Password Protection & Authentication Service
Uniquely Simple.Powerfully Secure.
It takes only one compromised credential to seriously damage or even disable an organization.
Password Protection & Authentication (Total Identity Security) needs to be the first line
of defense against cyberattacks.
Password Protection & Authentication Service provides the security you need to protect identities, assets, accounts, and information. Let your company work confidently and worry-free with easy-to-use, cost-effective, and complete multi-factor authentication and credential management solutions.
Purchased together in one comprehensive, cost-saving services,Password Protection & Authentication includes all the products listed here.
1
Multi-Factor Authentication (MFA) & Password Manager:
Establish Consistent User Verification & Optimize Password Security and User Experience
MFA makes it easy for users to authenticate with offline and online verification methods and access policies across endpoints, VPNs, and web applications. Efficient and secure access to Cloud resources is also available with single sign-on (SSO) application portals.
Built with business use cases in mind, Password Manager gives organizations a higher standard of strong passwords and can reduce password reset requests by generating passwords that do not need to be remembered. Additionally our password manager offers:
- Corporate Vault – Add credentials and generate strong passwords for commonly used workplace applications where you do not have SSO enabled. Plus, administrators can share credentials for the common use of IT applications and tools.
- Private Vault – Add credentials and generate strong passwords for personal and social app. If the employee leaves the organization, these personal credentials can be exported andused within another password manager.
2
Dark Web Monitoring:
Take Action When Credentials Land on Darknets
eMazzanti’s Dark Web Monitoring service proactively notifies customers when compromised credentials from up to three monitored domains are found in newly acquired credential breach databases. Alerts are sent to administrators and end users impacted so they can generate new passwords quickly and before account takeover.
Plus, meet security frameworks, compliance, and cyber insurance requirements related
to user authentication and access control.
to user authentication and access control.
Two services. One goal: make sure stolen or compromised credentials can never be used against your organization.
MFA stops unauthorized access at login. Dark Web Monitoring catches breached credentials before attackers can act on them. Together they cover your identity security from every angle.
PLANS
eCare MFA
Most popular
eCare Dark Web Monitoring
Free · DIY · 2 minute quiz
Could one stolen password open your business?
10 quick questions. No email to start. See how easy your accounts are to break into, and who can reach your sensitive data.
Hackers Don’t Break In.They Log In
Password Protection & Authentication Service Enables an Adaptive Access
Environment with More Productivity and Less Spending
Why Organizations Are Choosing
Exploiting Weak or Stolen Credentials is Easy
Get the Password Protection & Authentication Bundle Today!
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Password Protection FAQs
Why are passwords alone no longer enough to protect business accounts?
Passwords are compromised through phishing, credential stuffing from leaked breach databases, brute force attacks, and social engineering — none of which require breaking strong encryption. When an attacker obtains a valid username and password, a password-only system has no additional mechanism to stop them from logging in. The scale of the problem is significant: billions of credentials from past data breaches circulate on the dark web, and attackers routinely test these against business accounts automatically. Multi-factor authentication closes this gap by requiring a second verification step that an attacker cannot complete even with a correct password — turning a stolen credential into a dead end rather than an open door.
What is Single Sign-On (SSO) and how does it improve both security and productivity?
Single Sign-On (SSO) is an authentication method that allows users to log in once with a single set of credentials and access multiple applications without re-entering their password for each one. From a security perspective, SSO reduces the total number of passwords in circulation — fewer passwords means fewer opportunities for credential theft, reuse, and weak password choices. From a productivity perspective, SSO eliminates the time spent logging into individual applications and the help desk burden of password reset requests, which account for 20-50% of IT support calls at many organizations. SSO is most effective when combined with strong MFA at the initial login point, ensuring that the single authentication event is rigorously verified.
What is credential stuffing and how does it threaten business accounts?
Credential stuffing is an automated attack in which criminals take usernames and passwords leaked from one data breach and test them against other websites and applications — betting that users reuse the same credentials across multiple services. Because password reuse is extremely common (studies consistently show that the majority of users reuse passwords), credential stuffing attacks succeed at a meaningful rate even without any sophisticated hacking. A business email address and password exposed in a third-party breach — a retailer, a news site, a personal account — can be used to access the same employee's corporate email, VPN, or cloud application if the password is the same. Multi-factor authentication defeats credential stuffing because even a correct password cannot complete login without the second factor.
What is Mobile Device DNA in MFA and how does it prevent device cloning attacks?
Mobile Device DNA is an authentication feature that creates a unique fingerprint of the authorized user's mobile device based on its hardware and software characteristics. When an authentication request is made, the system verifies that the request is coming from the specific device that was originally enrolled — not a clone or emulated device. Device cloning attacks attempt to copy a victim's phone profile onto another device to receive MFA codes or push approvals. Mobile Device DNA detects this discrepancy and blocks access immediately, adding an additional layer of protection beyond the standard MFA code or push approval that most implementations rely on.
What is included in eMazzanti's Password Protection & Authentication Bundle?
eMazzanti's Password Protection & Authentication Bundle combines two complementary services into a single identity security solution. The first is Multi-Factor Authentication (MFA) and Password Manager — which provides phishing-resistant, fatigue-resistant MFA across endpoints, VPNs, and web applications; Single Sign-On (SSO) portal access; a Corporate Vault for sharing IT application credentials across teams; a Private Vault for personal credentials that employees can export if they leave the organization; and Mobile Device DNA to block device cloning attacks. The second is Dark Web Monitoring — which continuously scans breach databases for compromised credentials from up to three monitored domains and sends instant alerts to administrators and affected users so passwords can be changed before attackers act.
How does eMazzanti's MFA solution support Zero Trust security adoption?
Zero Trust is a security framework based on the principle that no user, device, or network connection should be trusted by default — access must be continuously verified based on identity, context, and risk. eMazzanti's MFA solution supports Zero Trust adoption through adaptive authentication policies that evaluate contextual signals before granting access — factors including the user's location, device health, time of access, and the sensitivity of the resource being accessed. These adaptive controls allow organizations to enforce stricter verification requirements for high-risk access scenarios while maintaining a smooth experience for standard, expected access patterns. The SSO capability provides unified access management across cloud and on-premises applications, which is a foundational requirement for Zero Trust implementation.
How does eMazzanti's Corporate Vault and Private Vault in the Password Manager work for business teams?
The Corporate Vault allows IT administrators to store and share credentials for commonly used workplace applications — tools and services where SSO is not enabled — so that teams can access shared accounts without each person storing credentials individually or resorting to insecure methods like spreadsheets or shared documents. Administrators control which credentials are visible to which users or groups. The Private Vault is a separate, personal space where individual employees store their own credentials and generate strong passwords for personal and social accounts. Because the Private Vault belongs to the employee rather than the organization, its contents can be exported if the employee leaves — ensuring that personal credentials are not lost when the corporate account is deprovisioned.
How does combining eMazzanti's MFA with Dark Web Monitoring close the identity security gap from both sides?
MFA and Dark Web Monitoring address credential threats at different points in the attack timeline. MFA works at the moment of login — even if an attacker has a valid username and password, they cannot complete authentication without the second factor. Dark Web Monitoring works upstream — continuously scanning for compromised credentials in breach databases so organizations know a password has been exposed before an attacker attempts to use it. When a credential appears in a breach database, Dark Web Monitoring sends an immediate alert to both the administrator and the affected user, allowing the password to be changed before login is attempted. Together, the two services eliminate the window of exposure: MFA stops unauthorized login attempts, and Dark Web Monitoring catches breached credentials before they can be weaponized.
