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1 (19) TEPZZ_9 6 4B_T (11) EP B1 (12) EUROPEAN PATENT SPECIFICATION (4) Date of publication and mention of the grant of the patent: Bulletin 14/ (21) Application number: (22) Date of filing: (1) Int Cl.: H04L 12/24 (06.01) H04L 29/06 (06.01) (86) International application number: PCT/CN06/ (87) International publication number: WO 07/ ( Gazette 07/16) (4) METHOD AND SYSTEM FOR OBTAINING SSH HOST KEY OF MANAGED DEVICE VERFAHREN UND SYSTEM ZUM ERHALTEN EINES SSH HOSTSCHLÜSSELS EINES VERWALTETEN GERÄTES MÉTHODE ET SYSTÈME D OBTENTION DE CLÉ HÔTE SSH DE DISPOSITIF GÉRÉ EP B1 (84) Designated Contracting States: AT BE BG CH CY CZ DE DK EE ES FI FR GB GR HU IE IS IT LI LT LU LV MC NL PL PT RO SE SI SK TR () Priority:..0 CN (43) Date of publication of application: Bulletin 08/22 (73) Proprietor: Huawei Technologies Co., Ltd. Longgang District, Shenzhen Guangdong (CN) (72) Inventor: MIAO, Fuyou Shenzhen Guangdong (CN) (74) Representative: Körber, Martin Hans Mitscherlich PartmbB Patent- und Rechtsanwälte Sonnenstrasse München (DE) (6) References cited: CN-A CN-A JP-A MIAO FUYOU HUAWEI TECHNOLOGIES: "SNMP Agent Discovery under SSH Transport; draftmiao-isms-sshsm-disco very-00.txt" IETF STANDARD-WORKING-DRAFT, INTERNET ENGINEERING TASK FORCE, IETF, CH, 17 October 0 (0--17), XP ISSN: HARRIS B: "Rivest-Shamir-Adleman (RSA) key exchange for the Secure Shell (SSH) Transport Layer Protocol; draft-harris-ssh-rsa-kex-06.txt" IETF STANDARD-WORKING-DRAFT, INTERNET ENGINEERING TASK FORCE, IETF, CH, no. 6, 19 December 0 ( ), XP ISSN: HARRINGTON EFFECTIVE SOFTWARE J SCHOENWAELDER INTERNATIONAL UNIVERSITY BREMEN J SALOWEY CISCO SYSTEMS D: "Secure Shell Security Model for SNMP; draft-harrington-isms-secshell- 00.txt" IETF STANDARD-WORKING-DRAFT, INTERNET ENGINEERING TASK FORCE, IETF, CH, 2 September 0 ( ), XP ISSN: HARRINGTON EFFECTIVE SOFTWARE J SCHOENWAELDER INTERNATIONAL UNIVERSITY BREMEN D: "Transport Mapping Security Model (TMSM) for the Simple Network Management Protocol; draft-ietf-isms-tmsm- 00.txt" IETF STANDARD-WORKING-DRAFT, INTERNET ENGINEERING TASK FORCE, IETF, CH, vol. isms, 14 October 0 (0--14), XP ISSN: SCHLYTER OPENSSH W GRIFFIN SPARTA J: "Using DNS to Securely Publish SSH Key Fingerprints; draft-ietf-secsh-dns-0.txt" IETF STANDARD-WORKING-DRAFT, INTERNET ENGINEERING TASK FORCE, IETF, CH, vol. secsh, no., September 03 ( ), XP ISSN: Note: Within nine months of the publication of the mention of the grant of the European patent in the European Patent Bulletin, any person may give notice to the European Patent Office of opposition to that patent, in accordance with the Implementing Regulations. Notice of opposition shall not be deemed to have been filed until the opposition fee has been paid. (Art. 99(1) European Patent Convention). Printed by Jouve, 7001 PARIS (FR)

2 1 EP B1 2 Description Field of the Technology [0001] The present invention relates to communication techniques, and more specifically, to a method and a system for obtaining a Secure Shell (SSH) host key of a managed device. Background of the Invention [0002] Traditional network service programs, such as File Transfer Protocol (FTP) and Telnet, only adopt simple security authentication without considering security measures in transfer architectures or implementing principles. Therefore, data transferred between users and servers is easily attacked by network hackers. In order to ensure the security of data transfer, the SSH has gradually replaced traditional network service programs for its secure features. [0003] When the SSH is used, an SSH protocol needs to be established on application layer and a transport layer. The SSH protocol mainly includes a transport layer protocol, a user authentication protocol and a connection protocol. The transport layer Protocol, which makes use of Transfer Control Protocol (TCP), is adopted to provide not only security measures, such as authentications, credits and integrity validations, but also a data compressing function. The user authentication protocol implemented over the Transport layer Protocol is adopted to implement identity authentications between servers and clients. The connection protocol implemented over the user authentication protocols is adopted to allocate multiple encrypted channels to some logical channels. Users can encrypt and compress all transferred data by using the SSH, thereby ensuring the security of data, and accelerating the speed of data transfer. [0004] Simple Network Management Protocol (SNMP), which is implemented between network management agent software operating on the managed device and a network management station, is a sort of standard protocol adopted to manage network devices, such as a server, a work station, a router, a switch and a hub. The SNMP is an application layer protocol. [000] In consideration of the security of the SNMP, the Internet Engineering Task Force (IETF) has proposed an SNMPv3 standard. In the SNMPv3 standard, a userbased security model (USM) and a view based access control model (VACM) are added. The USM security model requests that a security parameter, such as a share key, be configured in each pair of two SNMP engines communicating with each other. In general networks, one managed device may be managed by multiple network management stations. While at the same time, one network management station may need to manage a mass of devices. Therefore, the workload of configuring security parameters is generally very heavy. [0006] To solve this problem, the IETF puts forward that the SSH can be adapted to transfer the SNMPv3 protocol. In order to reduce the cost of a device detecting procedure, a method which combines the SSH transport and user datagram protocol (UDP) is proposed. That is, the network management station uses the SNMP in a UDP transport mode to detect the managed device and uses the SNMP in an SSH transport mode to manage the managed device. Specifically, when the UDP transport mode is used, since there may be no share key between the network management station and the device to be detected, the communication security level of the SNMPv3 communication is configured to be noauthno- Priv, which means no packet validation and no secrecy measures are needed. In this way, the USM of the SNMP needs not to implement validations and encryptions for packets, thereby reducing the cost of the device detecting. Because the detected device performs no access control on the SNMP system information, the user can obtain the system information even without a validation. When a connection is established by using the SSH to transfer the SNMP, the managed device is operated by an Out-of-Band management firstly, that is, obtaining the host key by a manual configuration and then an identity authentication is implemented to a network management station server based on the obtained host key. When the validation passes, a communication link is established between the managed device and the server. [0007] However, it can be seen from the above description, the current method for obtaining a host key is an Out-o-Band process, and interventions of an administrator are needed. Therefore, not only the speed of the host key distribution will be affected, but also the usage of the host key is very inconvenient. Summary of the Invention [0008] The present invention provides a method for obtaining an SSH host key of a managed device. According to the method, the SSH host key and the system information of the managed device can be obtained when detecting the managed device. As a result, the workload of a distribution management of the host key is reduced and the speed of the host key distribution is increased, which leads to a more convenient usage. [0009] Besides, the present invention also provides a system obtain an SSH host key of a managed device as well According to the system, the SSH host key can be obtained when detecting the managed device a management station can obtain the SSH host key and the system information of the managed device at the same time, thereby increasing the speed of the host key distribution. [00] The method for obtaining an SSH host key of a managed device according to the present invention, includes: while detecting the managed device, a management station obtaining related information of the SSH host key of the managed device in a UDP transport mode. [0011] The obtaining the information of the SSH host key includes: the management station sending a detect- 2

3 3 EP B1 4 ing request packet indicating that the related information of the SSH host key and the system Management Information Bank (MIB) information of the managed device are needed, to the managed device by means of UDP transport mode; and after receiving the detecting request packet, the managed device sending the related information of the SSH host key and the system MIB information to the management station in the UDP transport mode. [0012] The system for obtaining an SSH host key of a managed device provided by the present invention includes a management station and a managed device. While detecting the managed device, the management station obtaining related information of the SSH host key of the managed device in a UDP transport mode. [0013] As can be seen from the method and system provided by the present invention, the management station of the present invention can detect the managed device and obtain the information of the SSH host key in a UDP transport mode at the same time without any intervention of the administrator. As a result, the workload of the management of the host key distribution is reduced and the speed of the host key distribution is increased, which make it more convenient to implement the method and the system. Brief Description of the Drawings [0014] Figure 1 is a schematic diagram illustrating the architecture of a system in accordance with an exemplary embodiment of the present invention; Figure 2 is a flow chart illustrating a method for obtaining an SSH host key of a managed device in accordance with an exemplary embodiment of the present invention; and Figure 3 is a flow chart illustrating a method for obtaining an SSH host key of a managed device in accordance with an exemplary embodiment of the present invention. Detailed Description of the Invention [001] A detailed description of the present invention is provided as follows with reference to the embodiments and the accompanying drawings. [0016] Figure 1 illustrates the architecture of a system for obtaining an SSH host key of a managed device in accordance with an exemplary embodiment of the present invention. As shown in Figure 1, the system includes a management station and a managed device. The management station further includes a first UDP transport module, a first SNMP engine module, a management function module and a first SSH transport module, such as an SSH client. The managed device further includes a second UDP transport module, a second SNMP engine module, a sort of virtual memory used by network management protocols, that is, a Management Information Bank (MIB) module and a second SSH transport module, such as an SSH server. [0017] The combination of the first SNMP engine module and the management function module can be called a first management module, which is adapted to perform all the functions of the first SNMP engine module and the management function module. The combination of the second SNMP engine module and the MIB module can be called a second management module, which is adapted to perform all the functions of the second SNMP engine module and the MIB module. [0018] The MIB module of the managed device is adapted to store system MIB information and host key related information. The MIB module specifically includes a system information MIB module, other MIB modules and a host key MIB module. There is one or more host keys stored in the host key MIB Module. The host key MIB module adopts the same security process for the host key as that adopted by the system information MIB module, that is, a noauthnopriv processing mode without packet validations and encrypt measures. Moreover, no access control to the host key MIB module is needed. [0019] The management function module of the management station is adapted to obtain a device identity (ID) of the managed device to be detected, such as a host IP address or a hostname. The device ID can be manually inputted or pre-configured by an administrator. Moreover, the specific information inputted or pre-configured may be a single address or an address section. If the specific information is an address section, the management function module selects each address in turn to implement the device detecting operation. [00] The procedure of obtaining the SSH host key of the managed device is described as follows in detail through the device detecting procedure of the above system. [0021] During the procedure of a device detecting operation, the management station firstly invokes the first SNMP engine module and the first UDP transport module to send a detecting request UDP packet to the corresponding managed device in a UDP transport mode according to the device ID of the managed device. Moreover, the management station indicates that it is necessary to obtain the system MIB information and the related information of the SSH host key of the managed device through the detecting request UDP packet. [0022] In this step, the step of indicating that the management station needs to obtain the system MIB information and the related information of the SSH host key of the managed device is implemented through an Object ID (OID). As each sort of information corresponds to a unique OID value, the management station can carries the OID that corresponds to the information needed in the detecting request UDP packet to indicate what information is needed. In this way, the managed device could know what information is requested by the management station. In the above steps, the management station can 3

4 EP B1 6 carries the OID corresponding to the system MIB information and the OID corresponding to the related information of the SSH host key of the managed device in the detecting request UDP packet. In this way, the managed device can be informed that the management station needs to obtain the system MIB information and the related information of the SSH host key of the managed device. [0023] After receiving and de-capsulating the detecting request UDP packet sent by the management station, the second UDP transport module of the managed device encapsulates the information indicating that the management station needs the system MIB information and the related information of the SSH host key of the managed device into a Protocol Data Unit (PDU) packet and sends the packet to its second SNMP engine module. [0024] The second SNMP engine module of the managed device encapsulates the system MIB information and the related information of the SSH host key stored in the MIB module into a SNMP PDU packet through interactions with its MIB module according to the request for obtaining the system MIB information and the related information of the SSH host key of the managed device. And then the second SNMP engine module sends the packet to the management station in a UDP transport mode through its second UDP transport module. [002] The management function module obtains the system MIB information and the related information of the SSH host key of the managed device from the SNMP PDU packet fed back from the managed device by invoking its first SNMP engine module and the first UDP transport module. [0026] Finally, the first SSH transport module of the management station implements an identity authentication for the SSH server of the managed device according to the related information of the host key obtained. After the authentication passes, the first SSH transport module establishes an SSH connection with the second SSH transport module of the managed device and implements corresponding SSH managements to the managed device through the SSH connection. [0027] Thus it can be seen that, through the above system, the management station can obtain the SSH host key and detect the managed device at the same time. As a result, the workload of the management of the host key distribution is reduced and the speed of the host key distribution is increased. [0028] A method for obtaining an SSH host key of a managed device in accordance with a exemplary embodiment of the present invention is described in detail with reference to Figure 2. As shown in Figure 2, the method mainly includes: Step 1: A management station sends a detecting request UDP packet to a managed device in a UDP transport mode. The detecting request UDP packet comprises the system MIB information and the related information of the SSH host key of the managed device, which is needed to be acquired. [0029] The specific procedure of this step is as follows. [00] First, the management station obtains the device ID of the managed device. [0031] The device ID of the managed device may be a host IP address or a hostname of the managed device. The device ID can be manually inputted or pre-configured by an administrator. Moreover, the specific information inputted or pre-configured may be a single address or an address section. If the specific information inputted or pre-configured is an address section, the management function module will select each address in turn to implement the device detecting operation. [0032] Then, according to the obtained device ID of the managed device, the management station sends the detecting request UDP packet to the managed device corresponding to the device ID in a UDP transport mode. In the detecting request UDP packet, it indicates that is the management station needs to obtain the system MIB information and the related information of the SSH host key of the managed device. [0033] Step 2: After receiving the detecting request UDP packet sent by the management station, the managed device encapsulates the system MIB information and the related information of the SSH host key of the managed device into an SNMP PDU packet. Moreover, the managed device sends the packet to the management station in a UDP transport mode. [0034] The specific procedure of the above step is as follows. [003] First, after receiving the detecting request UDP packet sent by the management station, the second UDP transport module of the managed device needs to decapsulate the detecting request UDP packet. Then the managed device re-encapsulates the system MIB information and the related information of the SSH host key of the managed device needed by the management station into a Protocol Data Unit (PDU) packet and sends the packet to its second SNMP engine module. [0036] The second SNMP engine module de-capsulates the PDU packet, and then encapsulates the system MIB information and the related information of the SSH host key stored in the MIB module into a SNMP PDU packet through interactions with its MIB module, according to the needed related information of the SSH host key and the system MIB information of the managed device indicated in the PDU packet. Moreover, the managed device sends the SNMP PDU packet to the management station in a UDP transport mode. [0037] The related information of the SSH host key encapsulated in the SNMP PDU packet mainly includes host key information. Besides the host key information, the related information further includes at least one of a host key algorithm, a usage policy, a fingerprint and an associated name. [0038] Each managed device has a usage policy on its host key. The usage policy denotes the condition for 4

5 7 EP B1 8 using the host key. Each host key may have a fingerprint at the same time. The fingerprint, which is used to index the host key or implement a validation of the host key, is generated by implementing some process to the host key, such as a Hash unidirectional function process. Moreover, there may exist a name, which may be a name or an alias or other information of the SSH server, corresponding to each host key. [0039] Step 3: The management station obtains the related information of the SSH host key and the system MIB information according to the SNMP PDU packet fed back by the managed device. [00] Specifically, the management station receives the SNMP PDU packet in a UDP transport mode. And after de-capsulating the SNMP PDU packet by the first SNMP engine, the related information of the SSH host key and the system MIB information are obtained and stored in a local file or a database. [0041] After the above steps, the management station first implements an identity authentication to the SSH server of the managed device according to the related information of the SSH host key obtained. After the identity authentication passes, an SSH connection is established. Then, SNMP packets are transferred through the SSH connection. Thus, the managed device is managed through the SNMP packets. [0042] Besides the above method for obtaining the SSH host key of the managed device, another exemplary embodiment of the present invention provides another method for obtaining the SSH host key of the managed device. As shown in Figure 3, the method includes the following steps. [0043] Step 1: A management station sends a detecting request UDP packet to a managed device in a UDP transport mode. And in the detecting request UDP packet, the management station indicates that it needs to obtain the system MIB information and the related information of the SSH host key of the managed device. [0044] The specific procedure of this step is the same as that of Step 1; therefore no more description is given. [004] Step 2: The managed device de-capsulates the received detecting request UDP packet and configures the related information of SSH the host key of the managed device in a key certification, and encapsulates the system MIB information of the managed device and the key certification into an SNMP PDU packet through the SNMP. And then the managed device sends the SNMP PDU packet to the corresponding management station in a UDP transport mode. [0046] The specific procedure of the above step is as follows. [0047] First, after receiving the detecting request UDP packet sent from the management station, the second UDP transport module of the managed device needs to de-capsulate the detecting request UDP packet, and then encapsulates the information indicating that the management station needs the system MIB information and the related information of the SSH host key of the managed device into a PDU packet and sends the packet to its second SNMP engine module. [0048] The second SNMP engine module de-capsulates the PDU packet, configures the related information of SSH the host key of the managed device in the key certification, and encapsulates the system MIB information of the managed device and the key certification into an SNMP PDU packet through interactions with the MIB module, according to the related information of the SSH host key and the system MIB information of the managed device indicated in the PDU packet. And then the managed device sends the SNMP PDU packet to the management station in a UDP transport mode. [0049] As mentioned above, the related information of the SSH host key encapsulated in the SNMP PDU packet mainly includes the host key information. Besides the host key information, the related information may include at least one of a host key algorithm, a usage policy, a fingerprint and an associated name. [000] Step 3: The management station obtains the related information of the SSH host key and the system MIB information according to the SNMP PDU packet fed back by the managed device. [001] In this step, the management station firstly receives the SNMP PDU packet in a UDP transport mode through the first UDP transport module, de-capsulates the SNMP PDU packet through the first SNMP engine to obtain the key certification and the system MIB information of the managed device and then stores them in a local file or a database. [002] After the above steps, the management station firstly implements an identity authentication to the SSH server of the managed device according to the related information of the obtained SSH host key which is included in the key certification. After the identity authentication passes, an SSH connection is established. Then, the SNMP packets are transferred through the SSH connection. Thus, the managed device can be managed through the SNMP packets. [003] From the above exemplary embodiments, it can be seen that the SSH host key of the managed device is sent in a UDP transport mode, therefore the transfer cost, process cost and management cost of the host key distribution procedure is greatly reduced. Compared with any traditional method for distributing the host key, such as FTP, manually configuring host key files or disk transfer, the implementation cost of the above exemplary embodiments is nearly zero and the possibility of man-made mistakes is eliminated as well. [004] The foregoing are only exemplary embodiments of this invention. The protection scope of this invention, however, is not limited to the above description. Any change or substitution, within the technical scope disclosed by this invention, easily occurring to those skilled in the art should be covered by the protection scope of this invention as set by the appended claims.

6 9 EP B1 Claims 1. A method for obtaining a Secure Shell, SSH, host key of a managed device, comprising: sending a detecting request packet indicating that related information of the SSH host key and system Management Information Bank, MIB, information of the managed device are needed, to the managed device in a UDP transport mode; receiving from the managed device the related information of the SSH host key and the system MIB information of the managed device transmitted in the UDP transport mode. 2. The method according to claim 1, wherein sending the detecting request packet comprises: obtaining a device identity, ID, of the managed device; and sending the detecting request packet to the managed device in accordance with the device ID in the UDP transport mode. 3. The method according to claim 2, wherein the related information of the SSH host key and the system MIB information of the managed device is encapsulated in a Protocol Data Unit, PDU, of a Simple Network Management Protocol, SNMP, packet; and receiving from the managed device the related information of the SSH host key and the system MIB information of the managed device transmitted in the UDP transport mode comprises: 1 2 related information of the SSH host key obtained; establishing an SSH connection with the managed device after the authentication passes; and sending SNMP packets through the SSH connection and managing the managed device through the SNMP packets. 7. The method according to claim 1, wherein, the related information of the SSH host key comprises SSH host key information and at least one of an SSH host key information algorithm, a usage policy, a fingerprint and an associated name. 8. A management station, comprising: a first UDP transport module; and a first management module; wherein the first management module is adapted to send a detecting request packet indicating that related information of a Secure Shell, SSH, host key and system Management Information Bank, MIB, information of a managed device are needed, to the managed device by invoking the first UDP transport module and obtain the related information of the SSH host key and the system MIB information of the managed device according to a UDP packet fed back by the managed device. 9. The management station according to claim 8, wherein the first management module comprises: receiving the PDU of the SNMP packet in the UDP transport mode; de-capsulating the PDU of the SNMP packet; and obtaining the related information of the SSH host key and the system MIB information of the managed device. 4. The method according to claim 3, wherein the related information is configured in a key certification and the key certification and the system MIB information of the managed device are capsulated in the PDU of the SNMP packet.. The method according to claim 1, further comprising: storing the related information of the SSH host key and the system MIB information in a local file or a database. 6. The method according to claim 1, further comprising: a first Simple Network Management Protocol, SNMP, engine module; and a management function module; wherein, the first SNMP engine module is adapted to generate the detecting request packet, send the generated detecting request packet to the management function module, and parse a Simple Network Management Protocol, SNMP, Protocol Data Unit, PDU, packet fed back by the managed device, in which the related information of the SSH host key and the system MIB information of the managed device is encapsulated, to obtain the related information of the SSH host key and the system MIB information of the managed device; and the management function module is adapted to invoke the first UDP transport module to send the detecting request packet to the managed device, receive the SNMP PDU packet and send the SNMP PDU packet to the first SNMP engine module. implementing an identity authentication to the SSH server of the managed device by using the. The management station according to claim 8 or 9, further comprising: 6

7 11 EP B1 12 a first SSH transport module, adapted to implement an identity authentication to the SSH server of the managed device according to the related information of the host key obtained; and after the identity authentication passes, establish an SSH connection with the managed device and perform corresponding SSH management of the managed device through the SSH connection. 11. A managed device, comprising: a second UDP transport module; and a second management module; wherein the second UDP transport module is adapted to receive and de-capsulate the detecting request packet sent from the management station, and send the information indicating that the management station needs to obtain the related information of the Secure Shell, SSH, host key and system Management Information Bank, MIB, information to the second management module; the second management module is adapted to send the related information of the SSH host key stored in itself to the management station by invoking the second UDP transport module according to the related information of the SSH host key and the system Management Information Bank, MIB; needed by the management station A system for obtaining a Security Shell, SSH, host key of a managed device, comprising: a management station according to any one of claims 8 to ; and a managed device according to any one of claims 11 to 13. Patentansprüche 1. Verfahren zum Erhalten eines "Secure Shell"-Hostschlüssels, SSH-Hostschlüssels, einer verwalteten Vorrichtung, das Folgendes umfasst: Senden eines Detektionsanforderungspakets, das angibt, dass zugehörige Informationen des SSH-Hostschlüssels und System-"Management Information Bank"-Informationen, System-MIB-Informationen, der verwalteten Vorrichtung benötigt werden, zu der verwalteten Vorrichtung in einem UDP-Transportmodus; Empfangen der zugehörigen Informationen des SSH-Hostschlüssels und der System-MIB-Informationen der verwalteten Vorrichtung, die in dem UDP-Transportmodus übertragen werden, von der verwalteten Vorrichtung. 2. Verfahren nach Anspruch 1, wobei das Senden des Detektionsanforderungspakets Folgendes umfasst: 12. The managed device according to claim 11, wherein the second managed module comprises: an MIB module, adapted to store the related information of the SSH host key and the system MIB information; and a second Simple Network Management Protocol, SNMP, engine module, adapted to encapsulate the related information of the SSH host key and the system MIB information stored in the MIB module into an SNMP PDU packet according to the related information of the SSH host key and the system MIB information needed by the management station, and send the encapsulated SNMP PDU packet to the management station by invoking the second UDP transport module. 13. The managed device according to claim 11 or 12, further comprising: a second SSH transport module, adapted to establish an SSH connection with the management station and implement information interactions with the management station through the SSH connection Erhalten einer Vorrichtungskennung, Vorrichtungs-ID, der verwalteten Vorrichtung; und Senden des Detektionsanforderungspakets zu der verwalteten Vorrichtung in Übereinstimmung mit der Vorrichtungs-ID in dem UDP- Transportmodus. 3. Verfahren nach Anspruch 2, wobei die zugehörigen Informationen des SSH-Hostschlüssels und die System-MIB-Informationen der verwalteten Vorrichtung in einer Protokolldateneinheit, PDU, eines Pakets des einfachen Netzmanagementprotokolls, SNMP- Paket, verkapselt sind; und das Empfangen der zugehörigen Informationen des SSH-Hostschlüssels und der System-MIB-Informationen der verwalteten Vorrichtung, die in dem UDP- Transportmodus übertragen werden, von der verwalteten Vorrichtung Folgendes umfasst: Empfangen der PDU des SNMP-Pakets in dem UDP-Transportmodus; Entkapseln der PDU des SNMP-Pakets; und Erhalten der zugehörigen Informationen des SSH-Hostschlüssels und der System-MIB-Informationen der verwalteten Vorrichtung. 4. Verfahren nach Anspruch 3, wobei die zugehörigen 7

8 13 EP B1 14 Informationen in einer Schlüsselzertifizierung konfiguriert sind und die Schlüsselzertifizierung und die System-MIB-Informationen der verwalteten Vorrichtung in der PDU des SNMP-Pakets verkapselt sind.. Verfahren nach Anspruch 1, das ferner Folgendes umfasst: Speichern der zugehörigen Informationen des SSH-Hostschlüssels und der System-MIB-Informationen in einer lokalen Datei oder einer Datenbank. 6. Verfahren nach Anspruch 1, das ferner Folgendes umfasst: Implementieren einer Kennungs-Authentifizierung für den SSH-Server der verwalteten Vorrichtung durch Verwenden der zugehörigen Informationen des erhaltenen SSH-Hostschlüssels; Aufbauen einer SSH-Verbindung mit der verwalteten Vorrichtung, nachdem die Authentifizierung bestanden ist; und Senden von SNMP-Paketen durch die SSH- Verbindung und Verwalten der verwalteten Vorrichtung durch die SNMP-Pakete. 7. Verfahren nach Anspruch 1, wobei die zugehörigen Informationen des SSH-Hostschlüssels SSH-Hostschlüsselinformationen und einen SSH-Hostschlüsselinformationsalgorithmus und/oder eine Verwendungsstrategie und/oder einen Fingerabdruck und/oder einen zugeordneten Namen umfassen. 8. Verwaltungsstation, die Folgendes umfasst: ein erstes UDP-Transportmodul; und ein erstes Verwaltungsmodul; wobei das erste Verwaltungsmodul ausgelegt ist, ein Detektionsanforderungspaket, das angibt, dass zugehörige Informationen eines "Secure Shell"- Hostschlüssels, SSH-Hostschlüssels, und System-"Management Information Bank"-Informationen, System-MIB-Informationen, einer verwalteten Vorrichtung benötigt werden, zu der verwalteten Vorrichtung durch Aufrufen des ersten UDP-Transportmoduls zu senden und die zugehörigen Informationen des SSH-Hostschlüssels und der System-MIB-Informationen der verwalteten Vorrichtung gemäß einem UDP- Paket, das durch die verwaltete Vorrichtung zurückgemeldet wird, zu erhalten. 9. Verwaltungsstation nach Anspruch 8, wobei das erste Verwaltungsmodul Folgendes umfasst: ein erstes Maschinenmodul des einfachen Netzmanagementprotokolls, SNMP-Maschinenmodul; und ein Verwaltungsfunktionsmodul; wobei das erste SNMP-Maschinenmodul ausgelegt ist, das Detektionsanforderungspaket zu erzeugen, das erzeugte Detektionsanforderungspaket zu dem Verwaltungsfunktionsmodul zu senden, und ein Paket der Protokolldateneinheit des einfachen Netzmanagementprotokolls, SNMP-PDU-Paket, das durch die verwaltete Vorrichtung zurückgemeldet wird, in dem die zugehörigen Informationen des SSH-Hostschlüssels und die System-MIB-Informationen der verwalteten Vorrichtung verkapselt sind, zu analysieren, um die zugehörigen Informationen des SSH-Hostschlüssels und die System-MIB-Informationen der verwalteten Vorrichtung zu erhalten; und das Verwaltungsfunktionsmodul ausgelegt ist, das erste UDP-Transportmodul aufzurufen, um das Detektionsanforderungspaket zu der verwalteten Vorrichtung zu senden, das SNMP- PDU-Paket zu empfangen und das SNMP- PDU-Paket zu dem ersten SNMP-Maschinenmodul zu senden.. Verwaltungsstation nach Anspruch 8 oder 9, die ferner Folgendes umfasst: ein erstes SSH-Transportmodul, das ausgelegt ist, eine Kennungs-Authentifizierung für den SSH-Server der verwalteten Vorrichtung gemäß den erhaltenen zugehörigen Informationen des Hostschlüssels zu implementieren; und nachdem die Kennungs-Authentifizierung bestanden ist, eine SSH-Verbindung mit der verwalteten Vorrichtung aufzubauen und entsprechende SSH-Verwaltung der verwalteten Vorrichtung durch die SSH-Verbindung auszuführen. 11. Verwaltete Vorrichtung, die Folgendes umfasst: ein zweites UDP-Transportmodul; und ein zweites Verwaltungsmodul; wobei das zweite UDP-Transportmodul ausgelegt ist, das von der Verwaltungsstation gesendete Detektionsanforderungspaket zu empfangen und zu entkapseln und die Informationen, die angeben, dass die Verwaltungsstation die zugehörigen Informationen des "Secure Shell"-Hostschlüssels, SSH-Hostschlüssels, und die System-"Management Information Bank"-Informationen, System-MIB-Informationen, erhalten muss, zu dem zweiten Verwaltungsmodul zu senden; das zweite Verwaltungsmodul ausgelegt ist, die zugehörigen Informationen des SSH-Host- 8

9 1 EP B1 16 schlüssels, die in ihm selbst gespeichert sind, zu der Verwaltungsstation durch Aufrufen des zweiten UDP-Transportmoduls gemäß den zugehörigen Informationen des SSH-Hostschlüssels und der System-"Management Information Bank", System-MIB, die durch die Verwaltungsstation benötigt werden, zu senden. 12. Verwaltete Vorrichtung nach Anspruch 11, wobei das zweite verwaltete Modul Folgendes umfasst: ein MIB-Modul, das ausgelegt ist, die zugehörigen Informationen des SSH-Hostschlüssels und die System-MIB-Informationen zu speichern; und ein zweites Maschinenmodul des einfachen Netzmanagementprotokolls, SNMP-Maschinenmodul, das ausgelegt ist, die zugehörigen Informationen des SSH-Hostschlüssels und die System-MIB-Informationen, die in dem MIB-Modul gespeichert sind, in ein SNMP-PDU-Paket gemäß den zugehörigen Informationen des SSH-Hostschlüssels und den System-MIB-Informationen, die durch die Verwaltungsstation benötigt werden, zu verkapseln und das verkapselte SNMP-PDU-Paket durch Aufrufen des zweiten UDP-Transportmoduls zu der Verwaltungsstation zu senden. 13. Verwaltete Vorrichtung nach Anspruch 11 oder 12, die ferner Folgendes umfasst: ein zweites SSH-Transportmodul, das ausgelegt ist, eine SSH-Verbindung mit der Verwaltungsstation aufzubauen und Informationszusammenwirken mit der Verwaltungsstation durch die SSH-Verbindung zu implementieren l envoi d un paquet de demande de détection indiquant que des informations liées de la clé d hôte SSH et des informations d un Banc d Informations de Gestion, MIB (Management Information Bank), du système du dispositif géré sont nécessaires, au dispositif géré dans un mode de transport UDP ; la réception, en provenance du dispositif géré, des informations liées de la clé d hôte SSH et des informations MIB du système du dispositif géré, transmises dans le mode de transport UDP. 2. Procédé selon la revendication 1, dans lequel l envoi du paquet de demande de détection comprend : l obtention d une identité, ID, de dispositif du dispositif géré ; et l envoi du paquet de demande de détection au dispositif géré conformément à l ID de dispositif dans le mode de transport UDP. 3. Procédé selon la revendication 2, dans lequel les informations liées de la clé d hôte SSH et les informations MIB du système du dispositif géré sont encapsulées dans une Unité de Données de Protocole, PDU (Protocol Data Unit), d un paquet de Protocole de Gestion de Réseau Simple, SNMP (Simple Network Management Protocol) ; et la réception en provenance du dispositif géré des informations liées de la clé d hôte SSH et des informations MIB du système du dispositif géré, transmises dans le mode de transport UDP, comprend : la réception de la PDU du paquet SNMP dans le mode de transport UDP ; la désencapsulation de la PDU du paquet SNMP ; et l obtention des informations associées de la clé d hôte SSH et des informations MIB du système du dispositif géré. 14. System zum Erhalten eines "Security Shell"-Hostschlüssels, SSH-Hostschlüssels, einer verwalteten Vorrichtung, das Folgendes umfasst: eine Verwaltungsstation nach einem der Ansprüche 8 bis ; und eine verwaltete Vorrichtung nach einem der Ansprüche 11 bis Procédé selon la revendication 3, dans lequel les informations liées sont configurées dans une certification de clé et la certification de clé et les informations MIB du système du dispositif géré sont encapsulées dans la PDU du paquet SNMP.. Procédé selon la revendication 1, comprenant en outre : Revendications 1. Procédé d obtention d une clé d hôte d un Interpréteur de Commande Sécurisé, SSH (Secure Shell), d un dispositif géré, comprenant : 0 le stockage des informations liées de la clé d hôte SSH et des informations MIB du système dans un fichier local ou une base de données. 6. Procédé selon la revendication 1, comprenant en outre : la mise en oeuvre d une authentification d identité sur le serveur SSH du dispositif géré par utilisation des informations liées de la clé d hôte SSH obtenue ; 9

10 17 EP B1 18 l établissement d une connexion SSH au dispositif géré une fois que l authentification a été acceptée ; et l envoi de paquets SNMP par l intermédiaire de la connexion SSH et la gestion du dispositif géré par l intermédiaire des paquets SNMP. 7. Procédé selon la revendication 1, dans lequel les informations liées de la clé d hôte SSH comprennent des informations de clé d hôte SSH et au moins l un d un algorithme d informations de clé d hôte SSH, d une politique d utilisation, d une empreinte digitale et d un nom associé. 8. Station de gestion, comprenant : un premier module de transport UDP ; et un premier module de gestion ; dans lequel le premier module de gestion est apte à envoyer un paquet de demande de détection indiquant que des informations liées d une clé d hôte d Interpréteur de Commande Sécurisé, SSH, et d informations de Banc d Informations de Gestion, MIB, du système d un dispositif géré sont nécessaires, au dispositif géré en invoquant le premier module de transport UDP et en obtenant les informations liées de la clé d hôte SSH et les informations MIB du système du dispositif géré, conformément à un paquet UDP renvoyé par le dispositif géré. 9. Station de gestion selon la revendication 8, dans laquelle le premier module de gestion comprend : un premier module de moteur de Protocole de Gestion de Réseau Simple, SNMP ; et un module à fonction de gestion ; dans lequel le premier module de moteur SNMP est apte à générer le paquet de demande de détection, à envoyer le paquet de demande de détection généré au module à fonction de gestion, et à analyser syntaxiquement un paquet d Unité de Demande de Protocole, PDU, à Protocole de Gestion de Réseau Simple, SNMP, renvoyé par le dispositif géré, dans lequel les informations liées de la clé d hôte SSH et les informations MIB du système du dispositif géré sont encapsulées, afin d obtenir les informations liées de la clé d hôte SSH et les informations MIB du système du dispositif géré ; et le module à fonction de gestion est apte à invoquer le premier module de transport UDP pour envoyer le paquet de demande de détection au dispositif géré, recevoir le paquet PDU SNMP et envoyer le paquet PDU SNMP au premier module de moteur SNMP Station de gestion selon la revendication 8 ou 9, comprenant en outre : un premier module de transport SSH, apte à mettre en oeuvre une authentification d identité sur le serveur SSH du dispositif géré conformément aux informations liées de la clé d hôte obtenue ; et, après que l authentification d identité a été acceptée, établir une connexion SSH au dispositif géré et effectuer une gestion SSH correspondante du dispositif géré par l intermédiaire de la connexion SSH. 11. Dispositif géré, comprenant : un second module de transport UDP ; et un second module de gestion ; dans lequel le second module de transport UDP est apte à recevoir et à désencapsuler le paquet de demande de détection envoyé par la station de gestion, et envoyer les informations indiquant qu il est nécessaire que la station de gestion obtienne les informations liées de la clé d hôte d Interpréteur de Commande Sécurisé, SSH, et des informations de Banc d Informations de Gestion, MIB, du système au second module de gestion ; le second module de gestion est apte à envoyer les informations liées de la clé d hôte SSH stockée dans celui-ci à la station de gestion en invoquant le second module de transport UDP conformément aux informations liées de la clé d hôte SSH et au Banc d Informations de Gestion, MIB, du système nécessitées par la station de gestion. 12. Dispositif géré selon la revendication 11, dans lequel le second module géré comprend : un module MIB, apte à stocker les informations liées de la clé d hôte SSH et des informations MIB du système ; et un second module de moteur de Protocole de Gestion de Réseau Simple, SNMP, apte à encapsuler les informations liées de la clé d hôte SSH et les informations MIB du système stockées dans le module MIB dans un paquet PDU SNMP conformément aux informations liées de la clé d hôte SSH et aux informations MIB du système nécessitées par la station de gestion, et envoyer le paquet PDU SNMP encapsulé à la station de gestion en invoquant le second module de transport UDP. 13. Dispositif géré selon la revendication 11 ou 12, comprenant en outre : un second module de transport SSH, apte à établir une connexion SSH à la station de gestion

11 19 EP B1 et à mettre en oeuvre des interactions d informations avec la station de gestion par l intermédiaire de la connexion SSH. 14. Système destiné à obtenir une clé d hôte d Interpréteur de Commande Sécurisé, SSH, d un dispositif géré, comprenant : une station de gestion selon l une quelconque des revendications 8 à ; et un dispositif géré selon l une quelconque des revendications 11 à

12 EP B1 12

13 EP B1 13

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