Cybercrime has accelerated and IT departments are struggling to guard their networks. Cobalt said global cybercrime is estimated to cost $9.5 trillion this yr and will proceed to escalate.
Combined with the rising costs of worldwide ransomware, which have increased by 400% to $2 million over the past yr, and recovery costs have increased by roughly 50% to $2.73 million (National Crime Agency), these statistics are shocking. The threats to company networks and business disruptions, data leaks and costs incurred are colossal. The more advanced the unreal intelligence becomes, the more often this can occur.
It’s time for firms to speculate in next-generation cybersecurity methods to guard and improve their network, and implement the AI-Secure browser and SASE platform.
Chief Operating Officer, Abzorb.
AI superhero
Artificial intelligence (AI) has superpowers to research masses of information in seconds that exceed human capabilities. AI-secured browsers can constantly monitor and discover threats resembling malware, phishing attempts, and unauthorized access in real time. Thanks to machine learning algorithms, they will discover threats or other network behavior at much greater speeds than traditional methods. Respond to latest and evolving threats before they cause damage. All without the necessity to involve the IT team.
Unrivaled security
The combination of SASE networking and an AI-secured browser provides unparalleled levels of network security. SASE networking provides a firewall, secure web gateway (SWG), and zero trust in a single cloud-delivered service. An AI-powered browser ensures consistent policy enforcement and increases security, making the network more robust regardless of where users are.
Remote and hybrid staff
A secure network is crucial as our workforce has turn out to be more diverse over the previous couple of years, with 28% of individuals working hybrid and 13% working from home (The Times) and accessing a company network. Some may access company networks or systems from personal devices, which could compromise the integrity and security of the corporate network. This happens because personal devices wouldn’t have the identical security protocols. Employees may visit unsecured public Wi-Fi networks where hackers can intercept data. Personal or company data can also be leaked.
An AI-secured browser on a SASE network increases security for distant users without compromising performance and user experience. Providing zero trust access in order that only authenticated and authorized users can access resources. There is not any need for traditional VPNs, which might be slow and vulnerable to attacks.
The SASE architecture provides flexibility since it is cloud-based, providing the flexibility to scale up and down as needed. Supporting the growing variety of distant, hybrid or office staff without compromising security.
In the shade
Shadow IT is where employees use unauthorized applications, software and devices without the consent of the IT team. Compromising network security since the IT team is unaware of shadow IT activities and subsequently cannot monitor or secure the network. There is a risk that data could also be stored or compromised. It also increases entry points for cyberattacks, making remediation and data recovery harder.
An AI-secured browser and SASE network can protect networks from Shadow IT by providing visibility into all traffic, user activity, web sites and applications. These can then be monitored in real time via an AI-powered browser, and if issues are identified, they might be resolved and notified to the IT team.
Restrictions might be put in place to be certain that employees cannot bypass corporate systems or access areas that usually are not sanctioned. SASE can restrict these areas very easily since it runs within the cloud and an AI-secured browser can block access to unsafe web sites or applications.
A zero trust model through SASE ensures that each device, user, and application is continually authenticated and authorized before access is granted. Together, these measures significantly reduce the specter of Shadow IT by enforcing strict access controls and stopping unauthorized access.
Seamless user experience
One of the major advantages of connecting an AI-secured browser to a SASE network is that it provides a seamless user experience while ensuring a high level of security. AI can optimize performance and improve user experience with minimal latency, even when accessing secure, encrypted connections.
Integrating safety features directly into the browser means users can browse without slowdowns while still being protected against online threats. SASE also supports single sign-on (SSO), so users can access all of the applications they need with one set of credentials.
Save costs and simplify IT management
You can reduce costs with an AI-safe browser and SASE networking and simplify IT operations. SASE is 100% cloud-based, so the necessity for firewalls and VPNs is eliminated because services are provided via the cloud. The advantage is full visibility and control over all network traffic.
By combining multiple security and network services right into a single cloud-based solution, organizations can simplify the management of disparate tools and solutions. AI automation’s ability to constantly monitor threats in real time frees your IT team from manually monitoring and patching security. Freeing them as much as concentrate on other areas.
Future-proof security
Implementing an AI-secured browser and SASE network is a revolutionary technique to secure the network against growing cybercrime and threats. It provides businesses with a future-proof, 5G and IoT-ready network. It offers complete enterprise network security, an enhanced and seamless user experience, and simplified network management in a scalable and cost-effective manner. So leverage AI and SASE to remain one step ahead of cyber threats and modernize and secure your network while maintaining flexibility and efficiency for today’s diverse workforce.
To mix!
