source

Cybersecurity Training: Phishing Attack

  1. Don’t reveal sensitive information – never reveal personal information i.e. passwords or financial information
  2. Check website security measures – an ‘HTTP’ indicates the domain has not applied for security measures however, ‘HTTPS’ is a sign it has
  3. Be aware of website URL variations – be wary of different spellings of domain names. Pay close attention to whether the URL has been altered in some way to masquerade as a trusted sender
  4. Verify suspicious emails by reaching out directly to the business – should you receive an email requesting information, reach out through other means to verify before any transaction takes place
  5. Update and protect – periodically update your operating system, software and web browser. In addition, install robust antivirus and malware protection

Social Engineering

Cybersecurity Training: Social Engineering

In addition to phishing, there is a threat of a more personal and persuasive variety: social engineering. Rather than trying to guess passwords, cybercriminals often take advantage of personal vulnerabilities instead. Below are some social engineering techniques to be aware of:

  1. Pretexting – the creation of a narrative to elicit the trust of the target. Consider this scenario: a call comes into the front desk at your bank. They claim to be a remote worker and have an access issue, they bemoan the timing of the problem as they have an important task due. Subsequently, they will need the issue resolved as soon as possible and apply considerable pressure on the front desk team to resolve it. This example has the front desk on the back foot due to the time sensitivity of the problem and the believable pretext of the remote worker.
  2. Baiting – when an attacker bargains with an employee for the exchange of sensitive information. Imagine a malicious actor offering an employee access to their next salary increase. The information the employee requires can be found on a USB device they have found. After some persuasion, the employee gives in to temptation, plugs the device into their computer and now the attacker has access.
  3. Impersonation – the invention of an authority figure or impersonation of an authority figure, to gain trust and access to an account.
  4. Spear phishing – unlike phishing, spear phishing is a targeted attack on an employee or organisation. In this context, an attacker with have gathered some information to make them more convincing. Often this involves the name, address or job title of the victim.

Targeted Attacks

In 2020, the French Engineering company Altran Technologies were the victim of a spear-fishing attack. The cybercriminals impersonated the boss and CEO of the company to request a payment order from finance. To gain their trust, the attacker recreated an identical payment portal and invoice. Consequently, a member of the finance department approved the payment, resulting in a $3.6 million loss for the company.

Human error has been at play in this example. To avoid these attacks, a stringent verification procedure is a must, alongside cybersecurity awareness training for the frontline staff likely to encounter these scenarios. Unfortunately for Altran Technologies, their attackers effectively targeted specific employees and took advantage of their vulnerabilities to achieve their aims. Therefore, highlighting the potential damages caused by practised and ruthless spear-fishing.

Cybersecurity Training: Social Engineering

Cybersecurity Training: Social Engineering

Businesses can arm themselves with preventative tactics:

  1. Staff cybersecurity training – training enables staff to better recognise suspicious behaviour and therefore, offers the best course of action to avoid them.
  2. Two-factor authentication – this offers an added layer of security for accounts and increases the difficulty for attackers to gain access
  3. Strong password policy – implementing a company-wide password policy goes a long way to establishing a strong defence against brute-force password hacks (see our article for more information)
  4. Access controls – assigning access based on job roles can reduce the blast radius of an attacker accessing your systems.
  5. Security software – investing time/money into researching and purchasing relevant security products is a crucial part of modern business’s cybersecurity strategy
  6. Disaster response – settle on an agreed protocol for the event of an attack and train your workforce to cooperate on an agreed response
  7. Physical security – setup security cameras to monitor and protect areas where sensitive information or expensive equipment is stored

Cybersecurity Training for C-Level Professionals

  1. Two-factor authentication – this is more important for professionals who have access to highly-sensitive data
  2. Regular cybersecurity training – run threat scenarios and simulate attempts to gain unauthorised access. As a consequence, your team can be aware of threats and you can implement an effective threat protocol
  3. Spam filters – equip your business with up-to-date spam filtering software to gatekeep staff email inboxes
  4. Monitor logs – keep an eye out for suspicious activity i.e. multiple failed login attempts, access from unusual locations
  5. Disaster protocol – in the event of a phishing attack, setting an agreed protocol is vital. Create reporting procedures, isolate affected systems and delegate the roles and responsibilities company-wide
  6. Update and refine – stay informed on the latest cybersecurity protocols and threats so you can protect your business into the future

Conclusion

Achieving robust security is a layered and accumulative process. The problem is not just about the technology, it’s also about the people who interact with it. Alongside the preventative measures such as two-factor authentication, password policy and disaster protocol; staff training is equally as important. Parallel to these efforts, businesses are adopting proactive and iterative cybersecurity training processes. Without this approach, futureproofing your reputation and profits may become fraught with risk and possible disaster.

If you require an experienced and knowledgeable IT consultation, our experts are waiting to hear from you. We have product and service offerings to neutralise potential threats, empower your workforce and protect your business. Fill out the form below to get in touch.