• Cisco Speed Meter Pro Serial Key Free Download
• Cisco Speedometer Pro
• Cisco Speed Meter Pro Serial Key 2018

This chapter includes the following major topics:.This chapter describes the implementation steps and configurations needed to deploy the end-to-end IOK AMI solution using the recommended reference topology. Step 16On the Specify CA Type page, click Root CA. Click Next.Step 17On the Set Up Private Key page, clickCreate a new private key. Certificate Templates Using ECC Algorithm on the CA ServerBefore creating certificate templates and issuing client certificates, ensure some Additional fields are not included in the issued certificates as they increase the size of the certificate and also increase network traffic. In some cases, these additional fields will cause authentication to fail.

Specifically, the client certificates should not include the Authority Information Access (AIA) and the CRL Distribution Point (CDP) extensions.Step 1On the CA server machine, in the Server Manager tab, click Tools and click Certification Authority which opens the certsrv window.Step 2Right-click the CA server installed and select Properties.Step 3Inside the CA properties window, click the Extensions tab. Under Select Extension, choose CDP, select the ldap:/// location and uncheck the option to include in the CDP extension of issued certificates.

Repeat this step to also remove the AIA extension.Step 4Next restart the Certificate Authority service. To do this, right-click the CA server inside the certsrv window and select All Tasks Stop Service. This action stops the CA service.Step 5Now select All Tasks Start Service to restart the CA service. Finally, close the certsrv window. Smart Meter Certificate TemplateStep 1On the CA server machine, in the Server Manager tab, click Tools and click Certification Authority, which opens the certsrv window.Step 2Right-click the CA server installed and select Properties.Step 3In the General tab, complete the following steps:a.Select View Certificate and click the Details tab.b.Scroll down to see that the Signature algorithm used is SHA256ECDSA. The Public key should be ECC (256 Bits).c.Once verified, click OK to close both the open windows.Step 4Now inside the certsrv window, click the installed CA to expand the tree view.

Right-clickCertificate Templatesin the left tree menu and selectManage, which opens the Certificate Templates Console.Step 5Select and duplicate the Computer certificate template within the Certificate Templates Console.Step 6Under Compatibility tab settings, in Certification Authority and Certificate recipient selectWindows Server 2012 R2and approve the resulting changes. This is for Windows CA support to ensure that the certificate generated is X.509 version 3 and supports ECC/ECDSA-based keys.Step 7On the General tab rename the duplicated certificate template to a more intuitive name, for example, SmartMeterTemplate and specify the Validity and Renewal periods as needed.Step 8On the Request Handling tab Change Purpose to Signature. SelectYesin the Certificate Templates warning dialog. To allow certificate private key exports in the Request Handling tab, selectAllowprivate key to be exported.Step 9On the Cryptography tab for the Provider Category, selectKey Storage Provider. For algorithm name, selectECDSAP256. Minimum key size should be 256. For the Request hash selectSHA256.Step 10On the Subject Name tab chooseSupplyin the request option and selectYesin the Certificate Templates warning dialog.

Cisco Speed Meter Pro Serial Key Free Download

RADIUS Server Certificate TemplateThe following steps for generating a certificate used by the RADIUS server are similar to the previous steps used to create the client identity (smart meter) certificate:Step 1On the CA server machine, in the Server Manager tab, click Tools and click Certification Authority, which opens the certsrv window.Step 2Inside the certsrv window, click the installed CA to expand the tree view. Right-click Certificate Templates in the left tree menu and select Manage, which opens the Certificate Templates Console.Step 3Duplicate the Web Server certificate template.Step 4Under the Compatibility tab settings, in Certification Authority and Certificate recipient, select Windows Server 2012 R2 and approve the resulting changes. This is for Windows CA support to ensure that the certificate generated is X.509 version 3 and supports ECC/ECDSA-based keys.Step 5On the General tab rename the duplicated certificate template to a more intuitive name, such as, RADIUS and specify the Validity and Renewal periods as needed.Step 6On the Request Handling tab, change Purpose to Signature. Select Yes in the Certificate Templates warning dialog. To allow certificate private key exports in the Request Handling tab, select Allow private key to be exported.Step 7On the Cryptography tab for the Provider Category, select Key Storage Provider. For algorithm name, select ECDSAP256.

Minimum key size should be 256. For the Request hash, select SHA256.Step 8On the Subject Name tab choose Supply in the request option and select Yes in the Certificate Templates warning dialog. This is to enter the Subject Name and Common Name of the RADIUS server.Step 9On the Security tab for all listed group or user names, ensure that the Enroll and Auto-enroll permissions are check marked.Step 10On the Extensions tab, select Application Policies and click Edit. Remove Client authentication, ensuring only Server Authentication is present. Close the Certificate Templates Console.Step 11Finally, enable the RADIUS server certificate by allowing this certificate template to be issued.

Step 2Restart the Certificate Authority Service for the above commands to take effect. NTP server Information required for the NTP server(s). You can define multiple NTP servers.ip address server nameEnter either the IP address or name of the NTP server.

When you use an NTP server name, the server must have a DNS defined that is accessible to the UCS server.versionEnter the NTP protocol version. If you do not enter an NTP protocol version, the software assigns the default value of 4 (NTPv4). You can also assign a value of 3 (NTPv3).RSA certificateRSA certificate is required for security. You can use either the CA virtual machine or an external server.

If you use an external server, you will need to provide the SCEP URL and CA certificate.true false Enter false if you want to use the CA server virtual machine. Enter true if you want to use an external CA server.External CAInformation required if you are using an external CA server.URLEnter the URL for the CA certificate provided by the customer infrastructure (.cer or.pem). The head-end router (CSR 1000V) and CGR 1000 router require the SCEP to enroll the certificates.pathEnter the path to the NMS certificate in pfx/PKCS12 format.passwordEnter the NMS certificate import password for the NMS certificate in pfx/PKCS12 format.passwordEnter the TPS certificate import password. It is usually set when you import the pfx certificate.Internal CA serverInformation required if you install an CA server virtual machine.IPv4 addressEnter the IPv4 address for the CA virtual machine.adminEnter admin as username login for the CA virtual machine.password(Optional) Password required to turn on privileged commands. Ip addressEnter the mask address for the loopback interface. The Default value is 255.255.255.0.ip address(Optional) Enter the IPv6 address for the loopback interface. Otherwise, leave the field blank.Router Login Username Information about the head-end router login username and secret word.passwordEnter the password for the router login username or leave the field blank and enter it during installation.secretEnter the router secret word to turn on privileged commands or leave field blank and enter it during installation.Simple Certificate Enrollment Protocol (SCEP)Information about the SCEP URL used to authenticate and enroll certificate.SCEPURLEnter the SCEP URL.

For example, name or IP/certsrv/mscep/mscep.dll.Registration Authority Information on the router, Cisco 5921 ESR, that serves as Registration Authority. You must define at least one interface to the Public Network (DMZ network) and one interface to the Private Network (data center network).ip addressEnter the IP address for the RA router that will connect to the NMS and CA server in the Private Network (data center network).

Ip address(Optional) Enter the IPv6 address for the router interface that will connect to the Public Network (DMZ). Otherwise, leave the field blank.Router Login UsernameInformation about Registration Authority router login username and secret word.passwordEnter the password for the router login username or leave the field blank and enter it during installation.Router Provision (Optional) Only required if the Head-end infrastructure needs to support mesh endpoints. For router only deployment, leave this section unconfigured.IPv6 address information for NMS and Orchestration virtual machine interfaces in the data center network and in some cases the Service Provider data collection engine (CE). Information on IPv4 pools for field end devices and head-end router loopback interfaces.subnetDefine an IPv4 subnet such as, 192.168.100.0.mask addressEnter the mask address. Routing ConfigurationThis section covers the routing configuration required for end-to-end communication between CG-Mesh and the IOK AMI Head End Network. The key elements that perform routing for this end-to-end communication are CGR and a cluster of HERs.In IOK AMI deployments, CGR is initially configured using the Router ZTD Staging process. All additional routing configuration is then pushed to both the CGR and the HER as part of the ZTD process.Routing is split into the following two sections:.WAN Routing—Reachability between CGR and HER is mandatory to initiate ZTD and thus constitutes WAN routing.Overlay Routing—Meter and HER Ipv6/Ipv4 prefixes exchanged using OSPFv3 over WAN routing.The following steps verify the routing configuration provisioned on both the CGR and HER after the ZTD staging process has been completed:Step 1Verify the OSPFv3 Routing Configuration on CGR and HER (see ).

Step 6Verify the tunnel interface configuration on CGR and HER and also the client profile on the CGR, which specifies the peer address and a unique tunnel interface.The CGR is configured with a Static VTI interface. The tunnel source on the CGR is the WAN facing interface and the destination is the IPv4 address of the HER IKEv2 cluster. The HER is configured with a multi-SA DVTI interface.The IPv6 GRE tunnel traffic from the CGR is encrypted and carried over the IPv4 tunnels.OSPFv3 routing protocol is used on both CGR and HER and the tunnel interfaces are defined to be a part of this protocol to advertise the reachability on both sides. Also, the loopback interfaces are configured to be part of the OSPF routing protocol so that reachability is advertised to the other device to bring the tunnel up.IKEv2 clustering is enabled within the IOK Headend on HERs to enable a cluster of FlexVPN gateways. The HSRP and FlexVPN server are configured on the HER and FlexVPN client functionality on the CGR.

ASA Firewall ConfigurationAs depicted in the solution topology in, an ASA firewall in transparent mode may be deployed to protect the IOK headend from all the traffic coming in from the FARs. The firewall can be configured to permit traffic during ZTD staging, IPSec traffic between FARs and HERs (over which all further communication happens from the mesh endpoints to IOK headend servers), and deny the rest of the traffic towards the head end network.Step 1Configure the ASA firewall to operate in transparent mode with the following command. For the devices connected in the network on either side of the firewall, the IPv4 and the IPv6 address of their interfaces must be in the same subnet as the BVI interface.Step 3Configure the interfaces on the Cisco ASA firewall connected to the trusted network (towards the HEN) and the untrusted network (towards the FAR) and configure the security levels of the interfaces.The interface connected to the outside network has a security level of 0, making it an untrusted interface, and the interface connected to the inside network has a security-level of 100, making it a trusted interface.

CGR ConfigurationThe WPAN interface module on the CGR enables communication with the mesh endpoint smart meters.Communication with the smart meters is possible in two modes—secure and non-secure:.In secure mode, IOK’s FreeRadius server authenticates the smart meters. Digital certificates are installed in the meters during manufacturing and are signed by the Utility CA server. After successful authentication from the FreeRadius server, the smart meters obtain an IPv6 address from the IOS DHCPv6 server on CGR.In non-secure mode, the meters do not need certificates and use only the services of the IOS DHCPv6 server to obtain an IPv6 address.In IOK AMI deployments, CGR is configured using Zero Touch Deployment (ZTD). All necessary configuration for secure communication with the smart meters is pushed to the CGR.To verify the configuration on the CGR, perform the following steps:Step 1Log in to the CGR1K console.

Verify the WPAN module is operational and the firmware version matches with the version on the Smart Meter. Itron OpenWay Smart Meter ConfigurationIn the IOK AMI Solution Validation project, Itron Openway Smart Meters have been used as Connected Grid End-points (CGEs). This section describes programming the Itron Smart Meters and integrating them with IOK AMI deployments.In order to enable Itron OpenWay Smart Meters to securely communicate with the CGR’s WPAN interface, perform the following tasks:a.Download the Register firmware into the Smart Meter.b.Download the Comm Module firmware into the Smart Meter.c.Program the Smart Meters with various configuration parameters such as SSID, security certificates, etc.Step 1Obtain the compatible Register firmware image based on the Smart Meter Hardware version.Step 2Open the Itron OpenWay Shop Manager. Select the Firmware Files tab in the left pane.

Click Import under Firmware Options.Step 3In the Import Firmware window, select the correct firmware file and import it into the Shop Manager utility.Step 4In the Firmware Files window, navigate to OpenWay CENTRON Hardware 3.1 Single Phase ITRD Register. In the right pane, click the check box under the column Active to select the file for downloading into the Smart Meter, as shown in.Figure 5-30Itron OpenWay ShopManager —Import Register Firmware. Step 10Wait for the download process to complete successfully. The Green Color Progress Bar in the lower right corner of the Field-Pro utility window shows the download status.Step 11In the Download Completed! Page, select Logoff.

Wait for a few minutes for the register firmware to be installed and activated on the Smart Meter.Step 12Select Logon. In the Meter Summary page, confirm that the Register Firmware Version shows the correct version of firmware loaded, as shown in.Figure 5-36Itron OpenWay Field-Pro—Meter Summary Register Firmware Version. Step 14Obtain the Smart Meter Comm Module’s RF Mesh firmware image that is compatible with both the hardware version of the Smart Meter and also the firmware version of the WPAN module located on the CGR.Step 15Open Itron OpenWay Shop Manager. Select the Firmware Files tab in the left pane.Step 16Click Import under Firmware Options. In the Import Firmware window, select the firmware file (cg-mesh-node-ITRDPKG-5.5.80-1ca0551-RELEASE-itron30.bin) and import it into the Shop Manager utility.Step 17In the Firmware Files window, navigate to OpenWay CENTRON Hardware 3.1 Single Phase ITRD RF Mesh. In the right pane, click the check box under the column Active to select the file cg-mesh-node-ITRDPKG-5.5.80-1ca0551-RELEASE-itron30.bin for downloading into the Smart Meter, as shown in.Figure 5-37Itron OpenWay Field-Pro—Import RF Mesh Firmware. Step 21Wait for the download process to complete successfully.

The Green Color Progress Bar in the right corner of the Field-Pro utility window shows the download status.Step 22In the Download Completed! Page, select Logoff. Wait for a few minutes for the RF Mesh Comm Module firmware to be activated.Step 23Select Logon. In the Meter Summary page, confirm that the Comm Module Firmware Version shows the correct version of firmware loaded, as shown in.Figure 5-40Itron OpenWay Field-Pro—eter Summary RF Mesh Firmware Version. Step 24Prepare the RF Mesh configuration in binary format using CGE Configuration Writer utility.The Connected Grid Endpoint (CGE) Configuration Writer utility (cfgwriter) is a Java-based utility that takes as input an XML file with the endpoint configuration information and produces a binary (.bin) memory file. This utility may be executed on any host platform with the Java Run Time Environment installed.

The endpoint configuration information includes the SSID of the WPAN it must join, the security certificates, etc. The binary configuration file (.bin) is programmed into the Communication Module on the Smart Meter. Refer to.Figure 5-41Configuration Writer Utility—cfgwriter.

Description-w Write out a self-contained binary config given an input configuration file in XML format.-i Generate Itron OpenWay binary file.-ca CA Certificate (DER encoded) to be installed on the smart meter.-x Smart Meter Certificate and Private Key file in PKCS12(.pfx) format.-p Supplicant Certificate and Key PFX password.Step 26To download the RF Mesh configuration file (.bin) to the Smart Meter, open Itron OpenWay Shop Manager. Select the Firmware Files tab in the left pane. Click Import under Firmware Options.Step 27In the Import Firmware window, select the firmware file (ciscodemo5580.bin) and import it into the Shop Manager utility.Step 28In the Firmware Files window, navigate to OpenWay CENTRON Hardware 3.1 Single Phase ITRD RF Mesh Config. In the right pane, click the check box under the column Active to select the file ciscodemo5580.bin for downloading into the Smart Meter, as shown in.Figure 5-42Itron OpenWay Shop Manager—Import RF Mesh Configuration. Step 31Wait for the download process to complete successfully. The Green Color Progress Bar in the right corner of the Field-Pro utility window shows the download status.Step 32In the Download Completed!

Page, select Logoff. Wait a few minutes for the RF Mesh Configuration to be activated.Step 33Open Itron OpenWay Field-Pro. Select Logon. In the Meter Summary page, confirm that the Register Firmware Version and Comm Module Firmware Version show the correct versions that were downloaded in the previous steps. Note the ZigBee (HAN) MAC Address for the smart meter, as shown in.Figure 5-45Itron OpenWay Field-Pro—Meter Summary Firmware Versions. Multicast ConfigurationThis section describes the configuration required for multicast communication between CGR and IOK AMI head-end systems, such as FND.

Multicast communication is primarily used by FND for firmware upgrade of Smart Meters. When the CGR receives IPv6 multicast traffic, it forwards the traffic over the WPAN interface as Layer 2 broadcast. Therefore, there is no IPv6 multicast on CGEs.Refer to the depicting the traffic flow between AMI IOK head-end systems and CGR.In the IOK AMI architecture, IPv6 multicast is deployed using PIM sparse mode and the HER (CSR1000V) as the Rendezvous Point (RP). CGR is configured to join the multicast group and receives the multicast packets from FND.In IOK AMI deployments, the necessary configuration on the CGR for multicast communication is provisioned using ZTD.To verify the multicast configuration, complete the following steps:Step 1Log in to CGR1K’s console.

Verify whether IPv6 multicast routing has been enabled, IPv6 PIM has been configured, and RP address has been configured. Firmware ManagementField Network Director (FND) serves as a repository for CGR and CGE firmware images. FND can be used to upgrade the firmware running on groups of devices by loading the firmware image file onto the FND server and then uploading the image to devices in the group.

Once uploaded, the firmware image can be installed on the devices directly from FND. IOS Upgrades of FAR (CGR1K) devices uses unicast communication while firmware upgrade of a group of CGEs (smart meters) uses either unicast or multicast communication. Firmware Upgrade of CGEs using FNDFND can also be used for firmware upgrade of a group of CGEs (smart meters). Firmware update actions from FND communicate with the nodes over both multicast and sequential unicast, chosen per PAN and per message. Multicast communication is used when many nodes in the PAN need to be contacted. In general, multicast is used when more than 10% of the nodes in the PAN need the message. Otherwise, unicast communication is used.To perform firmware upgrade of Itron Smart Meters using FND, perform the following tasks:Step 1Log in to FND web GUI.Step 2Choose Config Firmware Update.Step 3Click the Groups tab.Step 4In the FIRMWARE GROUPS pane, select default-cgmesh.Step 5Click Add Group at the top-right of the FIRMWARE GROUPS pane.Step 6In the Add Group dialog box, enter the name of the firmware group as NewFirmwareGroup.Step 7Click Add.

The new group label NewFirmwareGroup appears under the ENDPOINT device type in the FIRMWARE GROUPS pane, as shown in.Figure 5-59Firmware Management—Add Firmware Group. Integration with IOKFor Itron Collection to communicate with IOK deployment, the following procedure needs to be executed to integrate the Itron Collection engine and IOK:Step 1Open the command prompt and change to the folder C:Usersitronee.Step 2Execute the command sqlplus AMI/AMI@Openway to log in to SQL.Step 3Execute the command SELECT serialnumber,nativeaddress FROM node.Step 4Update the node using the command UPDATE server SET nativeaddress = ' WHERE serialnumber in ('MasterRelay', 'CollectionEngine').Example. Uninstalling IOK DeploymentThis section discusses how to uninstall IOK.

The uninstaller script which comes with the IOK package is used to clean/uninstall the IOK deployment. The script will delete all VMs after powering them off and also cleans up all network interface configurations created during installation.Step 1Open the command prompt and go to folder where the IOK installation files are available.Step 2Execute the uninstaller script by using the command ciscoiokuninstaller.exe.Step 3If a configuration XML file is already available with ESXi host details, such as, ESXi host IP, username and password, it will not ask for any further details.

Press Y to start the uninstallation process, as shown in.Figure 5-117Uninstalling IOK—Using XML Configuration File.

Cisco Speedometer Pro

DU Meter 7.11 Crack is very famous software. If you know this software then you can download the update version software or if you do not know this software then you can easily use this software. Because is it’s Internet usage monitor software.

If you use this software in our computer then you can find real time graphs you many internet data you use every thing you can found.DU Meter 2019 Crack software alert you of dangerous or unexpected network. It software also watching your data transfer rates. So download this software for your PC.Features Of This Software:.

DU Meter can be especially useful for you. You can configure it to report back to you via email. It can even prevent any further Internet connectivity. Applied calculus 9th edition tan pdf.

Latest version alert unexpected network activity. It create detailed reports of the total network traffic. It software create detailed reports of the total network traffic volume.How to install DU Meter 7.11 Crack Patch??. Download DU Meter 7.11 Crack Patch.

Cisco Speed Meter Pro Serial Key 2018

Install your pc DU Meter free version. Now use crack or patch to get full version. Enjoy!

Full Features of this software.