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\n\nISC Bind is a de facto a standard of a nameserver. With introduction of Response Policy Zones in the ISC BIND 9.8 it is became a simple task to monitor and contain malware on DNS layer. RPZ is supported on PowerDNS recursor 4.0.0 and later releases. Knot DNS is also partially supports RPZ.\n\nIn comparing with traditional network protection solutions a DNS server can handle millions of indicators without performance impact but there were no automated and efficient way to maintain response policy zones on primary DNS servers.\n\nUsually indicators of compromise are distributed in plain text but in different formats and only a few providers of IOCs make them available via RPZ.\n\nioc2rpz is a custom DNS server which automatically converts indicators (e.g. malicious FQDNs, IPs) from various sources into RPZ feeds and automatically maintains/updates them. The feeds can be distributed to any open source and/or commercial DNS servers which support RPZ, e.g. ISC Bind, PowerDNS. You can run your own DNS server with RPZ filtering on a router, desktop, server and even Raspberry Pi. System memory is the only limitation.\n\nWith ioc2rpz you can define your own feeds, actions and prevent undesired communications.\n\n## ioc2rpz is a place where threat intelligence meets DNS\n\nioc2rpz transforms IOC feeds into response policy zones (RPZ). You can mix feeds to generate a single RPZ or multiple RPZs. Trusted domains and IPs can be whitelisted. ioc2rpz supports expiration of indicators and accordingly rebuilds zones. \n![Alt ioc2rpz](https://github.com/Homas/ioc2rpz/blob/master/IOC2RPZ.jpg)\nThe current release supports: local files, files/requests via http/https/ftp and shell scripts to access other resource types. You can use any file format if you can write a REGEX to extract indicators and indicators are separated by newline or/and return carriage chars (/n, /r, /r/n).\n\n## How to use ioc2rpz\nYou can use ioc2rpz with any DNS server which supports Response Policy Zones e.g. recent versions of ISC BIND, PowerDNS and any commertial DNS server based on these products (e.g. Infoblox, Blue Cat, Efficient IP). A sample bind's configuration file (named.conf) is provided in the cfg folder.\n

\n\n## ioc2rpz web interface\n[ioc2rpz.gui](https://github.com/Homas/ioc2rpz.gui) is a Management Web interface which is developed as a separate project. It is not required to run ioc2rpz.\n\n## DNS over TLS (DoT)\nioc2rpz supports RPZ distribution over DoT. The SSL listener service is automatically started on port 853 (PortTLS) if a certificate is provided in the configuration (``cert``). Current implementation has following limitations:\n- TLS 1.2 only;\n- single request per session;\n- TLS PIN is not supported;\n- DNS Notify messages are unencrypted.\nWhen a certificate is expired or is going to expire soon there is no need to restart service if new certificates were saved in the same file. Erlang automatically updates certificates if files were replaced. The delay may be up to 2 minutes because of caching. It is recommended do not let the certificate to expire for service continuity.\n\n## ioc2rpz vs ISC BIND vs other DNS:\n- ioc2rpz was built to handle RPZ distribution only;\n- ioc2rpz supports DoT (DNS over TLS) so nobody can easily eavesdrop on your RPZs/indicators;\n- ioc2rpz supports as many RPZs as you need;\n- ioc2rpz supports live/non cached zones. It creates zones by an incoming request;\n- indicators can be pulled from different sources and via different protocols (e.g. via REST API calls);\n- RPZs are automatically updated;\n- IOC expiration time is used to remove expired indicators in a timely manner;\n- Performance and zone transfer time/size/packets optimizations.\n\n## Installation\nThe easiest way to deploy the service is using docker containers on the docker hub. [Deployment on Docker How-To](https://github.com/Homas/ioc2rpz/wiki/Deployment-on-Docker) you can find in ioc2rpz wiki.\n\n## Docker container\nioc2rpz is available on the Docker Hub. Just look for ioc2rpz.\nPrerequisites:\n- ioc2rpz doesn't contain a configuration file, you need to mount /opt/ioc2rpz/cfg to a directory on a host system with the configuration file (ioc2rpz.conf);\n- ioc2rpz uses 53/udp (SOA requests only), 53/tcp (AXFRP, IXFR, SOA, MGMT), 853/tcp (AXFRP, IXFR, SOA, MGMT) and 8443/tcp (REST API) ports. The ports should be exposed to a host system;\n- ioc2rpz saves ETS database into files for faster boot. You may mount /opt/ioc2rpz/db to a directory on a host system to preserve DB over restarts;\nYou can start ioc2rpz with the following command:\n```\nsudo docker run -d --name ioc2rpz --log-driver=syslog --restart always --mount type=bind,source=/home/ioc2rpz/cfg,target=/opt/ioc2rpz/cfg --mount type=bind,source=/home/ioc2rpz/db,target=/opt/ioc2rpz/db -p53:53 -p53:53/udp -p853:853 -p8443:8443 pvmdel/ioc2rpz\n\n```\nwhere /home/ioc2rpz/cfg, /home/ioc2rpz/db directories on a host system. \nYou can pass a custom configuration file name via``-e`` parameter. E.g. ``./cfg/ioc2rpz2.conf``\n\n## Docker Compose\nYou can deploy ioc2rpz and ioc2rpz.gui using docker compose. The docker-compose.yml file can be found in [ioc2rpz.dc](https://github.com/Homas/ioc2rpz.dc) repository.\n\n## ioc2rpz on AWS\nYou can run ioc2rpz and ioc2rpz.gui on AWS. For relatively small deployments (several hundreds thousands indicators) even free tier is enough.\nThe video below shows how to setup ioc2rpz and ioc2rpz.gui on AWS using ECS.\n

\n\n## How to start ioc2rpz service (w/o docker)\nioc2rpz by default reads configuration from ./cfg/ioc2rpz.conf, listens on all network interfaces and saves DB backup in ./db directory. You can change the default values in ``include/ioc2rpz.hrl``. \nIf you downloaded sources, before running ioc2rpz you have to compile the code with the following command: ``rebar3 release``. \nYou can start the application by evoking ``_build/default/rel/ioc2rpz/bin/ioc2rpz start``. \n\n## ioc2rpz management\n### via DNS\nioc2rpz supports management over DNS/TCP or DoT. It is recommended to use DoT or REST API over DNS/TCP. The current version of ioc2rpz does not support a separate management IP/interface. In any case it is highly recommended to create a designated TSIG key (or keys) which will be used for management only. You can turn off management over DNS. \nSupported actions:\n- ioc2rpz current status. Request ``ioc2rpz-status``, class ``CHAOS``, record ``TXT``. e.g.: \n```\ndig +tcp -y dnsmkey_1:ayVnL+h2QKMszRVohrngagcEuIpN3RkecXKdwSa5WsHD5N4Y5R3NUMGM W8sIGv36gPkAtWtgarqKzN9tmHqEnA== @127.0.0.1 ioc2rpz-status TXT -c CHAOS\n```\n- Reload configuration file. RR Name ``ioc2rpz-reload-cfg``, RR Class ``CHAOS``, RR Type ``TXT``\n- Update TSIG keys. RR Name ``ioc2rpz-update-tkeys``, RR Class ``CHAOS``, RR Type ``TXT``\n- Full refresh of all zones. RR Name ``ioc2rpz-update-all-rpz``, RR Class ``CHAOS``, RR Type ``TXT``\n- Full refresh a zone. RR Name ``zone_name``, RR Class ``CHAOS``, RR Type ``TXT``. E.g. full refresh of ``dga.ioc2rpz`` can be invoked by:\n```\ndig +tcp -y dnsmkey_1:ayVnL+h2QKMszRVohrngagcEuIpN3RkecXKdwSa5WsHD5N4Y5R3NUMGM W8sIGv36gPkAtWtgarqKzN9tmHqEnA== @127.0.0.1 dga.ioc2rpz TXT -c CHAOS\n```\n- Stop ioc2rpz. RR Name ``ioc2rpz-terminate``, RR Class ``CHAOS``, RR Type ``TXT``\n- Request a sample zone. RR Name ``sample-zone.ioc2rpz``, RR Class ``IN``, RR Type ``AXFR``\n### via REST\nREST API (port 8443/tcp) is the preffered management interface. For serurity reasons all management traffic must be encrypted and REST API interface is not started if there is no SSL certificate.\nBasic HTTP authentication is used to authenticate requests. ManagementTSIG keys are used for request authentication. A TSIG key name is used as the HTTP username and TSIG key as the password. Access to the REST API is restricted with the ACL. \nThe REST API supports json (default) and text as an output format based on the \"Accept\" header. E.g.:\n```\ncurl -i -u \"dnsmkey_1:ayVnL+h2QKMszRVohrngagcEuIpN3RkecXKdwSa5WsHD5N4Y5R3NUMGM W8sIGv36gPkAtWtgarqKzN9tmHqEnA==\" --insecure -H \"Accept: text/plain\" https://127.0.0.1:8443/api/mgmt/update_tkeys\n```\nAPI requests:\n- GET ``/api/v1.0/update/all_rpz`` - full refresh of all zones.\n- GET ``/api/v1.0/update/:rpz`` - full refresh a zone, where ``:rpz`` is the zone name.\n- GET ``/api/v1.0/mgmt/reload_cfg`` - reload configuration file.\n- GET ``/api/v1.0/mgmt/update_tkeys`` - update TSIG keys.\n- GET ``/api/v1.0/mgmt/terminate`` - shutdown ioc2rpz server.\n- GET ``/api/v1.0/feed/:rpz`` - get content (indicators) of ``:rpz`` feed.\n- GET ``/api/v1.0/ioc/:ioc?tkey=:tkey`` - check if indicator is blocked by RPZ feeds. An optional param ``:tkey`` allows to limit validation to a specific TSIG Key. W/o it the search will be done among all feeds.\n- GET ``/api/v1.0/cache/sources/clear/all`` - remove all sources from the hot cache\n- GET ``/api/v1.0/cache/sources/clear/:source`` - remove ``:source`` source from the hot cache\n- GET ``/api/v1.0/cache/sources/load/all`` - load all sources to the hot cache\n\n## Configuration file\nThe configuration is an Erlang file. Every configuration option is an Erlang term so the configuration must comply with Erlang syntax. ioc2rpz does not check the configuration file for possible errors, typos etc.\nioc2rpz supports the following configuration parameters:\n- a single **srv** record (required);\n- a single **cert** record (optional);\n- zero or more **key** records (optional);\n- zero or more **whitelist** records (optional);\n- one or more **source** records (minimum one source is required);\n- one or more **rpz** records (minimum one rpz is required).\n### **srv** record\n**srv** record is used to define server default values. It consists of:\n- NS server name used in SOA record;\n- an email address for SOA record (in SOA format);\n- list of management TSIG keys (names only). Please refer [the management section](#ioc2rpz-management) for the details.\n\nSample **srv** record: \n```\n{srv,{\"ns1.example.com\",\"support.email.example.com\",[\"dnsmkey_1\",\"dnsmkey_2\",\"dnsmkey_3\"],[\"acl_ip1\",\"acl_ip2\"]}}.\n```\n### **cert** record\n**cert** record is used to define a certificate and a private key for DNS over TLS communications.\nIt consists of:\n- path to a file containing a certificate;\n- path to a file containing a private PEM-encoded key;\n- path to a file with PEM-encoded CA certificates. \n\nSample **cert** record: \n```\n{cert,{\"cfg/cert.pem\", \"cfg/key.pem\",\t\"cfg/cacerts.pem\"}}.\n```\n### **include** record\n**include** record allows to split ioc2rpz configuration into multiple files.\n\nSample **include** record: \n```\n{cert,\"cfg/tkeys.include.cfg\"}.\n```\n### **key** record\nTSIG keys are used for authentication and authorization. It is recommended to use different TSIG keys for ioc2rpz management and zones transfers. \n**key** record consist of:\n- TSIG key name;\n- algorithm. ``md5``, ``sha256`` and ``sha512`` are supported;\n- the key;\n- (optional) list of key groups it belongs to.\n\nSample **key** record: \n```\n{key,{\"key_name_1\",\"md5\",\"ayVnL+h2QKMszRVohrngagcEuIpN3RkecXKdwSa5WsHD5N4Y5R3NUMGM W8sIGv36gPkAtWtgarqKzN9tmHqEnA==\"}}.\n{key,{\"key_name_1\",\"md5\",\"ayVnL+h2QKMszRVohrngagcEuIpN3RkecXKdwSa5WsHD5N4Y5R3NUMGM W8sIGv36gPkAtWtgarqKzN9tmHqEnA==\",[\"customers\",\"public\"]}}.\n```\ndnssec-keygen utility can be used to generate TSIG keys. E.g. the command below will generate a TSIG key 512 bits length with \"tsig-key\" name using MD5 algorithm, and save the key in the files with extensions \"key\" and \"private\". A TSIG the key will be the same in the both files.\n```\ndnssec-keygen -a HMAC-MD5 -b512 -n USER tsig-key\n```\nPlease refer \"dnssec-keygen\" documentation for details.\n### **whitelist** record\nWhitelists are used to prevent possible errors and blocking trusted domains and IP addresses. The whitelisted IOCs are removed from response policy zones. ioc2rpz does check only exact match, so it will not split or discard a network if a whitelisted IP address is included into a blocked subnet and vice versa. A whitelist is a text file or a feed of text data. Indicators should be separated by newline characters (/n,/r or both /n/r). Whitelists must contain valid FQDNs and/or IP addresses. ioc2rpz supports unlimited count of indicators. \n**whitelists** record consist of:\n- whitelist name;\n- whitelist path. URLs(http/https/ftp) and local files are supported. Prefix \"file:\" is used for local files;\n- REGEX which is used to extract indicators. A regular expression must be included in double quotes. If you specify an empty REGEX (`\"\"`), a default REGEX will be used (`\"^([A-Za-z0-9][A-Za-z0-9\\-\\._]+)[^A-Za-z0-9\\-\\._]*.*$\"`). `none` is used if no REGEX is required (the source already provides data in the required format).\n\nSample **whitelist** record:\n```\n{whitelist,{\"whitelist_1\",\"file:cfg/whitelist1.txt\",none}}.\n```\n### **source** record\nA source is a feed of malicious indicators. FQDNs, IPv4 and IPv6-addresses are supported. A source is a text file or a feed of text data. Indicators should be separated by newline/carriage return characters (/n,/r or both /r/n). ioc2rpz supports unlimited count of indicators. \n**source** record consist of:\n- source name;\n- source path for full source transfer (AXFR). URLs(http/https/ftp), local files and scripts are supported. Prefix **file:** is used for local files. Prefix **shell:** is used to execute a local script/comand on a host/container which should return indicators and optional expiration date to STDOUT;\n- source path for incremental source transfer (IXFR). AXFR,IXFR paths support keywords to shorten URLs and provide zone update timestamps:\n - **[:AXFR:]** - full AXFR path. Can be used only in IXFR paths;\n - **[:FTimestamp:]** - timestamp when the source was last time updated (e.g. 1507946281)\n - **[:ToTimestamp:]** - current timestamp;\n- REGEX which is used to extract indicators and their expiration time. The first match is an indicator, the second match is an expiration time. Expiration time is an optional parameter. A regular expression must be included in double quotes. If you specify an empty REGEX (`\"\"`), a default REGEX will be used (`\"^([A-Za-z0-9][A-Za-z0-9\\-\\._]+)[^A-Za-z0-9\\-\\._]*.*$\"`). `none` is used if no REGEX is required (the source already provides data in the required format).\nOptional parameters (all or none must be used):\n- UserID (used internally).\n- Maximum # of IoCs.\n- Full source update, hot cache time (in seconds).\n- Incremental source update, hot cache time (in seconds).\n\nSample **source** record:\n```\n{source,{\"blackhole_exp\",\"http://data.netlab.360.com/feeds/dga/blackhole.txt\",\"[:AXFR:]\",\"^([A-Za-z0-9][A-Za-z0-9\\-\\._]+)\\t.*:00\\t([0-9: -]+)$\"}}.\n{source,{\"base.rpz1\",\"shell:/usr/bin/dig -y KEYNAME:TSIGKEY @54.69.93.185 base.rpz.infoblox.local axfr | /bin/grep -e CNAME | /bin/grep -v '*.' | /usr/bin/awk -F '.base.rpz' '{print $1}'\",\"\",none}}.\n```\nSource **shell:** is used to extend ioc2rpz connectivity options which are natively a bit limited. The ioc2rpz container includes dig, grep, awk and python. E.g. you can mix different RPZ feeds or fetch data from a database.\n\n### **rpz** record\nRPZ term defines a response policy zone. \n**rpz** record consist of:\n- rpz name;\n- SOA refresh time in seconds;\n- SOA update retry time in seconds;\n- SOA expiration time in seconds;\n- SOA NXDomain TTL in seconds;\n- Cache. Possible values: ``true`` or ``false``. ``true`` defines that the RPZ should be cached, ``false`` - non cached, live zone sources are downloaded and an RPZ generated by AXFR request. \"Live\" zones do not support incremental zone transfer. if RPZ feed is not cached anyway it is temporary stored into a hot cache. In case if a request timeouts from a client, we will be able to respond next time. AXFR time will be used to determine cache life;\n- Wildcards. Possible values: ``true`` or ``false``. Defines if wildcard rules should be generated;\n- Action. Supported actions: ``nxdomain``, ``nodata``, ``passthru``, ``drop``, ``tcp-only``, ``{\"redirect_domain\",\"example.com\"}``, ``{\"redirect_ip\",\"127.0.0.1\"}`` and list of local records ``[{\"local_aaaa\",\"fe80::1\"}, {\"local_a\",\"127.0.0.1\"}, {\"local_cname\",\"www.example.com\"}, {\"local_txt\",\"Text Record\"}]``. ``redirect_domain`` is an alias for ``local_cname``. ``redirect_ip`` is an alias for ``local_a``, ``local_aaaa``;\n- List of TSIG keys and key groups;\n- Type of IOCs used in the RPZ: ``mixed``, ``fqdn``, ``ip``. It is used for optimization.\n- Full zone update time in seconds (AXFR Time). Full Zone update and rebuild if MD5 for IOCs is different;\n- Incremental zone update time (IXFR Time). Sources should support incremental updates. \"0\" means no incremental zone updates;\n- List of the sources;\n- List of DNS servers (IP addresses) which should be notified on an RPZ updates;\n- List of whitelists. \n\nSample **rpz** record:\n```\n{rpz,{\"zone_name\",soa_refresh, soa_update_retry,soa_expire,soa_nxdomain_ttl,\"cache\",\"wildcards\",\"action\",[\"key1\",\"key2\"],\"Zone_type\",AXFT_Time, IXFR_Time,[\"source1\",\"source2\"],[\"notify_ip1\",\"notify_ip2\"],[\"whitelist_1\",\"whitelist_2\"]}}.\n\n{rpz,{\"zone_name\",soa_refresh, soa_update_retry,soa_expire,soa_nxdomain_ttl,\"cache\",\"wildcards\",\"action\",[\"key1\",\"key2\",{groups,[\"group1\",\"group2\"]}],\"Zone_type\",AXFT_Time, IXFR_Time,[\"source1\",\"source2\"],[\"notify_ip1\",\"notify_ip2\"],[\"whitelist_1\",\"whitelist_2\"]}}.\n\n{rpz,{\"mixed.ioc2rpz\",7202,3600,2592000,7200,\"true\",\"true\",\"passthru\",[\"dnsproxykey_1\",\"dnsproxykey_2\"],\"mixed\",86400,3600,[\"small_ioc\",\"blackhole\",\"bot.list\"],[],[\"whitelist_1\",\"whitelist_2\"]}}.\n\n{rpz,{\"mixed.ioc2rpz\",7202,3600,2592000,7200,\"true\",\"true\",\"passthru\",[\"dnsproxykey_1\",\"dnsproxykey_2\",{groups,[\"public\",\"ip2\"]}],\"mixed\",86400,3600,[\"small_ioc\",\"blackhole\",\"bot.list\"],[],[\"whitelist_1\",\"whitelist_2\"]}}.\n```\n## Sample configuration file\n```\n{srv,{\"ns1.rpz-proxy.com\",\"support.rpz-proxy.com\",[\"dnsmkey_3\"],[\"127.0.0.1\",\"10.42.0.10\"]}}.\n{cert,{\"cfg/ioc2rpz_dot.crt\", \"cfg/ioc2rpz_dot.key\",\t\"\"}}.\n\n{key,{\"dnsproxykey_1\",\"md5\",\"apXqLsDs90H213eV6LS9ryYp5tY8YTpkttOkRCve7dp1Zeob3SGAbaVU9BShpsW25MmR8mTiX5OY0Qetv977Yw==\"}}.\n{key,{\"dnsproxykey_2\",\"sha512\",\"03uuaGl9kqfenjRgIeCv6e29lVvMwviB1+cDX1I0jcVOcTU4jWFwRkfo3ULRMD+NGDfwzYvXkJ94FNEaAW4vzw==\"}}.\n{key,{\"dnsmkey_3\",\"sha512\",\"03uuaGl9kqfenjRgIeCv6e29lVvMwviB1+cDX1I0jcVOcTU4jWFwRkfo3ULRMD+NGDfwzYvXkJ94FNEaAW4vzw==\"}}.\n\n{whitelist,{\"whitelist_1\",\"file:cfg/whitelist1.txt\",none}}.\n{whitelist,{\"whitelist_2\",\"file:cfg/whitelist2.txt\",\"\"}}.\n\n{source,{\"small_ioc\",\"file:cfg/small_ioc.txt\",\"[:AXFR:]\",\"^(?!host)(?!ip)\\\"?\\'?([A-Za-z0-9][A-Za-z0-9\\-\\._]+)[^A-Za-z0-9\\-\\._]*.*$\"}}.\n{source,{\"dns-bh\",\"http://mirror1.malwaredomains.com/files/spywaredomains.zones\",\"[:AXFR:]\",\"^zone \\\"([A-Za-z0-9\\-\\._]+)\\\".*$\"}}.\n{source,{\"cryptolocker\",\"http://data.netlab.360.com/feeds/dga/cryptolocker.txt\",\"[:AXFR:]\",\"^(?!host)(?!ip)\\\"?\\'?([A-Za-z0-9][A-Za-z0-9\\-\\._]+)[^A-Za-z0-9\\-\\._]*.*$\"}}.\n{source,{\"tor-exit\",\"https://torstatus.blutmagie.de/ip_list_exit.php/Tor_ip_list_EXIT.csv\",\"[:AXFR:]\",none}}.\n\n{rpz,{\"localdata.ioc2rpz\",7202,3600,2592000,7200,\"false\",\"true\",[{\"local_aaaa\",\"fe80::1\"},{\"local_a\",\"127.0.0.1\"},{\"local_a\",\"127.0.0.2\"},{\"local_a\",\"127.0.0.3\"},{\"local_a\",\"127.0.0.4\"},{\"local_cname\",\"www.example.com\"},{\"local_txt\",\"Text Record www.example.com\"},{\"local_txt\",\"Text Record 2\"}],[\"dnsproxykey_1\", \"dnsproxykey_2\"],\"mixed\",30,30,[\"small_ioc\"],[],[\"whitelist_1\",\"whitelist_2\"]}}.\n{rpz,{\"dga.ioc2rpz\",7202,3600,2592000,7200,\"true\",\"true\",\"nodata\",[\"dnsproxykey_1\",\"dnsproxykey_2\"],\"fqdn\",172800,3600,[\"cryptolocker\"],[],[]}}.\n{rpz,{\"mixed.ioc2rpz\",7202,3600,2592000,7200,\"true\",\"true\",\"passthru\",[\"dnsproxykey_1\", \"dnsproxykey_2\"],\"mixed\",86400,3600,[\"small_ioc\",\"dns-bh\",\"cryptolocker\"],[],[\"whitelist_1\",\"whitelist_2\"]}}.\n{rpz,{\"dns-bh.ioc2rpz\",7202,3600,2592000,7200,\"true\",\"true\",\"nxdomain\",[],\"mixed\",86400,3600,[\"dns-bh\"],[],[\"whitelist_1\",\"whitelist_2\"]}}.\n{rpz,{\"tor-exit-ip.ioc2rpz\",7202,3600,2592000,7200,\"false\",\"true\",\"nxdomain\",[\"dnsproxykey_1\",\"dnsproxykey_2\"],\"ip\",172800,0,[\"tor-exit\"],[],[]}}.\n```\n\n## Predefined configuration values - include/ioc2rpz.hrl\ninclude/ioc2rpz.hrl contains pre-compiled parameters.\n\nStandard parameters:\n- ``MGMToDNS`` (true/false) - enabled management over DNS/TCP;\n- ``DBStorage`` (ets) - defines DB storage for AXFR and IXFR caches. Current version supports ETS only;\n- ``SaveETS`` (true/false) - defines if ETS AXFR/IXFR tables should be saved on disk;\n- ``Port`` (numerical value, 1 - 65535) - defines a DNS port on which service is running;\n- ``PortTLS`` (numerical value, 1 - 65535) - defines a DoT port on which service is running;\n- ``PortREST`` (numerical value, 1 - 65535) - defines a HTTPs port on which service is running;\n- ``TTL`` (numerical value, in secodns) - default TTL for DNS records/RPZ rules.\n- ``DefConf`` (string) - default configuration file;\n- ``DefDB`` (string) - default database path;\n- ``logTS`` - if defined timestamp is added in log messages;\n- ``debug`` - if defined debug log messages are printed;\n\nOptimization parameters:\n- ``DNSPktMax`` (numerical value, 100 - 65535) - maximum packet size. Recommended values:\n - 16384 - minimal zone transfer size;\n - 65535 - minimal count of DNS packets;\n- ``Compression`` (numerical value, 0 - 9) - Compression level (0 - no compression, 9 - highest compression). AXFR cache and tables on a disk store compressed data;\n- ``ZoneRefTime`` (numerical value, in milliseconds) - defines zone refresh check interval;\n- ``TCPTimeout`` (numerical value, in milliseconds) - defines TCP session timeout;\n- ``HotCacheTime`` (numerical value, in seconds) - Hot cache time for IOCs, Rules, Packets. Live zones are stored in a hot cache;\n- ``HotCacheTimeIXFR`` (numerical value, in seconds) - Hot cache time for IXFR IOCs in a hot cache. By default IXFR indicators are cached for a minute (even if it set to 0) because current serial is always rounded to a previous minute.\n\n## How the AXFR (full) and IXFR (incremental) caches are updated\n- AXFR cache always contains prebuilt zones without SOA/NS/TSIG records. Prebuilt means all records are splitted by packets and labels were shortened/zipped.\n- If a server receives an AXFR request it retrieves packets from the AXFR cache, adds SOA/NS records and TSIG if needed.\n- AXFR zones update should be considered as a clean up procedure, which should periodically take place. Just to be sure that there is no desynchronization between the sources and the cache.\n- For large zones, AXFR updates should be scheduled infrequently to minimize impact on a server's performance and amount of transferred data to all clients.\n- All changes if it is possible should be done via incremental zone updates. In that case the AXFR cache will be rebuilt only in case if a zone was updated.\n- [TODO] Due to an optimization, only last packet will be rebuilt for new IOCs and relevant and accordant packets for the expired IOCs.\n- IXFR cache contains only IOCs and expiration dates. [TODO] and packets ID's (to make it possible rebuild the zone fast).\n- RPZ record contains current zone Serial and Serial_IXFR. Serial_IXFR serve as a minimum incremental zone serial which is available for an incremental zone transfer.\n- IXFR cache is flushed after full zone update (AXFR). Serial_IXFR = Serial. Clients will receive full zone update in any case, this is why it is important to have AXFR zone transfer infrequently.\n- When IXFR cache is updated, AXFR cache must be rebuilt.\n- If a zone does not support IXFR updates -> it doesn't saved in the IXFR table.\n- Live zones are not cached in the AXFR, IXFR caches but the sources (IOCs) can be cached in the hot cache.\n\n## Hot cache\nAll IOCs, Rules, Packets including live RPZs are stored in the hot cache. Pre-compiled parameters ``HotCacheTime``, ``HotCacheTimeIXFR`` define storage time.\n\n## How to try ioc2rpz (or sample and free RPZ feeds hosted by ioc2rpz)\n### Disclaimer\nThe author assumes no responsibility or liability for an","has_starred","hub_user","immutable_tags_settings",{"_75":11,"_76":77},"enabled","rules",[78],".*","is_automated","permissions",{"_82":21,"_83":11,"_84":11},"read","write","admin","user","storage_size",508709944,"orgData","recentTags",[91],{"_92":44,"_93":94,"_95":96,"_97":98,"_99":100,"_101":102,"_50":125,"_126":94,"_127":33,"_128":56,"_57":129,"_130":131,"_132":110,"_133":125,"_134":66,"_135":21},"content_type","creator",2380651,"digest","sha256:3ffb21369a88b466848c82c6352ef75c8d58d8b05e0af922b1d564310cc96890","full_size",89458254,"id",31921175,"images",[103,119],{"_104":105,"_95":106,"_107":108,"_109":110,"_111":112,"_113":114,"_115":108,"_116":-5,"_117":98,"_63":66,"_118":-5},"architecture","arm64","sha256:b0a11b2edd1940bf9ceca164415a79292aade7b673d16851966205bd8ae475d0","features","","last_pulled","2026-10-06T02:11:29.891090448Z","last_pushed","2026-07-06T11:17:39.532816612Z","os","linux","os_features","os_version","size","variant",{"_104":120,"_95":121,"_107":108,"_109":122,"_111":123,"_113":120,"_115":108,"_116":-5,"_117":124,"_63":66,"_118":-5},"unknown","sha256:127ef1698efb4894fd7ebc7a2ee6ef4809be0fc3b1ab14b51f72736b5974f738","2026-10-04T15:07:32.536175224Z","2026-07-06T11:17:39.488145567Z",1158,"2026-07-06T11:17:40.523895Z","last_updater","last_updater_username","media_type","latest","repository",5797011,"tag_last_pulled","tag_last_pushed","tag_status","v2","sbxKitMetadata","isPotentialSpam","isHubSbxKitsEnabled","showSbxLogoOverride","sbxTrademarkText","displaySecurityMetadata","tagAttestations","tagsHaveAttestations",[],"selectedTag","attestationsUrl","routes/_layout.r.$namespace.$reponame.tags",{"_38":149,"_156":157,"_143":167,"_168":11},{"_40":150,"_42":151,"_45":46,"_47":48,"_49":11,"_50":51,"_52":53,"_54":152,"_57":35,"_32":33,"_58":59,"_60":44,"_61":62,"_63":64,"_65":66,"_67":-5,"_68":62,"_69":70,"_71":11,"_72":33,"_73":153,"_79":21,"_80":155,"_85":33,"_86":87},[],[44],[56],{"_75":11,"_76":154},[78],{"_82":21,"_83":11,"_84":11},"tags",{"_158":64,"_159":-5,"_160":-5,"_161":162},"count","next","previous","results",[163],{"_92":44,"_93":94,"_95":96,"_97":98,"_99":100,"_101":164,"_50":125,"_126":94,"_127":33,"_128":56,"_57":129,"_130":131,"_132":110,"_133":125,"_134":66,"_135":21},[165,166],{"_104":105,"_95":106,"_107":108,"_109":110,"_111":112,"_113":114,"_115":108,"_116":-5,"_117":98,"_63":66,"_118":-5},{"_104":120,"_95":121,"_107":108,"_109":122,"_111":123,"_113":120,"_115":108,"_116":-5,"_117":124,"_63":66,"_118":-5},[],"canDeleteTags","actionData","errors"]

pvmdel/ioc2rpz_dev

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