The Bus _TOP_ Crack Status
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The Bus Crack Status
Cave-ins are jagged holes with a deep void, where the pavement has cracked apart and fallen into a deep empty space without a solid bottom. Cave-ins are larger and deeper than potholes and are not geometrically shaped like a defective street cut. Cave-ins are typically caused by problems with the underground infrastructure. Often, large pieces of pavement can be seen in the hole. NYC DOT inspects reported cave-ins and, as warranted, sends the report to Department of Environmental Protection (DEP) or another utility to make a repair.Report a cave-in on a street via NYC311 Report a cave-in on a highway via NYC311
Street hardware may be sunken, cracked, missing, tilted, collapsed or may be above or below grade thereby preventing a smooth riding condition. Typically, a NYC DOT inspector will review the defect. If actionable, NYC DOT will issue a corrective action report to the appropriate utility owner.Report cracked, missing or otherwise defective street hardware online to NYC311
A hole in the street with a circular or ovular shape and a definable bottom. The bottom may be the concrete roadway base and may be partially filled with mud, dirt, or loose gravel. Condition does not look manmade and usually is not sitting in an area of collapse. To be 'actionable' the pothole should be at least one foot in diameter and three inches deep. Typically, a NYC DOT inspector will check the pothole. If actionable, NYC DOT will repair it.Report a pothole on a street online to NYC311Report a pothole on a highway online to NYC311Check the status of a pothole repair on NYC DOT's websiteCheck the status of service requests online via NYC311
The construction industry and government agencies must apply for permits to perform roadway, building and sidewalk construction on City streets and non-toll bridges.NYC DOT's Street Works Manual has complete information on street construction permitsPermitees can check the status of active street construction permits throughout New York City.
Sidewalks should be free of cracks or holes and have an even surface. NYC relies on property owners to maintain the sidewalk adjacent to their property, including repairs and removal of snow, ice, or debris.
The City issues sidewalk violations to encourage property owners to repair their sidewalks to enhance public safety. There is no fine associated with a violation. A copy of the notice is filed with the County Clerk and remains on file until the Clerk receives official notification from the City that satisfactory repairs have been made. A violation may complicate selling or refinancing a property.Request the status or a copy of a sidewalk violation via NYC311
It also has an enormous effect on cracking salted hashes. If hashcat notices that all hashes which are bound to a specific salt are cracked, it's safe to not generate new guesses for this specific salt anymore. This means, for example, if you have 2 hashes with different salts and one is cracked, the speed is doubled. Now if you restart the session for any reason the potfile marks the one cracked hash as cracked and so the salt is marked as cracked. You startup with doubled guessing speed.
You can disable potfile support completely by using --potfile-disable. However we strongly recommend leaving it enabled. If you have a large list of salted hashes for example and you do not use --remove and for whatever reason you have to restart this cracking session all your bonus guessing speed is loss.
Note that using a potfile is very different from the idea which you have in mind when you are used to use --remove. Having a hashlist with only uncracked hashes is fine, but with potfile you can do the same if you use the --left switch. For example, if your cracking session is finished and you want to have a left list, you simply run:
Keyspace is the term used to refer to the number of possible combinations for a specified attack. In hashcat, it has a special meaning that is not exactly the same as the usual meaning. The output of --keyspace is designed to be used to distribute cracking, i.e. you can use the value from --keyspace and divide it into x chunks (best would be if the chunk size depends on the performance of your individual nodes if they are different) and use the -s/-l parameters for distributed cracking.
You often hear the following: A great and simple way to make your password harder to crack is to use upper-case characters. This means you flip at least two characters of your password to upper-case. But note: don't flip them all. Try to find some balance between password length and number of upper-case characters.
This also implies that when you don't specify a mask explicitly, it could happen (and is very likely) that you do not crack some hashes which you might expect to be cracked immediately/easily (because of the reduced keyspace of the default mask). Therefore, we encourage you that you always should specify a mask explicitly to avoid confusion.
This mode is simply a brute force attack with a big-enough mask to create enough workload for your GPUs against a single hash of a single hash-type. It just generates a random, uncrackable hash for you on-the-fly of a specific hash-type. So this is basically the same as running:
Imagine that you have a large hashlist with 100 salts. This will reduce your guessing speed by a factor of 100. Once all hashes bound to a given salt are cracked, hashcat notices this and skips over that specific salt. This immediately increases the overall performance, because now the guessing speed is only divided by 99. If you crack another salt, the speed is divided by 98, and so on. That's why it's useful to tell hashcat about cracked hashes while it's still running.
This directory can be used to tell hashcat that a specific hash was cracked on a different computer/node or with another cracker (such as hashcat-legacy). The expected file format is not just plain (which sometimes confuses people), but instead the full hash[:salt]:plain.
For instance, you could simply output the cracks from hashcat-legacy (with the --outfile option) to the *.outfiles directory, and hashcat will notice this immediately (depending on --outfile-check-timer).
hashcat will continuously check this directory for new cracks (and modified/new files). The synchronization between the computers is open for almost any implementation. Most commonly, this will be an NFS export or CIFS share. But in theory it could be also synced via something like rsync, etc.
Just to make this clear: We can crack passwords up to length 55, but in case we're doing a combinator attack, the words from both dictionaries can not be longer than 31 characters. But if the word from the left dictionary has the length 24 and the word from the right dictionary is 28, it will be cracked, because together they have length 52.
FPGA are sub-optimal for advanced password cracking in a few key ways. They are best for brute forcing single hash of a single algorithm (like bitcoin). They do not provide the flexibility needed for multiple attack modes, multiple hashes, or multiple algorithms. Too much would have to be done on the host system.
The problem with ASIC is that they are, by definition, application-specific. Bitcoin ASIC will only work for bitcoin, and nothing else. Well, you could attempt to use them for password cracking, but you would only be able to crack passwords that were exactly 80 characters long and hashed as double SHA256. So, virtually worthless for anything but bitcoin.
By the same token, building ASIC specifically for password cracking would be a huge waste of time and money. And to make an ASIC that was flexible enough to handle multiple hashes, multiple algorithms, and multiple attack modes, you'd essentially just end up with a GPU. They really are the sweet spot. cheap, fast, flexible, easy to program.
GPUs are not magic go-fast devices. The microarchitecture and ISA have to be well-suited for the task at hand. As it stands, Intel GPUs have very minuscule raw compute power, and their ISA is not optimal for password cracking. Most modern-day CPUs with XOP or AVX2 support will be faster than an Intel GPU.
That is because hashcat legacy does not sort out double hashes of the input hashlist. If you have multiple times the same hash in your hashlist it will always crack only the first. This means, even if you use --remove, it's possible that you end up with a hashlist that contains a cracked hash. To avoid such problems make sure you remove duplicate hashes from your hashlist before your run it with hashcat legacy. 041b061a72