a type of cyber attack that locks you out of your own files or systems and demands payment to restore access. Attackers typically encrypt business data and request a ransom—often in cryptocurrency—before providing a decryption key.

A Trojan (short for Trojan horse) is a type of malware that disguises itself as legitimate software to trick users into installing it. Once inside a system, a Trojan can give attackers unauthorised access, steal data, or install additional malicious software without the user’s knowledge.

A worm is a type of malware that can spread automatically across systems and networks without user interaction. Unlike other malware, worms do not need users to open files or click links to propagate.

In addition to ransomware, malware, trojans, and worms, there are other forms of malicious software (common examples such as spyware, adware, keyloggers, fileless malware) that can pose serious risks to business endpoints. These threats are often designed to operate quietly, making them difficult to detect without continuous monitoring and endpoint protection.

Cyber threats such as ransomware, malware, trojans, and worms can immediately disrupt day‑to‑day business operations by preventing staff from accessing the systems and data they rely on. When endpoints are compromised, employees may lose access to email, files, applications, or cloud services needed to perform their roles.

Cyber threats such as ransomware, malware, trojans, and worms can result in the loss, corruption, or encryption of critical business data, making it inaccessible when it is needed most. In many attacks, threat actors deliberately encrypt files, databases, and shared drives to prevent access and pressure businesses into paying a ransom to regain control.

Cyber threats such as ransomware, malware, trojans, and data breaches can cause serious damage to customer trust and business reputation, often lasting long after systems are restored. When customers learn that a business has suffered a cyber incident, especially one involving data exposure, confidence in the organisation’s ability to protect information can quickly decline.

Cyber incidents such as ransomware, malware, and data breaches can result in breaches of privacy and cybersecurity legislation, particularly when personal, client, or confidential business data is accessed, exposed, or encrypted by unauthorised parties.

Cyber incidents such as data breaches, ransomware attacks, and prolonged security failures can expose businesses to regulatory penalties, compliance failures, and potential litigation. Australian regulators have made it clear that organisations are expected to take reasonable steps to protect systems and personal information, and failures to do so can result in significant enforcement action.

Real‑time threat detection focuses on identifying suspicious behaviour on endpoints as it happens, rather than waiting for known malware signatures to appear. This approach monitors how users, applications, and systems behave and looks for activities that deviate from normal patterns.

Once suspicious behaviour is detected, real‑time threat detection focuses on analysing whether the activity represents a genuine cyber threat. This analysis combines behavioural data, system context, and threat intelligence to distinguish between normal business activity and malicious actions.

automatically notifying our security team when suspicious or high‑risk activity is identified. Alerts are generated in real time based on the severity and potential impact of the behaviour, ensuring genuine threats are escalated quickly and not missed.

Taking immediate action to contain, isolate, and reduce the impact of a confirmed threat. This may include stopping malicious activity, securing affected systems, and preventing the incident from spreading or causing further disruption.