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Bromium Case Study: State & Local Government Customer Reports
Technology Category
- Cybersecurity & Privacy - Endpoint Security
- Cybersecurity & Privacy - Application Security
Applicable Functions
- Business Operation
Services
- System Integration
The Challenge
The state & local government organization faced significant challenges with malicious email attachments, phishing (malicious links), and file downloads. These threats necessitated a robust cybersecurity solution to protect against advanced malware attacks. The organization needed a solution that could effectively isolate and neutralize these threats, ensuring the safety of their systems and data. The existing security measures were insufficient in providing the level of protection required, leading the organization to evaluate and ultimately select Bromium.
About The Customer
The customer is a state & local government organization in the United States. Due to confidentiality policies, the organization has chosen to remain anonymous. This organization operates on a large scale, with over 1,000 employees, and is responsible for various governmental functions and services. The organization required a highly secure and efficient cybersecurity solution to protect against advanced threats such as malicious email attachments, phishing, and file downloads. Their primary goal was to enhance the security of their systems while maintaining high productivity levels.
The Solution
The organization implemented Bromium's unique, patented micro-virtualization technology to address their cybersecurity challenges. This technology isolates each user-task in a lightweight, CPU-enforced micro-VM, allowing users to click on anything without risking compromise. Bromium's solution provided advanced endpoint security by automatically isolating threats, thus preventing breaches. The organization also benefited from Bromium's application isolation feature, which became a critical component of their new security stack. This strategic shift in cybersecurity helped the organization stop cybercriminals effectively.
Operational Impact
Quantitative Benefit
