Q: How strong are your trusted policy and procedures?
A: Our solution enforces good policy and governance of the issuance, revocation, and protection of private keys and encryption algorithms utilized within its control. It provides a rapid implementation of endpoint protection by deploying perimeter defenses at every endpoint. By leveraging software and hardware, our solution takes advantage of private key protection at every IP entry point. This deployed security method is simplified with a unique approach that uses Active Directory and LDAP.
Our system is based on trust, and an organization’s ability to react once that trust has been compromised is vital. To eliminate threats, simply revoke access through invalidation of private key certifications. A quick response and control are both needed to thwart the most sophisticated security attacks on the most granular levels. All of this is done without having to shut down the network. Containment is simplified, without risking further network infection.
Q: How are the user identity and private keys set up?
A: Private Key Protection uses FIPS Compliant HSM hardware devices and technology. Our Security Framework also uses centralized biometric and password management systems to strengthen security controls. It protects biometric and password systems utilizing edge point protection software and private key, inside an FIPS-3 secure HSM to maintain private key protection. Our security philosophy strives for decentralized sensitive information and establishing correct policies and revocation strategy to maintain system integrity. Our solution is ACLU-friendly.
Q: How does this solution simplify password and user access management?
A: Never have to deal with the inconvenience of waiting for passwords to reset and emails to be sent out with temporary password keys. Through the power of PKI certificates, users have the authentications already programmed on their devices. As a result, companies can forgo the need to create multiple logins for applications and emails. This also mitigates the risk of data exposure and network penetration from phishing attacks.
Q: How does this solution secure data in motion?
A: Our software-defined security integrates with the network transport layer, making this an extremely effective and efficient way to encrypt data streams and communication channels over any hostile network environment. Our security provides granular control of data from endpoint to endpoint.
Our deep level of protection and control secures data even after existing network infrastructures have failed. All IP routing for source, destination, and user credentials are encrypted within the transmission, which protects the who, what, when, and where of sensitive information. That encryption protection holds up even if the data packets are captured through a man-in-the-middle attack or packet capture.
This method of securing data is a fast, efficient, and simple way of securing every transmission stream that is controlled within the Security Framework. It provides performance and flexibility, so companies can use standard encryption algorithms or unique, non-standard algorithms.
Q: How does this solution protect over open Wi-Fi?
A: Our dynamic encryption methods are optimized on the most basic network transport Layer 2 and Layer 3 by increasing data throughput in every direction. This includes intra-data center and cloud environments over any hardware infrastructure or Wi-Fi not controlled by your organization.
We document, audit, and record all aspects of the connection securely, which ensures the integrity of all information, even as it passes through a compromised router giving false BGP information. This protects against man-in-the-middle attacks and prevents key exchanges, IP routing, or user information from being exposed with clear text.
Q: How do you handle forgotten passwords while maintaining security standards?
A: We put an end to the password nightmare and enforce multi-factor authentication in a cost-effective way. We eliminate social engineering of user credentials to prevent unauthorized password resets. We also integrate best-of-breed identity and access management (IAM) systems from IBM and RedHat.
Q: How does this solution manage digital rights?
A: Data connectors communicate with authorized data that is encrypted at rest and secured through our unique Security Framework encryption model. Our Security Framework protects file and folder structures by delivering comprehensive endpoint protection to where the data resides. Data is encrypted and managed via strong access controls and encryption methods, which can be managed by group policy, roles, and job function.