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Test Number : HP0-660
Test Name : NonStop Kernel Basics (Level 1)
Vendor Name : HP
Q&A : 154 Dumps Questions

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NonStop Kernel Basics (Level 1) exam

security Distribution for Linux Clusters | HP0-660 Dumps and Real test Questions with VCE Practice Test

this text is a comply with-up to previous articles in LJ that discuss the dispensed security Infrastructure (DSI) and the Linux distributed safety Module (DSM) [see “Linux Distributed Security Module”, LJ, October 2002, available at /article/6215, and “DSI: a New Architecture for Secure Carrier-Class Linux Clusters”, available at]. listed here, they center of attention on how they used IP alternate options in DSM to send safety counsel in a allotted environment for the system degree of safety. They discuss network buffer handling, adding hooks into the kernel, IP alternate options and editing IP headers. They then cover the network hooks in DSM and current some early efficiency outcomes.

The DSI challenge

The Open equipment Lab at Ericsson analysis begun the Open supply DSI undertaking to design and enhance a cluster protection infrastructure targeted at tender, actual-time telecom applications operating on Linux service-grade clusters. These clusters are anticipated to operate nonstop, inspite of any hardware or utility error. They need to allow operators to Improve hardware and utility, kernel and purposes, during common operations, with none scheduled downtime and without affecting the offered features.

DSI at the start was designed to present provider-grade traits, similar to reliability, scalability, excessive availability and effective efficiency. furthermore, it helps several different crucial elements, together with a coherent framework, a technique-level approach and help for each preemptive security and dynamic protection policies.

One essential characteristic of DSI is its method-level entry handle. currently applied safety mechanisms are according to consumer privileges and don't aid authentication checks for interactions between two approaches belonging to the equal person, however the tactics are created on remote processors. For telecom purposes, only a number of users run the equal software for a protracted length of time without any interruption. making use of the above concept can provide the equal protection privileges to all techniques created on distinctive nodes, which leads to no security checks for many actions throughout the allotted system. The granularity of the simple entity for the above protection control is the user. For carrier-classification functions, this granularity isn't adequate, and the want for a extra quality-grained primary entity, the particular person method, is required and hence supported in DSI.

The allotted safety Module

The DSM is a core element of DSI that provides the implementation of mandatory access control inside a Linux cluster. The DSM is responsible for enforcing entry control and offering labeling for the IP messages with the security attributes of the sending system and node throughout the nodes of the cluster.

The DSM is carried out as a Linux module using the Linux safety Module (LSM) hooks. The construction begun using Linux kernel 2.4.17 along with the appropriate LSM kernel patch. The implementation was in response to CIPSO and FIPS 188 standards, which specify the IP header amendment.

One critical aspect of the DSM implementation is its disbursed nature. access handle in a cluster can also be carried out from a field found on one node to a aid located on a different node. therefore, a necessity exists to transfer the security suggestions between the nodes within the equal cluster. The distributed nature of DSM provides vicinity transparency of the security supplies within the cluster from the safety aspect of view.

community Buffer coping with

right here, they in short discuss the theme of the community buffer coping with to deliver a far better realizing of how protection assistance is embedded into the network packet. They describe how the kernel handles community buffers ranging from the utility layer all the way down to the hardware layer and vice versa.

determine 1. community Packet circulation in the Kernel

figure 1 indicates the circulate of the network packet in the kernel. Packet handling happens in two situations, the incoming packet and outgoing packet. The outgoing network packet is dealt with as follows, starting from the software layer: the application prepares the facts to be sent on the community; the utility considerations a device call to the kernel to ship a packet; the packet, in the form of an sk_buff constitution, goes via filters and routing features inner the kernel; and the packet then is passed to the network driver that sends it to the community card (DMA).

The incoming community packet, ranging from the community card, starts off with the network card taking pictures the community packets either with its personal handle or the printed address; it then reads them to the network reminiscence and generates an interrupt. The interrupt carrier pursuits, which is triggered via the hardware interrupt and is part of the network card driver that runs inner the kernel, allocates an sk_buff and strikes the records from the cardboard reminiscence into this buffer (DMA). subsequent, the packet is put on the CPU queue for higher-layer processing, and the processing is deferred to a later time when interrupts are enabled. at last, the packets go during the filters and the routing features and are handed to the application layer.

in accordance with the established advice on how the network buffers are handled in the Linux kernel, they now exhibit how this counsel can also be used to extend the kernel security. They seem into the hooks brought to the IP routing functions that permit us to control the IP packets and add extra protection to the IP messages.

adding network protection Hooks

The safety module can have an impact on the routing determination in line with the protection hook implementation. a few issues should be remembered when programming the routing hooks, because those hooks are executed as typical kernel features for each packet coming out and in the kernel.

A module that registers a feature must specify the precedence of the characteristic inside the hook. The web filter hooks are called from the kernel code within the order of priorities. The user services are free to manipulate the IP packet. The consumer feature should return one of the following values in order for the networking code to decide what to do with the packet:

  • NF_ACCEPT: do nothing and let the packet go during the network stack.

  • NF_DROP: drop the packet. The packet is not handed for extra processing.

  • NF_STOLEN: the packet has been taken. The packet isn't passed for further processing.

  • NF_QUEUE: queue the packet for person-space coping with.

  • NF_REPEAT: name this hook once more.

  • This feature shows us how the packet is manipulated earlier than it enters the gadget and earlier than it is sent out. What they are still lacking is: what form of information or alternatives can they add to the packet? How? And, will the changes coexist with the present implementation? They answer these questions in here sections.

    IP alternatives

    a little-time-honored reality about web Protocol is that an IP packet can contain a variable amount of added counsel (highest of forty bytes) following the average 20-byte header. These extension bytes are known as IP alternate options, and a few of the alternatives are defined to raise protection guidance.

    presently, the information superhighway Protocol contains two protection alternatives. considered one of them is the DoD basic protection alternative (BSO—choice type a hundred thirty), which makes it possible for IP datagrams to be labeled with safety classifications. This choice offers 16 protection classifications and a variable number of coping with restrictions. To address additional security counsel, reminiscent of safety categories or booths, a second protection choice (ESO—choice class 133) exists and is talked about because the DoD prolonged security choice (ESO). The defense counsel programs agency (DISA) is liable for administrating the values for the fastened fields inside these two alternatives.

    laptop companies now are building commercial operating techniques with obligatory entry controls and multilevel protection. These methods are no longer built primarily for a particular group within the protection or intelligence communities. they are frequently available business programs to be used in a variety of govt and civil sector environments.

    The small number of ESO layout codes can not guide the entire possible functions of a commercial safety option. The BSO and ESO have been designed to guide simplest the us DoD. industrial IP protection alternative (CIPSO) has been designed to support multiple protection guidelines. The internet draft provides the format and processes required to support a mandatory access control (MAC) security coverage.

    The IP alternate options used to label packets in their implementation are in response to the FIPS 188 common and the commercial IP protection alternative (CIPSO) draft. In their implementation, the IP header is modified using these specifications, in order to add the safety counsel to the IP header and send it over the network.

    IP alternatives in DSM

    The security tips they want to switch the usage of IP alternate options are security identification (SID) and security Node id (NID). The DSM modifies every IP packet with the aid of supplying their safety information as its IP alternate options. determine 2 shows the layout of the modified IP header.

    determine 2. security alternatives within the IP Header

    right here is a list of header alternate options:

  • CIPSO: one octet, with a price of 134.

  • length: one octet, the full size of the choice including the class and size fields. With the existing IP header size restriction of forty octets, the value of this box should no longer exceed forty.

  • domain of Interpretation (DOI) Identifier: unsigned 32-bit integer. The value 0 is reserved and should not seem because the DOI identifier in any CIPSO alternative. Implementations should still expect the DOI identifier box is not aligned on any certain byte boundary.

  • The CIPSO domain of Interpretation (DOI) container, or the protection Tag Set identify under FIPS 188: set to hexadecimal 10001000. This DOI price changed into chosen arbitrarily as there at the moment is no central regulatory recreation during this enviornment.

  • Free kind: one octet, shows that the following fields are new fields undefined in the regular (hence free). The value is 7.

  • size: one octet, suggests the whole length of all tags.

  • Tags (SID, NID): CIPSO uses units of tags to comprise the protection tips principal to the records within the IP packet. each tag starts with a tag classification identifier adopted through the size of the tag; it ends with the specific security tips to be passed.

  • SID tag: tag identification: one octet (value three), tag length: one octet (cost 6), tag facts: 32-bit cost of sid.

  • NID tag: tag id: one octet (value 6), tag length: one octet (cost 6), tag information: 32-bit price of nid.

  • The IP choice they use is CIPSO. these fields aren't described via the regular, so that they can also be used in the approach they define.

  • The area of Interpretation (DOI) and the Free kind (FIPS 188 regular) suggest that the following fields are new fields undefined in average, therefore they're free.

  • DSM community Hooks

    We used the LSM protection hooks within the DSM to add their security labels to the IP messages. They now reveal how they carried out this by means of proposing an example of an application that sends a packet over the community by means of writing to a socket. The software makes use of one of the library calls. At one element, a gadget call is generated that passes the message to the Linux kernel. The entry aspect to the kernel socket implementation is the feature sys_socketcall(), observed in net/socket.c. in the chain of calls, the sock_sendmsg() characteristic (list 1) in web/socket.c is accomplished.

    record 1. sock_sendmsg()

    sock_sendmsg (struck socket *sock, struct msghdr *msg, int size) int err; struct scm_cookie scm; err = security_ops->socket_ops->sendmsg(sock, msg, measurement); if(err) return(err); ...

    one of the first moves within the characteristic is to execute the protection hook (security_ops->socket_ops->sendmsg(...)). This hook leads to the DSM socket hook that modifies the IP packet, as proven in checklist 2.

    listing 2. dsi_socket_sendmsg()

    int dsi_socket_sendmsg(struct socket *sock, struct msghdr *msg, int dimension) ... inode_security_t *isec; struck sock sk; struct ip_options *opt = NULL; int optlen = NSID_BASE_LEN + NSID_SSID_LEN + NSID_NODEID_LEN; //eight +_6 + 6 unsigned char optptr[optlen]; ... sk = sock->sk; choose = sk->protinfo.af_inet.opt; dsi_options_fill (isec, optptr, optlen); dsi_ip_options_get(&decide, optptr, optlen); opt = xchg(&sk->protinfo.af_inet.choose, decide); ...

    The feature dsi_options_fill units up the protection advice to the buffer as specified within the previous paragraph. Later, in subsequent features, this safety advice is attached to the IP message as options. The SID is derived from the socket protection identification, and the NID is global for the entire node—there isn't any need to move it as a parameter to the feature.

    After this motion, the modified packet with the protection guidance added is forwarded for general processing within the kernel and at last is distributed over the network. at the receiving aspect, the incoming messages are stored within the sk_buff structures and preprocessed in a collection of capabilities and hooks. One of those services is ip_options_compile (listing 3) in /net/ipv4/ip_options.c, where the alternatives are processed.

    list three. ip_options_compile ()

    int ip_options_compile (struct ip_options *opt, struct sk_buff *skb) unsigned char *pp_ptr; unsigned char *optptr; ... case IPOPT_CIPSO: if(security_ops->ip_ops->decode_options(skb, optptr, &pp_ptr) goto error; ruin; ...

    For the CIPSO case, the protection hook decode_options is known as. This hook is replaced by using the DSM dsi_decode_options hook, the place the safety parameters (SID, NID) from the incoming packet are read and saved within the safety structure attached to this sk_buff. The sk_buff buffers, populated with the safety advice, are attached to the receiving socket queue, the place they're ready to be study by the receiving software. so as to study them, the utility issues the gadget name sys_socketcall (), because it did for the sending packet. The name as soon as once more goes during the DSM safety hook, the place the receiving socket security id is validated towards the sk_buff safety of the incoming packet. If the socket is not allowed to acquire the packets with a given safety id, then these packets are dropped. checklist four suggests the kernel characteristic in include/web/sock.h.

    checklist four. sock_queue_rcv_skb ()

    int sock_queue_rcv_skb (struct sock *sk, struct sk_buff *skb) int err=0; ... err=security_ops->socket_ops->sock_rcv_skb (sk, skb); if(err) return (err); ...

    As they will see, the security hook sock_rcv_skb is referred to as. This hook then is replaced with the aid of the DSM characteristic dsi_sock_rcv_skb when the DSM is loaded. in this feature, the security validation is carried out. From the example code they are able to see work must be executed to manipulate the security labels.

    performance Measurements

    We carried out a couple of benchmarking tests to be able to check no matter if including options to the IP header affects the usual performance and by way of how plenty. One examine was to ship a UDP packet between nodes of the cluster and measure the performance degradation that includes the packet protection amendment on the sending facet, together with the packet safety extracting on the receiving aspect. The ordinary overhead of including extra protection in keeping with their implementation is 30%. many of the overhead (round 25%) is involving the IP packet change based on the IP protection option. The ultimate overhead (round 5%) is contributed via the security hooks infrastructure within the Linux kernel, such because the socket hooks. As they can see, many of the overhead is concerning the IP packet amendment based on the IP options, with handiest a small fraction of the overhead caused with the aid of the safety hooks infrastructure.

    Our future efforts might be directed at enhancing the IP modification algorithms as they continue to use IP alternate options because the safety transport mechanism.


    by using altering the IP options, they have been in a position to distribute protection counsel to nodes of the cluster with the DSM. they now have optimized the IP packet amendment and their simple effects display massive advancements—the 30% overhead has dropped to 14%. These efficiency outcomes are promising, and they see more alternatives for further optimizations to reap a decrease overhead. nevertheless, the consequences demonstrate the challenges dealing with the building of efficient dispensed safety. They hope you are trying out DSI and DSM and send us your feedback.


    David Gordon, co-op intern from Sherbrooke institution, for his contributions to DSM.

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    SANS [1 Certification Exam(s) ]
    SAP [98 Certification Exam(s) ]
    SASInstitute [15 Certification Exam(s) ]
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