Protect your network with an AI-protected browser and SASE framework
Cybercrime has increased and IT departments are struggling to protect their networks. Cobalt stated that global cybercrime is expected to cost $9.5 trillion this year and will continue to escalate.
Combined with the rising cost of global ransomware, which has increased by 400% to $2 million in the past year, while recovery costs have increased by approximately 50% to $2.73 million (National Crime Agency), these statistics are shocking. The threats to companies’ networks, business disruption, data leakage and associated costs are enormous. The more advanced AI becomes, the more often this will happen.
Now is the time for companies to invest in next-generation cybersecurity practices to protect and improve their network and implement an AI-Secure Browser and SASE framework.
Chief Operating Officer, Abzorb.
AI the superhero
Artificial intelligence (AI) has superpowers to analyze large amounts of data in seconds that are beyond human capabilities. AI-enabled browsers can continuously monitor and identify threats in real-time, such as malware, phishing attempts, and unauthorized access. Through machine learning algorithms, they can identify threats or other behavior on the network much faster than traditional methods. Respond to new and evolving threats before they cause damage. And all without the IT team having to intervene.
Unparalleled security
The combination of the SASE network and an AI-enabled browser provides unparalleled levels of network security. The SASE network provides a firewall, a secure web gateway (SWG), and zero trust in a single cloud-delivered service. While an AI-enabled browser ensures consistent policy enforcement and increases the level of security, making the network more robust no matter where users are.
Remote and hybrid workforces
A secure network is crucial as our workforce has become increasingly diverse in recent years, with 28% of people working hybrid and 13% working from home (The Times) and having access to the corporate network. Some may access the corporate network or systems from personal devices, which could threaten the integrity and security of the corporate network. This is because the personal devices do not have the same security protocols. Employees can also visit unsecured public Wi-Fi networks where hackers can intercept data. Data breaches can also occur in which personal or company data is leaked.
An AI-enabled browser on a SASE network improves the security of remote users without sacrificing performance or user experience. Provides zero trust access, so only authenticated and authorized users can access resources. There is no need for traditional VPNs, which can be slow and vulnerable to attacks.
The SASE architecture offers flexibility because it is cloud-based and offers the ability to scale up and down as needed. Support growing remote, hybrid or office-based workforces without sacrificing security.
In the shade
Shadow IT is where employees use unauthorized applications, software and devices without permission from the IT team. Compromising the security of the network because the IT team is unaware of ‘shadow IT’ activity and therefore cannot monitor or secure the network. The risk that arises is that data is stored or compromised. It also increases access points for cyber attacks, making repair and recovery difficult.
The AI-enabled browser and SASE network can protect networks from shadow IT by providing visibility into all traffic, user activity, websites and applications. These can then be monitored in real time by the AI-enabled browser and if any issues are identified, they can be resolved and the IT team alerted.
Restrictions can be put in place to prevent employees from bypassing company systems or accessing non-sanctioned areas. SASE can restrict these areas very easily because it is cloud-based and its AI-enabled browser can block access to unsafe websites or applications.
The Zero Trust model through SASE ensures that every device, user, and application is continually authenticated and authorized before access is granted. All of these measures significantly reduce the threat of shadow IT by enforcing strict access controls and preventing unauthorized access.
Seamless user experience
One of the key benefits of combining an AI-enabled browser with a SASE network is maintaining a seamless user experience while maintaining a high level of security. AI can optimize performance and improve user experience with minimal latency, even when accessing secure, encrypted connections.
The integration of security features directly into the browser means users can surf without delays and still be protected from online threats. SASE also supports single sign-on (SSO), so users can access all the applications they need with one set of credentials.
Save costs and simplify IT management
You can reduce costs with an AI-enabled browser alongside a SASE network and simplify IT operations. SASE is 100% cloud-based, so the need for firewalls and VPNs is eliminated because services are delivered via the cloud. It is beneficial to have full visibility and control over all traffic on the network.
By combining multiple security and networking services into a single cloud-based solution, organizations can reduce the complexity of managing disparate tools and solutions. The AI automation capabilities of continuous real-time threat monitoring relieve the IT team from manual monitoring and security patching. They are given the space to concentrate on other areas.
Future-proof security
Implementing an AI-enabled browser and SASE network is a game-changing strategy in securing your network against increasing cybercrime and threats. It offers companies a future-proof network that is ready for 5G and IoT. Provides total security for your corporate network, an enhanced and seamless user experience, and simplified network management in a scalable and cost-effective manner. So leverage AI and SASE to stay ahead of cyber threats and modernize and secure your network while maintaining flexibility and performance for today’s diverse workforce.
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