For both organisations and people, cybersecurity will continue to be a top priority in 2023. The cybersecurity market is anticipated to earn $173.50 billion in sales by 2023, according to Statista. Due to an increasing reliance on digital technology as well as an increase in cyber threats, businesses and people must take proactive measures to protect their assets against cyberattacks and data breaches.

Cybersecurity is crucial for maintaining stakeholder and customer trust as well as safeguarding organisational assets. In order to protect their assets in 2023, firms must adhere to the 10 best cybersecurity strategies discussed in this article.

Cybersecurity’s importance

Because so much sensitive data is held online in the modern digital age, cybersecurity is crucial. As technology develops, more data is transferred electronically, making it easier for hackers to get sensitive information.

Companies must improve their cybersecurity procedures before a serious breach costs them money and harms their reputation.

Cybersecurity helps ensure business continuity by preventing operations disruptions brought on by cyberattacks, reduce financial losses by stopping cybercriminals from stealing money, and prevent unauthorised parties from accessing sensitive information. It’s crucial to implement cybersecurity protocols to protect digital assets and thwart online threats.

10 cybersecurity best practises

This is a list of the top 10 cybersecurity procedures to follow to protect your information from hacking attempts and data breaches:


Passwords The first line of defence against cyberattacks is a password. Weak passwords are the cause of 81% of security breaches. So, be sure to come up with secure passwords for each of your accounts. A strong password must have at least eight characters, a combination of capital and lowercase letters, numerals, and special characters.

Use a password manager to save your login information securely because they can generate strong passwords and fill up each account’s fields automatically.

Avoid reusing passwords since doing so increases the risk that a cybercriminal will be able to access all of your accounts with just one password break.

Change your passwords frequently since doing so reduces the likelihood that a cybercriminal may gain access to your accounts permanently.

Updates and patches for software

Software patches and updates are essential because they frequently include security fixes for vulnerabilities that hackers can use to gain unauthorised access to systems and data. Software routinely receives updates that fix security problems.

Check to make sure all software is updated to the latest version. Firmware, programmes, and operating systems are all provided.

To ensure that software programmes are updated right away, enable automatic updates.

Prioritize critical fixes and updates, particularly those that fix well-known security problems.

Set up a patch management system to automatically choose and distribute patches throughout the systems of the organisation.

Employee Training and Education

Since cybersecurity dangers are constantly evolving, it’s critical to keep both you and your staff up to date on the most recent threats and effective mitigation strategies. Ensure that everyone in your organisation is aware of the best cybersecurity practises and knows how to recognise and report unexpected behaviour.

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Authentication with many factors (MFA)

Multi-factor authentication allows you to guarantee that your accounts have an additional layer of security. You must enter several kinds of identification, including a password and a security code (one-time password) that was issued to you by SMS or email.

You can make sure that even if your password is stolen, someone else won’t be able to access your account without the additional piece of identification by turning on MFA.

Firewall Defense

A network safety system known as a firewall regulates and monitors all network traffic in accordance with a set security protocol. The function of a firewall, which can be either hardware- or software-based, is to examine all incoming and outgoing traffic and block any that does not meet the organization’s established security criteria.

A firewall should be deployed and set up on every server, switch, and network router.

To control traffic coming into and going out of the network, use firewall rules for both inbound and outbound traffic.

Regularly check the firewall logs for any unexpected activity so you can quickly take the necessary action.

To ensure that firewall rules reflect the most recent security threats and vulnerabilities, review and update them often.

To provide extra layers of protection, deploy multiple layers of firewall defence, including host-based and network firewalls.


Backup is a vital cybersecurity practise that helps organisations safeguard against data loss and provide business continuity in the event of a security catastrophe, such as a cyberattack or a natural disaster.

A backup is created by making copies of vital data and storing them safely outside of the original data source. Companies can use a variety of backups to ensure the security of their data. The finest backup cybersecurity practises are as follows:

Create a backup strategy that specifies the data that must be backed up, the frequency of backups, and the retention period for backups.

To ensure that backups are performed automatically and on a regular basis, employ automated backup tools.

To ensure that data can be recovered in the event of a security compromise, test backups often.

To protect them from being affected by the same security risk that might compromise the original data source, store backups in a secure, offsite location.

Reaction to Incident Planning

Even with the best security measures in place, cyberattacks can still occur. You need to have an incident response strategy if you want to be able to react to a cyberattack quickly and effectively. Instructions on who to contact, how to isolate infected devices, and how to retrieve your data during an attack should all be part of your incident response strategy.

The goals of an incident response plan are to limit the damage a security incident does, lessen its impact on the business, and ensure the protection of crucial systems and data.

Policy of Zero Trust

No matter where they are located or what level of access they have, companies must check and authenticate all users and devices before granting them access to the organization’s resources under the “zero trust” cybersecurity strategy.

Businesses with zero trust implementation saved, on average, $1 million in attack costs compared to those without it. ~ IBM

Zero-trust guidelines consist of:

By enabling least privilege access, you can make sure that users only have access to the resources they need to do their work. By doing this, the possibility of illegal access and the possible harm brought on by a security breach are decreased.

Segmenting a network is separating it into separate subnetworks, each with its own security configurations and rules.

User activity and system behaviour are continuously monitored for any indications of malicious or suspicious behaviour.

To prevent unwanted access or theft, sensitive data must be encrypted both in transit and at rest.

Cloud Safety

Cloud security refers to the processes and methods used to protect against cyberattacks on cloud-based infrastructure, apps, and data. Businesses that use cloud-based services to store and process their data, such as Software as a Service (SaaS), Platforms as a Service (PaaS), and Infrastructure as a Service (IaaS), must prioritise cloud security (IaaS).

Use robust access restrictions, such as multi-factor authentication, to ensure that only authorised users may access cloud resources.

Use encryption to protect data while it is in transit and at rest to stop it from being intercepted or stolen by hackers.

Take regular data backups to guarantee that data can be restored in the event of a cyberattack or system failure.

Keep a watch on cloud infrastructure and applications to identify potential security threats and respond quickly in the case of a security issue.

Risk Evaluations

The process of risk assessment entails the identification, analysis, and evaluation of potential threats to an organization’s assets, including its personnel, data, and information systems. In order for enterprises to understand their cybersecurity risks and take preventative measures to lower those risks, risk assessment is an essential cybersecurity strategy.