What is your primary use case for Forcepoint Data Loss Prevention?

The main use case is the built-in OCR feature that the customer needs, but the OCR feature is limited to the network level. You cannot use this at the endpoint level, where there's a risk of data leakage. End-users can leak scanned pictures or screenshots, so customers need protection against these data leaks.

Our main use case for the product involves classifying and protecting organizational data from unauthorized transfers, especially when users attempt to upload or transfer classified data to public cloud services or data-sharing platforms.

The main use case for Forcepoint DLP is its OCR feature, which many customers need. The OCR capability can only be used at the network level, not at the endpoint level. It enables network-based data security, such as scanning emails or web traffic for potential data leaks. It's useful when dealing with scanned documents or screenshots containing sensitive information, preventing data leakage for multiple customers who require this level of security.

In most of the banks that my company has implemented the tool, we have EMI and credit card information, and they don't want it to go outside the bank. It is also used to prevent company and other financial information.

Some implementations in Forcepoint are easy to do. We cannot implement very complex policies or use cases with Forcepoint.

Major compliance issues are faced by every manufacturer or by those who use customer data. From a compliance point of view, people want a DLP solution for their organization. Every organization needs a DLP solution to prevent data leakage to external sources outside the company, making it one of the major use cases for every customer as they require a DLP tool that covers multiple channels like email, web, network, printers, USB, and removable devices.

In Sri Lanka, we had more banks for DLP. However, Forcepoint offers NetApp, CASB, and endpoint DLP from a single vendor.

The main purpose of DLP is to protect data from being sent outside of the organization without authorization. So, my client uses it to protect emails and web traffic and to integrate with content classification and USB blocking systems.

Many organizations will have different use cases with Forcepoint Data Loss Prevention. Many companies are moving to an Amazon AWS cloud-based dashboard. The solution has three deployed options, cloud, on-premise, and hybrid.

I am using Forcepoint Data Loss Prevention for security. We have not implemented the solution fully and it is still being configured.

We use this solution for data loss prevention, enforcement and monitored file labeling.

For our clients, the use of Forcepoint Data Loss Prevention is to protect their data through web endpoints.

The primary use for the product is to protect our intellectual property. Additionally, I use the product for compliance and regulatory purposes, which means ensuring that certain data is protected in accordance with regulations and standard policies.

Forcepoint Data Loss Prevention works to protect data from attacks, which is a company requirement. It works on networks and has an OCR feature, with OCR being the primary use case for it in my company.

The solution has a lot of use cases. In our case, it was to protect content based on keywords and typical actions like copying to external devices, printing, or taking snapshots, et cetera.

I deployed the solution for three of our customers, and the primary use case is data loss prevention.

We use Forcepoint for compliance, PCI DSS, and data protection at the network, endpoint, and data discovery levels.

We primarily use the solution for data loss prevention.

We use this solution for data theft and for some forensic work.

We are customers of Forcepoint and I'm a senior information security engineer.

We have different areas of DLP like drive, chat, email, network, and endpoint protection. We have different data classifications which are regulated in our industry. Based on that data regulation, we created a few policies as per our government standards, like the social identity number, personally identifiable information, and personal health information. We categorized data for different sectors, and we have applied policies, and Forcepoint DLP actively filters it. If I'm sending some PII to you, it should get filtered out because it's against the organization's norm. It does its job actively.

Forcepoint DLP is a part of a data protection program. A customer will rely on a main DLP and use a complementary tool, in addition to the DLP, such as a data classification solution like Boldon James or Microsoft Information Protection. They will also complement the solution with a rights management solution like Microsoft Rights Management. Forcepoint is part of a big portfolio for data protection. We deploy the solution at customer sites. Most of our customers are in two sectors, financial and telecom. All of our deployments are on-prem.

We are a solution provider and Forcepoint DLP is one of the products that we implement for our clients. We have Forcepoint DLP at one of the telcos and one of the things that we are trying to discover is information, across the organization, that is of a personal nature. We are using it to comply with POPI, which is the equivalent of GDPR in South Africa. We are also using it for PCI-DSS requirements. This discovery component works quite well with respect to the search.

We are into managed services. We analyze a customer's requirements, and then we suggest a proper DLP or endpoint data protection solution. We have implemented Forcepoint DLP and Forcepoint Web Gateway for multiple customers.

We are using it for PCI compliance.

We use it mostly for endpoint protection of PCI information, as well as PII, such as social security numbers. We have a hybrid system, in that we utilize the cloud as well as our on-premises appliances. Depending on where the customer is, if they're on-premises or if they're working from home or elsewhere, we have that covered with the hybrid solution. Forcepoint has its product available in the cloud and we use the on-premises side when the data is going through the appliances.

Primarily we target to use data loss protection for Network, Storage , Web upload and Email

Can anyone provide me presentation file for DLP use case - Email Protection?

Protect from Web Upload and Email File Upload

Our main target is banking, insurance, and pharmacy — my main clientele.

We are mainly using this solution to protect internal documents. It's an internal document creator for the customers.

We are system integrators. We sell solutions to suit our customers' needs. Forcepoint Data Loss Prevention is used for securing your mission-critical data.

Most of the time we leave it at the first party level because of its ease of use and they do not need too much knowledge to use it. We offer it within the SMB market because it's not complex like other DLP solutions on the market, like McAfee. It is good for retail and the SMB, but I think they must have a COM-LAN with a stand-up LAN.

We use the solution for processing our sensitive data which is strategic data and strategic information exchanged between our top management personnel. The purpose was to acquire the solution to protect us from incidents involving the sensitive data from our group getting taken. This happened previously, where data was taken from us and given to another competitor. There was another leak as well and since then we've tried to carefully guard our data and implemented, for example, Apple Mail to protect our mail from third parties.

We mainly use this solution for data protection and access to our critical company information.

The primary use case of this solution is to manage personal identification, and for data loss prevention in government.

The primary use case for this solution is DLP.

We primarily use the solution to stop the loss of data through various channels.

We've been using this solution for about five, six years now. Our primary use case for Forcepoint Data Loss Prevention is for internal and external compliance, based on banking regulations. It also allows us to ensure that data within the organization is also protected - whether this data is in motion, in use, or at rest. At any point in time, data is always in a three-state situation. Either the data is at rest, which means it's not being used at all, or the data is being used. If someone works on the data, the data is in motion, which means it's moving from one location to another in the network.

We use Forcepoint primarily for data loss prevention and detection.

Our primary use case for this solution is to prevent leakage of enterprise legal data and company confidential documents.

We have some financial stuff which is critical for us and don't want to lose that data. This is the primary focus. We use this product everyday in our organization. We plan to increase our usage this year.

Our primary use case is for PCI certification so that the company employees' credit card information doesn't get lost.