WITH THE ABILITY TO ACT

AUTONOMOUSLY AND HANDLE

ROUTINE TASKS ,

AI CAN SPOT CYBERSECURITY THREATS THAT

HUMANS CAN ’ T , RESPOND TO

BREACHES FASTER AND

REDUCE COSTS .

How Artificial Intelligence improves email security

Essentially , there are two types of email security tools – Secure Email Gateways ( SEGs ) and API-based email security . SEGs place a virtual checkpoint between malicious incoming messages and a company ’ s email server . They are customisable to suit organisational structures and processes ; however , they are dependent upon updated threat intelligence . Further , screening processes within SEGs may delay the receipt of incoming emails , and the gateway often requires maintenance and configuration .

Conversely , API-based email security tools are designed to detect and diminish threats without delaying email traffic . They generally provide IT departments with more control and insight into the protection of their cloud-based infrastructure , contain more automation capabilities than SEGs , require less maintenance and allow seamless integration with cloud applications to maximise their effectiveness .

To further augment the protection provided by these security tools , Artificial Intelligence ( AI ), where the AI engine operates behind the scenes , can be added . This is a field that is seeing an influx of new solutions that include stronger defence against cyberattacks , increased cyber-resilience and lower payroll costs . With the ability to act autonomously and handle routine tasks , AI can spot cybersecurity threats that humans can ’ t , respond to breaches faster and reduce costs associated with manual security processes .

Since AI doesn ’ t rely on threat reports to detect vulnerabilities , AI-enabled tools can quickly locate suspicions , leading to the early detection and potential prevention of attacks .

Not only is automated security nearly 40 % more effective at stopping malicious messages than a SEG or conventional security , AI-driven solutions are more likely to recognise a zero-day threat than conventional security tools because of their constant collection and analysis of fresh threat intelligence . This is important when

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