Centralized control over who and what connects to your network.
A common policy for multivendor environments.
Control and containment from Layer 2.
Access control uses identity, device, posture, and context to determine what connectivity each connection should receive. Its centralized engine, based on TAGs, dynamically applies the appropriate policy.
A centralized engine to authorize and control every connection
Identifies who and what is trying to connect, validates if they are authorized, and applies the corresponding policy based on identity, device, posture, and context.
First, prevent unauthorized access. Then, control the scope of legitimate access.
Validate the user or device before allowing access
Evaluate ownership, profile, posture, and other relevant conditions
Apply the corresponding connectivity and segmentation
Restrict, isolate, or block from Layer 2
Every network connection is a point of exposure
Every connection must be validated and receive only the connectivity that corresponds to its identity, posture, and function.
Control must start at the connection point and limit exposure from Layer 2.
Unknown users or devices may attempt to enter through wired or wireless connections.
A legitimate user may use a personal, unmanaged device or one with an inadequate posture.
An authorized connection can reach more systems and segments than necessary.
Without a reliable record, it is difficult to prove / provide evidence of who or what connected, when, and what access they received.
A centralized policy that converts context into control
The policy is defined centrally. TAGs determine when it should be applied.
Identity, device, posture, location, Visibility, and external systems.
Corporate, BYOD, provider, compliant, IoMT, or critical location.
The engine evaluates TAGs against the rules defined by the organization.
Authorize, segment, limit, isolate, disconnect, or block.
Each connection is evaluated before receiving access
ONE applies the OODA (Observe, Orient, Decide, Act) model to connect the different phases of the response and reduce the time needed to understand a situation and act upon it.
The entire process maintains situational awareness, traceability, and human control.
1
IDENTIFY
Who or what is trying to connect.
2
AUTHORIZE
Validate if they can access.
3
CHECK
Device, posture, and context.
4
ASSIGN TAGS
Represent the conditions.
5
APPLY
Access, restriction, or blocking.
Contain risk from the connection point
The policy acts at the access layer to prevent unauthorized entries and immediately limit the connectivity of a connection that does not meet the defined conditions.
Containment from Layer 2 reduces the paths available for lateral movement and acts at the level closest to the device.
Prevent the entry of unauthorized users or devices.
Assign the connection to the corresponding segment.
Allow only necessary communications.
Move a device to a quarantine network.
A common policy over a heterogeneous network
Network Control centralizes access and segmentation without linking the security policy to a specific manufacturer.
Infrastructure can change. The security policy remains.
Prevents unauthorized access. Limits exposure within the network
Validate users and devices and block unauthorized connections.
Restrict, isolate, or disconnect from the access point.
Assign connectivity based on identity, device, function, and TAGs.
Apply the appropriate segment without depending on static configurations.
Provide evidence of who or what connected, when, from where, and what policy was applied.
Incident containment from Layer 2
The response is applied to the network, without depending solely on a subsequent manual action.
A device receives a risk indicator, loses authorization, or stops meeting a defined condition.
New TAGs are compared against the centralized policy corresponding to that connection.
Network Control restricts connectivity, reassigns the VLAN / ACLs to Layer 2, quarantines, or blocks the connection.
The organization contains the problem at its point of origin and stops lateral movement.
European technology with institutional recognition
From asset knowledge to connectivity control.
Discover and contextualize users, devices, and behaviors.
Authorizes every connection and applies access, segmentation, or containment.
Orchestrates that knowledge and control capabilities within the ecosystem.
Control who and what accesses your network
A centralized policy to authorize, segment, and contain connections in multivendor environments.