Endpoint Encryption Services
Protect sensitive business data with endpoint encryption that helps prevent unauthorized access to laptops, desktops, removable drives, and other devices.
Common Endpoint Security Challenges
Sensitive data can leave your organization in more ways than one. Lost devices, removable media, unauthorized access, and human error can all put confidential information at risk.
Lost or Stolen Devices
Laptops and other endpoints can contain sensitive business or client data that becomes vulnerable when a device is lost or stolen.
Unauthorized Data Access
Without encryption, someone who gains access to a device may be able to view, copy, or remove sensitive information.
Removable Media Risks
USB drives and other removable storage devices make it easy for confidential data to be transferred, intentionally or accidentally.
Compliance Requirements
Organizations subject to HIPAA, CMMC, DFARS, and other requirements may need safeguards that protect sensitive data stored on endpoints.
Protect Your Data Wherever It Goes
Charles IT helps businesses secure sensitive information at the device level with endpoint encryption and controls designed to reduce the risk of unauthorized access and data loss.
Schedule a consultation today to see how we can help.
What’s Included in Our Endpoint Encryption Services
Security controls designed to protect sensitive information across your endpoints and reduce the risk of unauthorized access, loss, and exposure.
Local Drive Encryption
Encrypt data stored on company laptops and desktops to protect sensitive information if a device is lost, stolen, or accessed without authorization.
Blocking & Encrypting USB Drives
Control USB access and encrypt approved removable drives to help prevent unauthorized data transfers and protect sensitive information.
Lost & Stolen Device Protection
Protect sensitive information on lost or stolen devices and take appropriate security measures to reduce the risk of data exposure.
Endpoint Encryption & Compliance
Endpoint encryption can help organizations protect sensitive information and support security requirements across several regulatory frameworks.
HIPAA
Protect ePHI stored on laptops, desktops, and other endpoints by making sensitive healthcare information unreadable to unauthorized users.
ITAR & DFARS
Help safeguard sensitive defense information stored on endpoints and support applicable security requirements for organizations working within the Defense Industrial Base.
PCI DSS
Protect cardholder data stored on endpoints by using encryption to reduce the risk of unauthorized access and data exposure.
Frequently Asked Questions
If you’ve got questions, we can help.
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1 (860) 344-9628 Middletown, CT
1 (203) 363-0011 Stamford, CT
1 (757) 420-5150 Chesapeake, VA
1 (401) 272-9262 Providence, RI
Why does my business need endpoint encryption?
Business devices frequently contain sensitive company, customer, employee, or regulated information. Encryption adds an important layer of protection if a device is lost, stolen, or accessed by an unauthorized person.
Does endpoint encryption protect a lost or stolen laptop?
Yes. Properly implemented encryption can help prevent someone from accessing the data stored on a lost or stolen device, even if they physically possess the hardware.
Can endpoint encryption protect USB drives?
Yes. Encryption and removable media controls can help protect data stored on USB drives while also limiting how unauthorized removable devices are used within your environment.
Does endpoint encryption help with compliance?
Encryption can support security and data protection requirements associated with frameworks and regulations such as HIPAA, CMMC, and DFARS. The specific controls your organization needs depend on the information you handle and the requirements that apply to you.
Is endpoint encryption the same as endpoint security?
No. Encryption specifically protects data from unauthorized access. Endpoint security is broader and can include antivirus, endpoint detection and response, access controls, monitoring, patching, and other protections. A strong cybersecurity strategy typically uses encryption alongside these additional controls.