Cybersecurity solutions
for your business

The rise of remote work and the adoption of cloud solutions has complicated IT security by blurring the network perimeter. The use of unsecured personal devices and networks for work has introduced new security challenges. In this scenario, taking the traditional perimeter security approach of trusting all users and entities within your network will weaken security.

A Zero trust approach enables your IT teams to control access to your networks, applications, and data. It combines techniques like identity verification, endpoint security, and least privilege controls to mitigate the risk of cyberattacks and limit attackers' access in the event of a data breach. To adopt a Zero Trust security model, your IT team needs to:

• Centralize access management and monitoring of accounts and mailboxes across your Active Directory, Exchange Servers, Microsoft 365 services, and G Suite.
• Mitigate credential-based attacks without compromising on their users' ease-of-access using added layers of security such as multi-factor authentication and single sign-on.
• Enable secure access for the distributed workforce to remote target systems through one-click, passwordless gateways.

• Control access to IT resources and applications based on roles and job responsibilities.
• Monitor all privileged sessions using AI and ML-driven solutions to detect anomalies and malicious user activity.

Having strong perimeter, endpoint, and access control security measures are great for mitigating the risk of a cyberattack. However, to ensure complete protection for your organization, you need to track critical events in your network in real-time to defend against persistent threats and to mitigate attacks.

To detect and respond to security incidents and vulnerabilities before serious damage is done, your IT team needs to:

• Leverage machine-learning based user and entity behavior analytics to preempt internal threats, data exfiltration, and user account compromises.
• Automate incident response with predefined and customizable workflows to save critical response time.
• Identify malicious communications with blacklisted IPs, URLs, and domains by corroborating data from threat intelligence services.

• Analyze all network activity to detect and defend against malware, brute-force attacks, cryptojacking, and other threats.
• Monitor active virtual private network (VPN) connections and get alerts about unusual VPN activities.
• Ensure compliance with data privacy and security regulations such as PCI DSS, SOX, HIPAA, and the GDPR with predefined report templates.

The adoption of bring your own device (BYOD) policies at workplaces and the pandemic-induced mass shift to remote work have made monitoring and managing endpoints a major challenge for IT teams. Users expect to be able to complete their work on any device at any location at any time. Meanwhile, business and regulatory requirements require IT teams to secure these endpoints against a wide variety of threats.

To give your users the freedom to work anytime, anywhere without compromising on security or regulatory requirements, your IT team needs to:

• Manage and secure all your endpoints such as laptops, smartphones, tablets, network devices, and even browsers.
• Protect your users against software vulnerabilities, malicious websites and applications, malware, and more.
• Prevent company information from being compromised through lost or stolen devices by remotely locking and wiping all corporate data from them.

• Easily provision, back up, and restore systems, from the operating system to applications.
• Safeguard against the threat of data loss and malware intrusions through removable devices.

No matter the industry, an organization's network is a vital part of its day-to-day operations. A robust network security infrastructure is helpful in maintaining a secure and stable network. A lapse in network security can not only result in network downtime but also in data theft, both of which can have serious repercussions on employee productivity and business operations. In this rapidly changing security ecosystem, there's an inherent need for IT admins to be extremely agile to maintain an effective security posture.

To prevent unplanned downtime and protect against threats to your network, your IT team needs to:

• Monitor and address an ever-expanding matrix of users, devices, and applications.
• Continuously track the network for internal and external security threats.
• Configure devices and detect misconfigurations.
• Identify device firmware versions and upgrade firmware from a central console.

• Take regular backups of network configurations to ensure disaster recovery.
• Protect against unauthorized access to your network or network devices.
• Track and adhere to various compliance mandates.

Whether it affects customer information, trade secrets, or other sensitive data, a data breach can cause a lot of harm to your organization, damaging its reputation and causing major financial losses. This is why it's imperative that every employee does their best to ensure the security and privacy of organizational data. However, employees are only human and can make mistakes. They may even fall prey to social engineering attacks.

To mitigate the risks posed by social engineering attacks and other cyberthreats to your organization's data, your IT team needs to:

• Protect data at rest, in use, and in motion by providing a unified platform for data visibility and security.
• Discover files containing personally identifiable information (PII), payment card information (PCI), electronic protected health information (ePHI), intellectual property (IP), and other sensitive information; analyze their permissions; and ensure that they are sufficiently secured.
• Ensure the integrity of information by monitoring all critical files, folders, and shares in real time, and get instant alerts on unauthorized changes in sensitive files.

• Detect ransomware attacks in real-time and execute automated responses to quarantine infected machines and prevent ransomware from spreading.
• Prevent data leaks via endpoints using a combination of user prompts, USB blocking, file copy prevention, and more.