Enhancing Secure Remote Connectivity

Enhancing Secure Remote Connectivity

Hackers can’t hack what they can’t see

The perimeter has moved to wherever your users are and to all the devices they are connected to. This has made the perimeter porous and increased the attack surface for the hackers.

Are your traditional perimeter-centric defenses able to provide you with secure remote connectivity?

With SAIFE you will be able to expose critical applications to remote users – employees, business partners’ employees or contractors with enhanced level of security. SAIFE creates individualized network segments for each user based on attributes such as their identity, device profile, location, and authentication method. Microperimeterization cloaks applications and services on the network, making them undiscoverable by anonymous attackers.

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Hackers can’t hack what they can’t see

You will be able to replace multiple, non-integrated products – existing NAC, VLAN, Firewall and VPN with a single SAIFE solution while centralizing policy management, enforcement and reporting.

Benefits

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Easy to implement and manage

Simplified access control and provisioning, reducing the impact on security and network teams.
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Lower investment and operating expense

Being a software-only solution, doesn’t require expensive hardware to be purchased or maintained. It can be deployed in cloud or virtual machine environment.
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Truly invisible

As endpoints do not connect directly with one another and terminate their connections within our cloud infrastructure, this keeps the topology hidden, making inference attacks difficult compared to standard VPN technology.
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DDoS protected

Has unique “protect then connect” paradigm. It authenticates each endpoint before connecting to the network or to another endpoint. In a DDoS attack, untrusted endpoints are denied access during the authentication process before given any chance to connect to our cloud infrastructure.
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No open ports, no port attacks

Establishes one way, response only connections between the endpoint and private network for the specific, authenticated requests. It allows the inbound port of the firewall to remain closed.

Whitepapers

Solving Security for Today’s Agile Perimeter: A Software Defined Perimeter Approach

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A New Paradigm for Securing Today’s Porous Perimeter

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