Free packet software for mac

RumLog 4.2.3 comes to you as a free logging, QSL handling and printing tool, which is especially designed for the short wave DXer, made by a DXer. Basic logging features are included for the higher bands up to 1.2 cm. RUMlog can handle an unlimited numbers of logs and an unlimited numbers of QSOs per log. An user editable, all time country database is used for automatic DXCC recognition.

Major Features:

1. RUMlog includes routines, tables and an interactive gray line map to support the user in gray line dxing.
2. Using RUMlog you can print QSL card labels and manage your incoming paper QSLs. The Logbook of The World (LoTW) and eQSL are fully supported, and you can create files for the Global QSL service very quick. You can get different statistics for paper- or LoTW QSLs. It's just a mouse click to upload or download new QSLs to/from eQSL or LoTW.
3. RUMlog can use the ON6DP QSL manager database to inform you about managers or addresses and it can build and use an own manager and IOTA database, extracting the information from dx-cluster spots. Provisions are made to query the qrz.com online library.
4. RUMlog keeps you up to date about worked, confirmed or missing DXCCs and provides you with country lists and detailed statistics. Quick log searches or more detailed log queries are possible.
5. RUMlog can establish a dx-cluster connection via the internet or via packet radio. A simple terminal is integrated for a Packet Radio connection. RUMlog will separate DX-spots and alert you via e-mail or Growl when there is a ,new one' DXCC or IOTA spotted. Multiple interactive band maps virtualize activities on the air.
6. RUMlog can interface with two transceivers, setting the main parameter on your TRX from the logbook or vice versa. Kenwood, Elecraft, Yaesu and Icom transceivers are supported.
7. RUMlog has import and export functions to allow exchange of log data in different formats to other logging tools.
8. RUMlog can interface with Google Maps (Web-Browser based) and Google Earth. (Must be installed on your computer)
9. Except the DXCC statistics, RUMlog tracks the most interesting areas of the world for the most important awards: IOTA islands, CQ zones, ITU zones, Grid Squares, US States and German DOKs.

DigiTunnel 1.5.1 functions as a VPN client to connect to VPN servers like Windows Server, NT Server 4.0, Watchguard, Nortel, TrendNet, and OS X Server, using PPTP (IPSec is not supported).

Major Features:

1. On OS X 10.5 (Leopard), DigiTunnel provides compatibility with a variety of VPN Servers, the most flexible split-routing to connect directly to Internet sites while on the VPN, and allows customization of PPP options.
   
2. On OS X 10.4 (Tiger) and earlier versions, DigiTunnel also adds advanced VPN features without needing to upgrade the OS. DigiTunnel Setup Assistant and the system-wide control/status menu make setup and use a snap. Prompt email and phone support is provided.
3. DigiTunnel works over your existing Internet connection, whether it is DSL, cable modem, Airport, dial-up, etc.
4. DigiTunnel supports MSCHAP and MSCHAPv2 authentication, and 40-, 56-, and 128-bit-key MPPE encryption.

OpenH323 Gatekeeper includes Radius and database support and many VOIP routing functions.
OpenH323 Gatekeeper forms the basis for a free IP telephony system (VOIP).The GNU Gatekeeper is very stable and it is being used commercially by many organizations to provide VOIP services.

Main features:
- executables for Mac OS X, Linux, Windows, FreeBSD and Solaris
- can be run as a Windows service
- accounting and call authorization via SQL database, Radius, file or external application
- flexible call routing
- number rewriting (calling and called)
- support for NAT traversal
- full H.323 proxy
- TCP interface to applications
- CTI functions (eg. VOIP call-center, call transfers)
- gatekeeper clustering support (neighbors, parent/child, alternates)
- H.235 security
- graphical user interface
- its free, including source code

Enhancements
- new RadAcct attribute: RewriteE164
- enable multiple failover routes with sql routing policy
- BUGFIX(RasTbl.*) %{last-cdr} was wrong if last call succeeded
- forward the destCallSignalAddress in ARQs to the parent gatekeeper (set [Endpoint]ForwardDestIp=0 to get the old behavior)
- BUGFIX(RasTbl.cxx) never overwrite dialed_number after is has been set
- BUGFIX(RasSrv.cxx) add check to avoid crash on GRQ
- BUGFIX(ProxyChannel.cxx) fix reading of fragmented TPKT packets
- new switches Called/CallingPlanOfNumber in [RoutedMode] and [EP:...] to set numbering plan
- enable SRV policy for all OpenH323 versions as lonng as DNS services are available
- global switches for TranslateReceivedQ931Cause and TranslateSentQ931Cause in [RoutedMode], similar to those in [EP:...]
- BUGFIX(ProxyChannel.cxx) supress 2nd acct start event for 2nd Setup with same callid
- allow outbound number rewrite through SQL/RADIUS modules
- rewrite also aliases of type partyNumber (public and private), dont change alias type during rewrite
- BUGFIX(MakeCall.cxx) MakeCall didnt work on Windows
- implemented status port gai/gci commands for SQLAcct, SQLAuth, SQLPasswordAuth and SQLAliasAuth modules
- BUGFIX(capctrl.cxx) added a missing lock during config reload for CapacityControl module
- BUGFIX InternalPolicy should set a reject reason to something like gatewayResources/resourcesUnavailable instead of calledPartyNotRegistered when terminating gateways were found, but there was no capacity
- BUGFIX(gksql.cxx) SQL reconnect thread-safety fixes
- new q931cause variable in SQLAuth module
- status port connection can now be closed with Ctrl-D (instead of exit)
- selective reload on the status port: Reload
- BUGFIX(radauth.cxx) fixed crash in processing h323-redirect-ip when no h323-redirect-number is present
- BUGFIX (RasTbl.cxx) read GWPrefixes even if there is an EP: section for this endpoint
- BUGFIX (GkStatus.cxx) make sure status port threads dont share string memory with other threads
- new compile option COMPILE_AS_SERVICE to create a native Windows service
- new config options [Logfile]Filename=, [Gatekeeper:Main]TraceLevel= (same as -o and -t on cmd line)
- BUGFIX (ProxyChannel.cxx) always check m_call in H.450.2 call transfer emulator
- allow mutiple results per query from MySQL (and ignore all after the first) needed for using strored procedures (patch by Matteo Piscitelli)
- Added Bind INI setting to set the default interface for multihomed virtual servers.
- BUGFIX (Toolkit.cxx) on reload, check if new config is not empty (Fortytwo=42)
- BUGFIX (ProxyChannel.cxx) add NULL pointer checks to avoid crashes
- CapacityControl H.323 Id rules work now also for SetupUnreg calls
- BUGFIX (ProxyChannel.cxx) make sure Q.931 cause is included in generated ReleaseComplete
- new ^= and /= RewriteCLI rules for H.323 ID only rewritting
- new getauthinfo/getacctinfo status port commands
- Changed P2Pnat from H.460 OID to the standard allocated H.460.23/24
- BUGFIX(RasTbl.cxx): dynamically registered prefixes are added with the GatewayPriority
- BUGFIX(GkClient.cxx): use [Endpoint] Type= setting for GRQ, not only for RRQ
- merged P2Pnat support
- added first cut of Presence support
- set radius release-source attribute in stop accounting packet, like %r in sqlacct
- ./configure support for Windows
- new database driver SQLite
- new database driver ODBC
- auto-reconnect on database errors (for all database drivers)
- allow setting a reject reason when rejecting using the sql policy

Justniffer captures TCP packets, reassembles and reorders them, performs IP packet defragmentation and displays the tcp flow in the standard output.
Justniffer is useful for logging network traffic in a standard (web server like) or in a customized way.
Justniffer can log timings, for example it can log the response time). It is very useful for tracking network services performances (e.g. application server, web server, etc.).
The main differences with other sniffers are:
- Justniffer captures tcp/ip traffic and handle all tcp/ip stuff (reordering, retrasmissions, defragmentation). The tcp flow adjustment is performed using linux kernel code included in a slightly modified version of the nids library.
- Justniffer reports timing informations. So it can be usefull for tracking network system performances

Enhancements
- fixed compilation issues with gcc 3.3.3
- added connection.timestamp
- fixed idle.time.0 formatting
- fixed documentation
- more adherence to RFC 2616: looking for headers in case insesitive mode
- new HTTP headers added

Kismet is an 802.11 layer2 wireless network detector, sniffer, and intrusion detection system.
Kismet will work with any wireless card which comes with support for the raw monitoring (rfmon) mode, and can sniff 802.11a, 802.11b, and 802.11g traffic.
Kismet identifies networks by passively collecting packets and detecting standard named networks, detecting (and given time, decloaking) hidden networks, and infering the presence of nonbeaconing networks via data traffic.

Main features:
- Ethereal/Tcpdump compatible data logging
- Airsnort compatible weak-iv packet logging
- Network IP range detection
- Built-in channel hopping and multicard split channel hopping
- Hidden network SSID decloaking
- Graphical mapping of networks
- Client/Server architecture allows multiple clients to view a single
- Kismet server simultaneously
- Manufacturer and model identification of access points and clients
- Detection of known default access point configurations
- Runtime decoding of WEP packets for known networks
- Named pipe output for integration with other tools, such as a layer3 IDS like Snort
- Multiplexing of multiple simultaneous capture sources on a single Kismet instance
- Distributed remote drone sniffing
- XML output
- Over 20 supported card types

Enhancements
- This is a complete rewrite of Kismet (referred to as Kismet-Newcore while under development).
- It includes a new user interface, improved tracking, IDS functions, a plugin architecture... for both server and client, and auto-detection of drivers and supported channels on sniffing devices

ICMP Knock Server is a free tool that uses a concept similar to port knocking, which basically involves waiting for a range of packets that match given criteria before executing some action (typically exposing a port, e.g. for SSH connections, that is kept closed or blocked otherwise).
But instead of listening for TCP or UDP packets to arrive on specific ports in a specific order, it accepts ICMP echo requests and checks if their payload lengths and order of arrival match the given pattern.
The advantage is that this approach works with the standard PING tool. Programs with custom code or (although common) networking tools like netcat plus the ability to execute them are not required.

System requirements:
- Python

CloudVPN is a multi-protocol mesh virtual network. Simply - CloudVPN is capable of transporting any reasonable packet protocol, for any application that needs to communicate.
Cloud nodes act as a meshing and transporting layer, and applications connect to them using a gate socket.
Such client applications include:
- Ethernet tunnel, that uses the cloud as one big virtual network, which, given the mesh properties, also proves to be efficient and secure; and gives CloudVPN the "classical VPN function".
- Secure chat client, using the same security adventages.
- Filesharing client (which really proposed itself as a bittorrent alternative)
- Optimized radio-like broadcasting client
- Whatever else you like.

Enhancements
- Full Win32 support was added with the TAP-Win32 package. Massive cleanup was done. The build system was migrated to autotools, which allows easy compiling on many platforms. Some... compilation fixes and one local socket improvement were made