URI: NetworkInference
Description: Host, network and control inference rules and state.
(empty)
Finds a solo Remote Access Service (one providing access to the shell on its Host), and adds an isLnS self-referential link so the Service can be selectivly included or excluded in later patterns.
Finds a Human interacting with a Process that is not a Remote Access Service on an Interactive Host, and creates a link specifying that they are also interacting with its Host.
Finds any unmanaged Host operated by a Human, and inserts a link specifying the Human is also its manager.
Finds a Human interacting with an unmanaged Personal Host, and makes the Human its manager.
Finds a user of an unmanaged interactive process and makes the user the manager of the process.
Finds a Physical Host resourced by a Data Centre, and adds the fact that the Host is located in the Data Centre. This is a workaround for an SSM bug that prevented resourcedBy being detected as a case of locatedIn.
Makes the Human managing a Space the manager of any unmanaged fixed host within the Space.
Finds an unmanaged host running a process that has a manager, and makes the process (service) manager the manager of the host.
Finds a Human interacting with an unmanaged Host, and makes the Human its manager.
Finds a physical Host with two distinct interactive users, and adds a link labelling it as an impersonal host.
Finds a Human interacting with a Personal Host, where there is no self-referential link indicating that the device is shared with other users, and adds a self-referential link indicating that this is a personal device.
Finds a Human that interacts with a Host located in a Space, adds that they must have access to the Space.
Finds a Human that has access to a space and uses a personal device which has no asserted location, and adds a link saying that the device may be located in the space accessed by the Human.
Finds a physical host that is not located in any space, and specifies that it is located in the World.
Finds a Host that represents a Cluster, and marks it as such by adding a self-referential link.
Finds a Data Centre without its own Router, and adds the Router and WiredLAN to the Data Centre, plus a link from the Data Centre manager (if any).
Finds a Data Centre with no server cluster, and adds one.
Makes the Human managing a Space the manager of any unmanaged fixed host within the Space. This is a repeat of a previous pattern designed to add relationships consequent on other inferred elements since the original pattern was applied.
Finds a Data Centre with its Router and Wired LAN, in which is located another distinct Host not connected to or providing any subnet, and connects this host to the Data Centre wired LAN.
Finds each connection from a DataCentre to an Abstract Subnet, and adds the relationship with its internal router.
Finds a solo physical host and marks it as its own physical host.
Finds a Host that is physically in a DataCentre and connected to a WiFi LAN that is not provided by any host, and makes the DataCentre provider of the WiFi LAN.
Finds a Host that is physically in a DataCentre and connected to a wired LAN that is not provided by any host, and makes the DataCentre provider of the wired LAN.
Finds each LogicalSubnet provided by a Data Centre, and adds the relationship with its internal router.
Finds a Host connected to but not providing an Abstract Subnet, which controlled by a Process not running on the Host, and adds an authentication client on the host which uses the process.
Adds the interaction between a human and an authentication client running on their client device.
Adds the interaction between a human and a remote access client running on their client device.
Adds a login service to a physical cluster if not already present.
Adds a login service to a headless Router without one.
Adds a login service to a headless Server without one.
Finds a human managing but not interacting directly with a host that has a login service, and interacting with a console host but not with a client of the login service. Adds a Remote Terminal client enabling remote access to manage the host.
Finds a Remote Access Client using a Process that is not a reverse proxy. Adds a link to say the Remote Access Client can use the Process remotely.
Finds a host running a process that is not a reverse proxy or a remote access service, and a remote access service that uses the process, and is used by a remote access client. Adds links to specify that the remote access client has remote access to the service.
Finds a host running a process that is not a reverse proxy or a remote access service, and a remote access service that uses the process, where both are used remotely by a remote access client. Adds links to specify that the remote access client has remote access to the process via the RAS.
Finds a human user interacting with a smartphone which is a personal device with no other users, and adds an SMS client used by that user.
Finds an Internet class network, and labels it as such using a self-referential link.
Finds a solo Router, and labels it as such using a self-referential link.
Finds a solo Mobile Console Host, and labels it as such using a self-referential link.
Finds a mobile host or virtual host running on it, in a space, providing a WiFi LAN which is not accessible from any space, and providing no other WiFiLAN accessible in its space. Adds a link indicating that the first WiFiLAN is an abstract hotspot.
Finds an Internet class network, and makes it accessible to the World (adding the World if not already present).
Finds a Fixed Host located in a Space (or a Virtual Host running on it) and providing a Logical Subnet, adds that the subnet is accessible from that Space.
Finds a Fixed Host located in a Space (or a Virtual Host running on it) and connected to a Logical Subnet, adds that the subnet is accessible from that Space.
Finds a Mobile Console Host in a Public Space connected to the Internet, and makes the Internet accessible from that space.
Finds a solo WiFiLAN that is not an abstract hotspot, and adds a link to say it is its own local implementation.
Finds a mobile host or virtual host running on it providing a WiFi LAN which is a hotspot, a space where the host could be where it has no explicit provision or connection to any other WiFiLAN. In that space it is assumed the host provides a local WiFiLAN hotspot implementation, which is then added to the model.
Finds a WiFiLAN hotspot and its local implementation in a Space, and a host connected to the hotspot in that space, and adds a connection to the local implementation.
Finds a WiFiLAN and its local implementation, plus a controlling process, and makes the process also controller of the local implementation.
Finds a Host that is not a Cluster running both a Client and a Service used by the Client, in a Space, and adds an internal subnet representing internal (socket or API) connectivity within the Host.
Adds a connection from a gateway Host to a LogicalSubnet provided by that Host, unless it is an abstract hotspot.
Finds a host that directly is or indirectly has a physical host in a space, and adds an inferred context for access to the host when it (or its physical host) is in that space.
Finds a host that directly is or indirectly has a physical host in a space and is connected to a logical subnet that is not a VXLAN or a Hotspot and is accessible from that space, and creates a link from the context for accessing the host in that space and the subnet.
Finds a Host location access context and the related host and space and one related subnet, and creates a HostNetContext asset linked to them all.
Finds a process running on a host that directly is or indirectly has a physical host in a space, and adds an inferred context for access to the process when its host is in the space.
Finds a Process location access context and the related process, host and space and one related subnet to which the Host is connected. Creates a ProcNetContext asset for the process, host and subnet, and links both the location and network access contexts with the subnet.
Finds a process running on a host in a space and the host location access context, with all related process network access contexts, and links the host context to the process network contexts.
Finds a process running on a host in a space and an associated process location access context, plus related process network access contexts, and adds a link from the location to the network contexts.
Finds a Human managing a host running a process which has neither a manager nor an interactive user, and makes the host manager the manager of the process (service).
Finds a user of an unmanaged interactive process and makes the user the manager of the process. This is a repeat of a previous pattern, needed to pick up processes added by inference after its previous use.
Makes the Human managing a Host its operator if the Human does not work for anyone else, and the Host has no other operator.
Finds a Human with an Employer managing a Host with no other operator, and makes the Employer of the Human the Host operator.
Finds a Fixed Host with no operator in a Private Space operated by a Stakeholder, and makes the Stekeholder the operator of the Fixed Host.
Finds a Private Space operated by a Stakeholder where access is not controlled by any stakeholder, and adds this relationship from the first Stakeholder.
Finds a Human managing a Process, where the Human is not an employee, and the Process has no operator, and makes the Human its operator.
Finds a Human with an Employer managing a Process with no other operator, and makes the Employer of the Human the Process operator.
Makes the operator of a Host into the operator of any Process on the Host.
Finds a human interacting with an email client, and tags the user as having access to email by creating a self-referential link.
Finds a solo trivial process, and adds an isTrivial self-referential link so the process can be selectivly included or excluded in later patterns.
