Wireshark – For those who choose to do more with less

The philosophy of doing more with less sounds good, but it is not always practical. It takes effort and lots of practice to get to this methodology. I used to carry a “multi-tool” with me. It was like having a mini toolkit I could fold it up and carry in my pocket. It was great, but over time I started to think it was a little heavy and opted to leave it in my actual tool bag and went back to carrying a small Swiss Army knife. It was smaller and lighter. I learned to get the most out of it and found that I didn’t miss the larger, heavier multi-tool as much as I originally thought. In fact I learned a few tricks over the years that I probably would not have discovered if I hadn’t forced myself to do more with less.

This is the philosophy I try to adhere to for troubleshooting communications issues – whether it be a network, application, or hardware based issue. I see a lot of techs load up their laptops with lots of assorted and expensive software that I have learned over time that I really don’t need. I was never a big fan of “point and click” or “proprietary configuration wizards”. If the “application” can leverage the operating system to produce a desired result – maybe I can too without all the bells and whistles….and costly licensing fees. Usually I can find a simpler solution right from the command line. Windows, Linux, and Unix all have great shells to work with. If I can use Bash, Netsh, or Powershell, I will. There are some exceptions to this rule that I make when it comes to a tool as close to a Swiss Army Knife as Wireshark.

I used to rely on tcpdump, but Wireshark, and Tshark are just too good to not to have available for troubleshooting networking problems.

Wireshark continues to get handier as its development team continues to improve and evolve the software. As with anything I really like, I still have to work at learning how to use Wireshark, and the best way for me to improve my skillset is to practice, practice, practice. I read all I can, listen to all the experts, and most importantly – I use it. You can get a lot of useful info at Wireshark.org, so I won’t try to rehash any of that. The resources from the Wireshark community are incredible.

Whenever a new revision of Wireshark is released – It makes my day. I play around with the development releases, but the official release candidate is always the big deal for me. The stable release is very practical, but I usually download and start using the new release as soon as I can.

The latest current release is usually available for Windows before many of the Linux repositories, but most repositories will have their “ stable” release – which isn’t always the same across the board for all distros. Today the Ubuntu and Arch repositories are one version apart. Ubuntu’s latest stable PPA is available also, but it’s not the same as the Windows latest version. I usually run both Windows and Arch, mainly because I prefer to work with Linux, so I usually run the latest available version for LINUX.

This latest 2.4 release however has the TRANSUM plugin already built into the main release, where I have to manually install TRANSUM in 2.2.8 or 2.2.7 for Linux. It’s not too difficult, but I like having it already built in. If you’re not familiar with the TRANSUM plugin I suggest you visit the LoveMyTool.com site and read the “Wireshark Transum Quickstart” by Tony Fortunato, or the Community.tribelab.com resource pages. It’s a very cool plugin if your interested in performance analysis. I ran into a few problems getting the TRANSUM protocol to show up at first because I didnt have the protocol eneabled. You’ll find that under your Analyze tab “Enabled Protocols”. Once I enabled the Transum protocol I was able to see the ADPU Response, Service Time, Request Spread, and Response Spread times all under the Transum packet details located right below TCP. UDP is supported as well.

The bottom line is as always – do the work, practice, practice, practice. Learn to do more with less, and get to the point where you can make the hard stuff look effortless. I know you can use the trace function in Windows to capture packets, and yes you can open ETL files in Microsoft’s old Network Monitor 3.4 or the new Message Analyzer, but I prefer to use Wireshark and Tshark. This is mainly because I prefer to use LINUX…….and yes I know Wireshark will work on Mac’s OSX. Which by the way I really like because of the UNIX lineage. Mac is a whole other topic. I should probobly use the Mac version more because it is more of a daily driver for a lot of techs, but I tend to rely on Linux. I use Windows because I have to, I use Linux because I want to. Luckily Wireshark is available for all three main Operating Systems that I use. I must admit though that Windows 10 pro works very well with Wireshark in my experience. I really like Windows 10 Pro, but there’s still a lot of hesitation in some areas to leave Windows 7. Fortunatlly Wireshark seems to have no issues that I have seen running on Win7. So if I can only add one application to a very basic “troubleshooting laptop” build – it will be Wireshark.


Time to upgrade to an SSD?

Have you not yet upgraded to a SSD in your computer? Does it feel like your computer takes forever and a half to boot? Are you tired of staring at your computer screen waiting for it to load while trying to open a file or application? If so you’re going to want to look at what upgrading your hard drive to a Solid State Drive can do.


What is an SSD?

SSD stands for Solid State Drive, which is similar to USB’s or SD cards. There are zero moving parts inside a SSD but instead  microchips are used to store data. Typically they use NAND memory which is non-volatile, which just means when the drive loses power the data isn’t erased and forgotten. When SSD first started to be used in consumer computers there were rumors about the stored data being worn off from use. This myth has been debunked with research showing SSDs working for upwards of 200 years and having read/write Pb worth of data.

Solid State Drive (SSD)


  • Faster boot time
  • Read/write speeds up to 3500/2100 MB/s
  • Low heat production due to zero moving parts and lower power consumption


  • Cost per gigabyte is higher
  • Average capacity is less than 1 terabyte


What is an HDD?

Hard Disk Drives (HDD) are mechanical disk drives that rely on multiple moving parts. These parts are the platter which spins at typically 5400 rpm or 7200 rpm using magnets to store the data. A head is used to read/write data to the platter where speed is dependent on how fast it’s spinning at.

Hard Disk Drive (HDD)


  • Low cost per gigabyte
  • Storage capacity typically found between 1-10 terabytes


  • Slow read/write speeds (120MB/s)
  • Produces heat
  • Higher failure rate
  • Magnets can erase/corrupt data on the drive

SSD/HDD Recommendation:

Our recommendation is combining these storage options. Since a SSD cost more we recommend getting a large enough drive to store your operating system and any applications you use regularly. Then add a larger HDD as a secondary drive to store the rest of your data. Doing this will allow you to see the benefit of using an SSD while still having room to store a lot of data.

Best SSDs of 2017

Wireshark display and capture filters

Wireshark Filters: Display vs Capture

A common thought by beginners when it comes to Wireshark filters is that display and capture filters do the same thing. Well, they don’t; they may seem to be doing the same thing to you but the difference is when the packets get filtered.

Display filters don’t stop Wireshark from capturing any packets, you still capture all packets but it only displays you the packets you asked for. While capture filters when used make it so Wireshark won’t capture any packets that you have specified not to.

Wireshark Filters



Wireshark Basic Overview

What is Wireshark?

Wireshark is open source software for Windows and UNIX/Linux, open source meaning that anyone can download it for free and can if they want alter the source code however they please. It’s considered the best network packet analyzer you can use today.

But, What is a network packet analyzer?

A network packet analyzer captures network packets on a specified network and would then display very detailed data about the network protocols of each packet.

Typical users are:

Network administrators- who can use it to troubleshoot network issues

Cyber Security Engineers- Can watch and see any attempted attacks on a network

Developers- to Debug protocols

Wireshark Logo


For more information check out




Check out our post on display filters and capture filters 


Cryptocurrency Bitcoin

Cryptocurrency Basics

During this years’ summer, you may have started to hear people and the news talking about the Cryptomarket and Cryptocurrency. These terms may be new to a vast majority of people, but they have actually been around for a few years, pointing back to 2009 with the creation of Bitcoin. The reason you’re hearing about them is due to record highs being posted in May and early June. Bitcoin reached around $3000 per coin, and Ethereum posted a record of $417.21 during June. Just last December one Ethereum coin only cost $6! With these huge gains, more people wanted to invest and reap the same benefits, causing the once little known cryptocurrency world to hit the mainstream.


Simply put its digital currency.Bitcoin


There are two ways to get your hands on these coins. First, you could purchase them, or you could mine them. However, buying coins isn’t the most user-friendly experience, with some sites having problems due to traffic. But it is still very similar to buying and trading stock in the stock market. To get coins from mining you must first have a “Mining Rig”. This is a computer that uses graphics cards or the CPU to mine. There are also specially developed machines call ASIC machines that can mine coins. The coins have different algorithms, so depending on what coin you want to mine will depend on which hardware route you will take.


First, mining is setting up your computer or ASIC machine to use its computing power to support the network’s transactions. Your computing power is used to validate and process transactions where your coin is being used. Each time a transaction occurs, they must pay a transaction fee, which will then be evenly distributed to miners on the network. This is based on the amount of work their machines did to support said transaction.

To actually get mining, you must first choose your correct hardware. Then, once you research which coin you want to mine, you download and run specialized software to begin mining. A simpler way is to use Nicehash miner, which once downloaded, all you have to do is click mine and the program will mine the most profitable coin for your machine and automatically turn it into Bitcoin for you. Depending on which coin you’re trying to mine, you’re also going to need a wallet to store your coins in, as leaving them on an exchange or anywhere on the internet is risky. Each coin has wallets you can download locally onto your machine or smartphone. You can also buy external hardware wallets which provide an extra layer of security for your coins.