Wednesday, September 23, 2009

TCP & UPD Ports

Port Description Status
0/TCP,UDP Reserved Official
1/TCP,UDP TCP Port Service Multiplexer Official
2/TCP,UDP Management Utility Official
3/TCP,UDP Compression Process Official
5/TCP,UDP Remote Job Entry Official
7/TCP,UDP Echo Official
8/TCP,UDP ICMP (Ping) Official
9/TCP,UDP Discard Official
11/TCP,UDP Active Users Official
13/TCP,UDP DAYTIME – (RFC 867) Official
17/TCP,UDP Quote of the Day Official
18/TCP,UDP Message Send Protocol Official
19/TCP,UDP Character Generator Official
20/TCP FTP – data Official
21/TCP FTP—control (command) Official
22/TCP,UDP Secure Shell (SSH)—used for secure logins, file transfers (scp, sftp) and port forwarding Official
23/TCP Telnet protocol—unencrypted text communications Official
25/TCP,UDP Simple Mail Transfer Protocol (SMTP)—used for e-mail routing between mail servers Official
34/TCP,UDP Remote File (RF)—used to transfer files between machines Unofficial
35/TCP,UDP Any private printer server protocol Official
35/TCP,UDP QMS Magicolor 2 printer server protocol Unofficial
37/TCP,UDP TIME protocol Official
39/TCP,UDP Resource Location Protocol[2] (RLP)—used for determining the location of higher level services from hosts on a network Official
41/TCP,UDP Graphics Official
42/TCP,UDP nameserver, ARPA Host Name Server Protocol Official
42/TCP,UDP WINS Unofficial
43/TCP WHOIS protocol Official
49/TCP,UDP TACACS Login Host protocol Official
52/TCP,UDP XNS (Xerox Network Services) Time Protocol Official
53/TCP,UDP Domain Name System (DNS) Official
54/TCP,UDP XNS (Xerox Network Services) Clearinghouse Official
55/TCP,UDP ISI-GL (ISI Graphics Language) Unofficial
56/TCP,UDP XNS (Xerox Network Services) Authentication Official
56/TCP,UDP RAP (Route Access Protocol)[3] Unofficial
57/TCP MTP, Mail Transfer Protocol Unofficial
58/TCP,UDP XNS (Xerox Network Services) Mail Official
67/UDP Bootstrap Protocol (BOOTP) Server; also used by Dynamic Host Configuration Protocol (DHCP) Official
68/UDP Bootstrap Protocol (BOOTP) Client; also used by Dynamic Host Configuration Protocol (DHCP) Official
69/UDP Trivial File Transfer Protocol (TFTP) Official
70/TCP Gopher protocol Official
79/TCP Finger protocol Official
80/TCP,UDP Hypertext Transfer Protocol (HTTP) Official
81/TCP TorparkOnion routing Unofficial
82/UDP Torpark—Control Unofficial
83/TCP MIT ML Device Official
88/TCP,UDP Kerberos—authentication system Official
90/TCP,UDP dnsix (DoD Network Security for Information Exchange) Securit Attribute Token Map Official
90/TCP,UDP Pointcast Unofficial
99/TCP WIP Message Protocol Unofficial
101/TCP NIC host name Official
102/TCP ISO-TSAP (Transport Service Access Point) Class 0 protocol[4] Official
104/TCP,UDP ACR/NEMA Digital Imaging and Communications in Medicine Official
107/TCP Remote TELNET Service[5] protocol Official
109/TCP Post Office Protocol 2 (POP2) Official
110/TCP Post Office Protocol 3 (POP3) Official
111/TCP,UDP Sun Remote Procedure Call Official
113/UDP ident—user identification system, used by IRC servers to identify users Official
113/TCP,UDP Authentication Service (auth) Official
115/TCP Simple File Transfer Protocol (SFTP) Official
117/TCP UUCP Path Service Official
118/TCP,UDP SQL (Structured Query Language) Services Official
119/TCP Network News Transfer Protocol (NNTP)—used for retrieving newsgroup messages Official
123/UDP Network Time Protocol (NTP)—used for time synchronization Official
135/TCP,UDP DCE endpoint resolution Official
135/TCP,UDP Microsoft EPMAP (End Point Mapper), also known as DCE/RPC Locator service[6], used to remotely manage services including DHCP server, DNS server and WINS. Also used by DCOM Unofficial
137/TCP,UDP NetBIOS NetBIOS Name Service Official
138/TCP,UDP NetBIOS NetBIOS Datagram Service Official
139/TCP,UDP NetBIOS NetBIOS Session Service Official
143/TCP,UDP Internet Message Access Protocol (IMAP)—used for retrieving, organizing, and synchronizing e-mail messages Official
152/TCP,UDP Background File Transfer Program (BFTP)[7] Official
153/TCP,UDP SGMP, Simple Gateway Monitoring Protocol Official
156/TCP,UDP SQL Service Official
158/TCP,UDP DMSP, Distributed Mail Service Protocol Unofficial
161/TCP,UDP Simple Network Management Protocol (SNMP) Official
162/TCP,UDP Simple Network Management Protocol Trap (SNMPTRAP)[8] Official
170/TCP Print-srv, Network PostScript Official
177/TCP,UDP X Display Manager Control Protocol (XDMCP) Official
179/TCP BGP (Border Gateway Protocol) Official
194/TCP,UDP IRC (Internet Relay Chat) Official
199/TCP,UDP SMUX, SNMP Unix Multiplexer Official
201/TCP,UDP AppleTalk Routing Maintenance Official
209/TCP,UDP The Quick Mail Transfer Protocol Official
213/TCP,UDP IPX Official
218/TCP,UDP MPP, Message Posting Protocol Official
220/TCP,UDP IMAP, Interactive Mail Access Protocol, version 3 Official
259/TCP,UDP ESRO, Efficient Short Remote Operations Official
264/TCP,UDP BGMP, Border Gateway Multicast Protocol Official
311/TCP Mac OS X Server Admin (officially AppleShare IP Web administration) Official
308/TCP Novastor Online Backup Official
318/TCP,UDP PKIX TSP, Time Stamp Protocol Official
323/TCP,UDP IMMP, Internet Message Mapping Protocol Unofficial
350/TCP,UDP MATIP-Type A, Mapping of Airline Traffic over Internet Protocol Official
351/TCP,UDP MATIP-Type B, Mapping of Airline Traffic over Internet Protocol Official
366/TCP,UDP ODMR, On-Demand Mail Relay Official
369/TCP,UDP Rpc2portmap Official
370/TCP,UDP codaauth2 – Coda authentication server Unofficial
370/TCP,UDP securecast1 – Outgoing packets to NAI's servers, http://www.nai.com/asp_set/anti_virus/alerts/faq.as Unofficial
371/TCP,UDP ClearCase albd Official
383/TCP,UDP HP data alarm manager Official
384/TCP,UDP A Remote Network Server System Official
387/TCP,UDP AURP, AppleTalk Update-based Routing Protocol Official
389/TCP,UDP Lightweight Directory Access Protocol (LDAP) Official
401/TCP,UDP UPS Uninterruptible Power Supply Official
402/TCP Altiris, Altiris Deployment Client Unofficial
411/TCP Direct Connect Hub Unofficial
412/TCP Direct Connect Client-to-Client Unofficial
427/TCP,UDP Service Location Protocol (SLP) Official
443/TCP,UDP Hypertext Transfer Protocol over TLS/SSL (HTTPS) Official
444/TCP,UDP SNPP, Simple Network Paging Protocol (RFC 1568) Official
445/TCP Microsoft-DS Active Directory, Windows shares Official
445/UDP Microsoft-DS SMB file sharing Official
464/TCP,UDP Kerberos Change/Set password Official
465/TCP Cisco protocol Unofficial
465/TCP SMTP over SSL Unofficial
475/TCP tcpnethaspsrv (Hasp services, TCP/IP version) Official
497/TCP Dantz Retrospect Official
500/UDP Internet Security Association and Key Management Protocol (ISAKMP) Official
501/TCP STMF, Simple Transportation Management Framework – DOT NTCIP 1101 Unofficial
502/TCP,UDP Modbus, Protocol Unofficial
504/TCP,UDP Citadel – multiservice protocol for dedicated clients for the Citadel groupware system Official
510/TCP First Class Protocol Unofficial
512/TCP Rexec, Remote Process Execution Official
512/UDP comsat, together with biff Official
513/TCP Login Official
513/UDP Who Official
514/TCP Shell—used to execute non-interactive commands on a remote system Official
514/UDP Syslog—used for system logging Official
515/TCP Line Printer Daemon—print service Official
517/UDP Talk Official
518/UDP NTalk Official
520/TCP efs, extended file name server Official
520/UDP Routing—RIP Official
524/TCP,UDP NCP (NetWare Core Protocol) is used for a variety things such as access to primary NetWare server resources, Time Synchronization, etc. Official
525/UDP Timed, Timeserver Official
530/TCP,UDP RPC Official
531/TCP,UDP AOL Instant Messenger, IRC Unofficial
532/TCP netnews Official
533/UDP netwall, For Emergency Broadcasts Official
540/TCP UUCP (Unix-to-Unix Copy Protocol) Official
542/TCP,UDP commerce (Commerce Applications) Official
543/TCP klogin, Kerberos login Official
544/TCP kshell, Kerberos Remote shell Official
546/TCP,UDP DHCPv6 client Official
547/TCP,UDP DHCPv6 server Official
548/TCP Apple Filing Protocol (AFP) over TCP Official
550/UDP new-rwho, new-who Official
554/TCP,UDP Real Time Streaming Protocol (RTSP) Official
556/TCP Remotefs, RFS, rfs_server Official
560/UDP rmonitor, Remote Monitor Official
561/UDP monitor Official
563/TCP,UDP NNTP protocol over TLS/SSL (NNTPS) Official
587/TCP e-mail message submission[9] (SMTP) Official
591/TCP FileMaker 6.0 (and later) Web Sharing (HTTP Alternate, also see port 80) Official
593/TCP,UDP HTTP RPC Ep Map, Remote procedure call over Hypertext Transfer Protocol, often used by Distributed Component Object Model services and Microsoft Exchange Server Official
604/TCP TUNNEL profile[10], a protocol for BEEP peers to form an application layer tunnel Official
623/UDP ASF Remote Management and Control Protocol (ASF-RMCP) Official
631/TCP,UDP Internet Printing Protocol (IPP) Official
636/TCP,UDP Lightweight Directory Access Protocol over TLS/SSL (LDAPS) Official
639/TCP,UDP MSDP, Multicast Source Discovery Protocol Official
641/TCP,UDP SupportSoft Nexus Remote Command (control/listening): A proxy gateway connecting remote control traffic Official
646/TCP,UDP LDP, Label Distribution Protocol, a routing protocol used in MPLS networks Official
647/TCP DHCP Failover protocol[11] Official
648/TCP RRP (Registry Registrar Protocol)[12] Official
652/TCP DTCP, Dynamic Tunnel Configuration Protocol Unofficial
653/TCP,UDP SupportSoft Nexus Remote Command (data): A proxy gateway connecting remote control traffic Official
654/TCP AODV (Ad-hoc On-demand Distance Vector) Official
655/TCP IEEE MMS (IEEE Media Management System)[13][14] Official
657/TCP,UDP IBM RMC (Remote monitoring and Control) protocol, used by System p5 AIX Integrated Virtualization Manager (IVM)[15] and Hardware Management Console to connect managed logical partitions (LPAR) to enable dynamic partition reconfiguration Official
660/TCP Mac OS X Server administration Official
665/TCP sun-dr, Remote Dynamic Reconfiguration Unofficial
666/UDP Doom, first online first-person shooter Official
674/TCP ACAP (Application Configuration Access Protocol) Official
691/TCP MS Exchange Routing Official
692/TCP Hyperwave-ISP Official
694/UDP Linux-HA High availability Heartbeat Unofficial
695/TCP IEEE-MMS-SSL (IEEE Media Management System over SSL)[16] Official
698/UDP OLSR (Optimized Link State Routing) Official
699/TCP Access Network Official
700/TCP EPP (Extensible Provisioning Protocol), a protocol for communication between domain name registries and registrars (RFC 4934) Official
701/TCP LMP (Link Management Protocol (Internet))[17], a protocol that runs between a pair of nodes and is used to manage traffic engineering (TE) links Official
702/TCP IRIS[18][19] (Internet Registry Information Service) over BEEP (Blocks Extensible Exchange Protocol)[20] (RFC 3983) Official
706/TCP SILC, Secure Internet Live Conferencing Official
711/TCP Cisco TDP, Tag Distribution Protocol[21][22][23]—being replaced by the MPLS Label Distribution Protocol[24] Official
712/TCP TBRPF, Topology Broadcast based on Reverse-Path Forwarding routing protocol (RFC 3684) Official
712/UDP Promise RAID Controller Unofficial
720/TCP SMQP, Simple Message Queue Protocol Unofficial
749/TCP,UDP Kerberos administration Official
750/TCP rfile Official
750/UDP loadav Official
750/UDP kerberos-iv, Kerberos version IV Official
751/TCP,UDP pump Official
751/TCP,UDP kerberos_master, Kerberos authentication Unofficial
752/TCP qrh Official
752/UDP qrh Official
752/UDP userreg_server, Kerberos Password (kpasswd) server Unofficial
753/TCP Reverse Routing Header (rrh)[25] Official
753/UDP Reverse Routing Header (rrh) Official
753/UDP passwd_server, Kerberos userreg server Unofficial
754/TCP tell send Official
754/TCP krb5_prop, Kerberos v5 slave propagation Unofficial
754/UDP tell send Official
760/TCP,UDP ns Official
760/TCP,UDP krbupdate [kreg], Kerberos registration Unofficial
782/TCP Conserver serial-console management server Unofficial
783/TCP SpamAssassin spamd daemon Unofficial
829/TCP CMP (Certificate Management Protocol) Unofficial
843/TCP Adobe Flash socket policy server Unofficial
860/TCP iSCSI (RFC 3720) Official
873/TCP rsync file synchronisation protocol Official
888/TCP cddbp, CD DataBase (CDDB) protocol (CDDBP)—unassigned but widespread use Unofficial
901/TCP Samba Web Administration Tool (SWAT) Unofficial
901/TCP, UDP VMware Virtual Infrastructure Client (UDP from server being managed to management console) Unofficial
902/TCP VMware Server Console (TCP from management console to server being Managed) Unofficial
902/UDP VMware Server Console (UDP from server being managed to management console) Unofficial
903/TCP VMware Remote Console [26] Unofficial
904/TCP VMware Server Alternate (if 902 is in use, i.e. SUSE linux) Unofficial
909/TCP,UDP 2DEV "2SP" Protocol Unofficial
911/TCP Network Console on Acid (NCA)—local tty redirection over OpenSSH Unofficial
953/TCP,UDP Domain Name System (DNS) RDNC Service Unofficial
981/TCP SofaWare Technologies Remote HTTPS management for firewall devices running embedded Check Point FireWall-1 software Unofficial
989/TCP,UDP FTPS Protocol (data): FTP over TLS/SSL Official
990/TCP,UDP FTPS Protocol (control): FTP over TLS/SSL Official
991/TCP,UDP NAS (Netnews Administration System) Official
992/TCP,UDP TELNET protocol over TLS/SSL Official
993/TCP Internet Message Access Protocol over SSL (IMAPS) Official
995/TCP Post Office Protocol 3 over TLS/SSL (POP3S) Official
999/TCP ScimoreDB Database System Unofficial
1001/TCP JtoMB Unofficial
1023/TCP,UDP Reserved[1] Official

Wednesday, August 26, 2009

A world technological first for Schneider Electric with the introduction of a ZigBee-based wireless, batteryless switch

Schneider Electric unveiled the prototype of the world’s first ZigBee-compatible self-powered switch at the ZigBee European Forum in Munich, Germany, on June 29.

With this wireless, battery-less switch based on ZigBee technology, Schneider Electric is responding to market expectations for a product that is:
- easy to install, as it is wireless,
- reliable, as the switch operates continuously and requires no maintenance,
- green, as there are no batteries to recycle.

The switch illustrates two aspects that Schneider Electric feels are indispensable in the design of more energy efficient solutions for residential and commercial buildings: true interoperability of networked equipment and the confidence and foundation for upgradeability provided by a shared technological standard.

“With this world first, Schneider Electric’s Innovation Department has achieved a real technological breakthrough, made possible by an intense development effort,” notes Philippe Delorme, Executive Vice President, Strategy & Innovation of Schneider Electric. “By using an open global standard, we are making communication less complex and contributing to the emergence of ambient intelligence in buildings.”

A key leader of the ZigBee Alliance, Schneider Electric took a stand very early on to promote this wireless technology as a standard that would allow different radio frequency applications to communicate and enhance everyday life.

Simple, open technological standards are the best way to foster the emergence of new, more effective applications. As the world’s energy management specialist, Schneider Electric is actively committed to developing these kinds of standards in energy and automation, as well as in communication and IT. For this reason, the Group is involved in numerous local and international standards organizations, including the IEC, ISO and ODVA.

The prototype presented in Munich grew out of Schneider Electric’s involvement in the HOMES program (www.homesprogramme.com), a European project comprising 13 manufacturers and researchers that is designed to create solutions for achieving optimal energy performance in all buildings. Emulation and knowledge sharing within this ecosystem considerably speeded the development of the ZigBee-compatible self-powered switch.

In working to meet the major challenge of energy efficiency, Schneider Electric’s R&D teams are guided by a shared commitment to reducing energy consumption, optimizing connectivity and offering simple solutions. By delivering the necessary breakthrough technologies expected by its core markets while making customer satisfaction the key focus of innovation, Schneider Electric is helping to bring forward the energy solutions of tomorrow.

About ZigBee:
ZigBee is the global wireless language connecting dramatically different devices to work together and enhance everyday life. The ZigBee Alliance is a non-profit association of more than 300 member companies driving development of ZigBee wireless technology. The Alliance promotes world-wide adoption of ZigBee as the leading wirelessly networked, sensing and control standard for use in energy, home, commercial and industrial areas. For more information, visit: www.zigbee.org

About Schneider Electric:
As a global specialist in energy management with operations in more than 100 countries, Schneider Electric offers integrated solutions across multiple market segments, including leadership positions in energy and infrastructure, industrial processes, building automation, and data centres/networks, as well as a broad presence in residential applications. Focused on making energy safe, reliable, and efficient, the company's 114,000 employees achieved sales of more than 18.3 billion euros in 2008, through an active commitment to help individuals and organisations “Make the most of their energy™”.
www.schneider-electric.com


Monday, August 24, 2009

GE and FANUC divorce

GE (NYSE: GE) and FANUC announced today that the two companies have agreed to dissolve the GE Fanuc Automation Corporation joint venture. This agreement would allow each company to refocus its investments to grow its existing businesses and pursue its respective core industry expertise. GE and FANUC expect the transaction to be completed by the end of this year, subject to satisfactory customary closing conditions.

Established in 1986 by the joint investments of GE and FANUC, GE Fanuc Automation Corporation grew to become a leading high-performance technology company that serves a vast array of industries around the world including the energy, water, consumer packaged goods, government & defense, and telecommunications industries. The partnership delivers hardware and software solutions, services, automation and embedded computing systems; as well as industry-leading CNC products.

FANUC Honorary Chairman Dr. Seiuemon Inaba said, "Our joint venture has achieved great success toward its original mission, which was to cooperate on the global growth and technical development of the PLC and CNC business. Over this time period, markets and opportunities also have changed dramatically, and both companies further expanded into adjacent segments. Today’s market conditions are such that it’s imperative we pursue these expanded opportunities, and while we have achieved great things together, it’s in both our best interests that we focus our efforts on industry opportunities unique to our respective companies and that will deliver greater benefits to both our companies."

GE Fanuc Intelligent Platforms CEO Maryrose Sylvester said, "GE could not have asked for better partners than Dr. Inaba and FANUC. GE is proud of what our companies have achieved together – both the industry expertise and success across our product portfolios. For GE, this change will mean a continued, intense focus on serving our customers around the world while continuing to invest in significant growth platforms like process control systems, enterprise and automation software and embedded computing as we continue to build further expertise around the GE vertical infrastructure segments."

Under the terms of the agreement:

GE retains the software, services, embedded systems and control systems businesses globally. The company will be known as GE Intelligent Platforms, and will be led by Sylvester.
FANUC retains the global CNC business.

Sylvester added, "Our top priority is a smooth completion of transition and continuity for all customers, business partners and employees. We are committed to delivering our customer commitments in every segment of our business."

About GE
GE (NYSE: GE) is a diversified global infrastructure, finance and media company that is built to meet essential world needs. From energy, water, transportation and health to access to money and information, GE serves customers in more than 100 countries and employs more than 300,000 people worldwide. GE is Imagination at Work. For more information, visit the company's Web site at http://www.ge.com.

About FANUC
FANUC Ltd., headquartered on the foot of Mt. Fuji, Japan, is the most diversified manufacturer of FA (Factory Automation), robots and Robomachines in the world. Since its inception in 1956, FANUC has contributed to the automation of machine tools as a pioneer in the development of computer numerical control equipments. FANUC technology has contributed to a worldwide manufacturing revolution, which evolved from the automation of a single piece of machine to the automation of entire production lines. FANUC develops better and more reliable products into the twenty-first century.


News Extract from www.gefanuc.com

Monday, August 10, 2009

Industrial Ethernet University

Industrial Ethernet:

Industrial Ethernet has become the network of choice for instrumentation, monitoring and control applications. Yet, few people understand the technology. Given proper knowledge, the success of your Ethernet project will be assured.

What is taught at the university?

Students are taught the basics of Industrial Ethernet from the physical and data link layers up through the network, transport and application layers. All material comes from the IEEE Std. 802.3 and relevant Request for Comments (RFCs). The material is vendor-neutral since the purpose of the university is to educate the public for the benefit of the industry.

Benifits of attending:

Should the courses be completed, a graduate will be sent a certificate of completion as well as have the option to add his/her name to the list of Industrial Ethernet Alumni. Graduation is not mandatory. Students can pick and choose courses of interest. Best of all, it's FREE.

Plz. visit the University @ http://www.industrialethernetu.com/