Cocoa packet analyzer

On logarithmic or linear scale.Zoom into time ranges of choice.Supports multi-touch gestures for scrolling and zooming.Selecting in the traffic view causes connection list to only show applications that where active (caused traffic) during that time.Powerful sorting options (last activity, total traffic amount, process name, server name, …)Save snapshots to investigate connection details at any later point of time.Capture traffic of certain applications as .pcap file to open it with packet analyzer tools (such as Wireshark or Cocoa Packet Analyzer).Easily create rules from context menu.Show denied connection attempts.List other hostnames resolving to same IP address.Highlight corresponding rule in Configuration to find out which rule was responsible for allowing / denying this connection.Search Field Tokens – Use keywords (process, server, host, ip, protocol, port or status) to filter your connection list.Network Monitor Inspector. Further details of selected connection entries.Displays information about the process, server identification (hostnames, IP address), connection statistics (ports, traffic amounts, time of first / last activity, …).Connection inspector now shows all information suitable for a search in the connection list as roll-over button so that a search can be started simply by clicking.Connection AlertsSimplified Connection Alert – choose your preferred level of detail.More versatile temporary rules: Until Quit, Until Logout, Until Restart, For [n] Minutes, etc.Creation of domain rules.Select other hostnames resolving to same IP address to create a rule for.Research AssistantNew Research Assistant for Connections. Little Snitch’s Connection Alert now has a help button. Clicking the button triggers a query to the Research Assistant Database (maintained by Objective Development) and displays information about the current connection attempt.Users can improve the information returned by submitting feedback directly from the Connection Alert. This data is sent anonymously and will be reviewed by Objective Development.Little Snitch FreeConfigurationPowerful new interface.Manage profiles Create or delete profiles.Easily add rules to profiles via Drag&Drop.Enable profiles by double-clicking on a profile in the sidebar.Sidebar including Rule Filters (Last 24 Hours, Temporary Rules, Unapproved Rules, …)Rule Suggestions.Profiles.Ruleset Analysis Detection of redundant rules.Highlighting of redundant / covered rules, to easily see which rules are obsolete.Sort list of rules by process name, rule precedence or creation date.Improved search Narrow

Food database and calorie counter Mint Hot Cocoa Mix Nutrition Facts Serving Size 1 packet (21 g) Amount Per Serving Calories 70 % Daily Values* Total Fat 1.00g 1% Saturated Fat 0.000g 0% Trans Fat 0.000g Cholesterol 5mg 2% Sodium 220mg 10% Total Carbohydrate 6.00g 2% Dietary Fiber 1.0g 4% Sugars 3.00g Protein 12.00g Vitamin D - Calcium - Iron - Potassium 200mg 4% * The % Daily Value (DV) tells you how much a nutrient in a serving of food contributes to a daily diet. 2,000 calories a day is used for general nutrition advice. Is this information inaccurate or incomplete? Click here to edit. Last updated: 08 Jan 14 10:33 AM Source: fatsecret Platform API 4% of RDI* (70 calories) Calorie Breakdown: Carbohydrate (30%)Fat (11%)Protein (59%) * Based on a RDI of 2000 calories What is my Recommended Daily Intake (RDI)? Photos +SubmitPhoto Nutrition summary: Calories 70 Fat 1g Carbs 6g Protein 12g There are 70 calories in 1 packet (21 g) of Lindora Mint Hot Cocoa Mix. Calorie breakdown: 11% fat, 30% carbs, 59% protein. Related Hot Chocolate from Lindora: Hot Cocoa More Products from Lindora: Chicken Bouillon Denver Omelette Oatmeal with Apples & Cinnamon Macaroni & Cheese Pretzel Twist view all lindora products Other Types of Hot Chocolate: Cocoa and Sugar Mixture (with Whole Milk) Cocoa and Sugar Mixture (with Milk) Cocoa and Sugar Mixture (with Lowfat Milk) Hot Chocolate Cocoa (Made with Whole Milk) Cocoa and Sugar Mixture (with Reduced Fat Milk) Cocoa and Sugar

WHY RIVERBED PACKET ANALYZER ? Real-time network packet analysis Sometimes when you have network issues, you can solve them with metrics. Other times, for instance with security issues or intermittent problems, you may need to dive into packet details. That’s where network packet analyzer tools come into play. Riverbed Packet Analyzer speeds real-time network packet analysis and reporting of large trace files using an intuitive graphical user interface and a broad selection of pre-defined analysis views. Use Riverbed Packet Analyzer with Riverbed AppResponse or any locally-presented trace files to quickly identify and troubleshoot complex network and application performance issues down to the bit level through full integration with Wireshark. BENEFITS Benefits of real-time network packet analysis tools Fast, easy answers Simply drag and drop preconfigured “analysis views” onto a group of virtual interfaces (VIFGs) or a packet trace file, and see the results immediately. What once took hours to find and understand is revealed in just seconds. Using an extensive collection of analysis views, you will easily discover the root cause of any network issue. Go deep into the packets Use Riverbed Packet Analyzer as a searchlight to help quickly identify issues when millions of packets need to be analyzed. Once the correct packets are identified, send them to embedded Wireshark® for decoding or to Riverbed Transaction Analyzer for transaction analysis. Multi-segment analysis Riverbed Packet Analyzer makes it easy to capture and merge multiple trace files so you can more easily pinpoint where problems are happening across multiple segments. Microburst analysis Microbursts can saturate a gigabit network and cause significant damage. That’s why you need to be able to zoom into a 100-microsecond view of the network and identify these utilization spikes or “microbursts”. Riverbed Packet Analyzer lets you easily do that. Technical Specs Riverbed Packet Analyzer Data Sheet DOWNLOAD Riverbed Platform Brochure Learn more about the Riverbed Platform of products DOWNLOAD CUSTOMERS Hear From a Customer "The combination of AppResponse and Packet Analyzer makes it easy to find the precise set of packets I need to see if a performance problem starts with the network or the application." Richard

The Cisco Security Packet Analyzer provides tools that help you investigate security events and anomalous network activity. It works in conjunction with Cisco Stealthwatch to speed incident response and network forensics. Features and capabilitiesNetwork threats and cybercriminals are getting smarter. The question today is not whether your network will be breached. The question is when. The need to respond to advanced threats quickly has never been greater.Many organizations possess some level of security monitoring and incident response capability. Security professionals can speed incident response in several ways. A common method is using packet capture solutions. These can collect and store all of the information that traverses the network.However, an organization might look for a full packet capture without the need to store all packets from all time. That is, they look for packets specific to those events for a faster investigation. This is where Packet Analyzer plays a very important role.Intelligent CaptureWith Packet Analyzer you can conduct packet capture in select areas of the network where an incident is detected. Unlike traditional solutions, Packet Analyzer gives operators the ability to store and search only the packets that trigger alarms in the user interface. Through integration with other Cisco Security products, Packet Analyzer provides analysts with the ability to capture all the raw packets from network. There is no need to sift through all the packets that are captured from network traffic or hold them for later investigation.Using Packet Analyzer, organizations are thus able to:Gain a complete view of the contents of any conversation within the networkObtain granular details of what occurred in the network at a given point in timeSpeed incident response with a targeted analysis of packets associated with a security alarm or other suspicious activityExamine the exact sequence of events in an investigationHow It WorksCisco Security Packet Analyzer uses Stealthwatch flow data analysis to locate specific points in the data stream. It then generates a detailed search query to locate those packets.It delivers real-time high performance with either four Gigabit Ethernet or two 10 Gigabit Ethernet interfaces. Packet Analyzer captures all frames, including those normally discarded by standard network interface cards (NICs).Packet Analyzer stores data in industry-standard packet capture format.Multiple BenefitsPacket Analyzer helps you put threat intelligence to use quickly with your existing security and network infrastructure.In addition, Packet Analyzer can be used to get comprehensive traffic statistics, visibility into overlay networks (OTV, LISP, VXLAN, etc.), Application Response

A packet analyzer (also packet sniffer or network analyzer)[1][2][3][4][5][6][7][8] is a computer program or computer hardware such as a packet capture appliance that can analyze and log traffic that passes over a computer network or part of a network.[9] Packet capture is the process of intercepting and logging traffic. As data streams flow across the network, the analyzer captures each packet and, if needed, decodes the packet's raw data, showing the values of various fields in the packet, and analyzes its content according to the appropriate RFC or other specifications.Screenshot of Wireshark network protocol analyzerA packet analyzer used for intercepting traffic on wireless networks is known as a wireless analyzer - those designed specifically for Wi-Fi networks are Wi-Fi analyzers.[a] While a packet analyzer can also be referred to as a network analyzer or protocol analyzer these terms can also have other meanings. Protocol analyzer can technically be a broader, more general class that includes packet analyzers/sniffers.[10] However, the terms are frequently used interchangeably.[11]On wired shared-medium networks, such as Ethernet, Token Ring, and FDDI, depending on the network structure (hub or switch),[12][b] it may be possible to capture all traffic on the network from a single machine. On modern networks, traffic can be captured using a network switch using port mirroring, which mirrors all packets that pass through designated ports of the switch to another port, if the switch supports port mirroring. A network tap is an even more reliable solution than to use a monitoring port since taps are less likely to drop packets during high traffic load.On wireless LANs, traffic can be captured on one channel at a time, or by using multiple adapters, on several channels simultaneously.On wired broadcast and wireless LANs, to capture unicast traffic between other machines, the network adapter capturing the traffic must be in promiscuous mode. On wireless LANs, even if the adapter is in promiscuous mode, packets not for the service set the adapter is configured for are usually ignored. To see those packets, the adapter must be in monitor mode.[citation needed] No special provisions are required to capture multicast traffic to a multicast group the packet analyzer is already monitoring, or broadcast traffic.When traffic is captured, either the entire contents of packets or just the headers are recorded. Recording just headers reduces storage requirements, and avoids some privacy legal issues, yet often provides sufficient information to diagnose problems.Captured information is decoded from raw digital form into a human-readable format that lets engineers review exchanged information. Protocol analyzers vary in their abilities to display and analyze data.Some protocol analyzers can also generate traffic. These can act as protocol testers. Such testers generate protocol-correct traffic for functional testing, and may also have the