This is a book about how to secure Microsoft Internet Information Services for administrators and programmers whose work includes a requirement for information security, a computer industry specialty field commonly referred to as infosec. In this book the terms information security and infosec are used interchangeably with the more friendly term data security. This is not a book about hacking, cracking, and the tools and techniques of the bad guys, the so-called black hat hackers. This book teaches computer professionals and infosec specialists how to build secure solutions using IIS. It is your duty to secure and defend networked information systems for the benefit of the good guys who are your end users, clients, or less technical coworkers. There is nothing you can do that will transform a programmable computer running Microsoft Windows from its vulnerable condition to an invulnerable one. Every general purpose programmable computer is inherently vulnerable because it is controlled by software and is designed to allow new software to be installed or executed arbitrarily.
In general, vigorous growing plants tend to root from all three cutting types and without rooting hormone. Slower growers tend to be easier from soft or hardwood cuttings and require rooting hormone. Some plants are patented and can only be propagated with permission or payment of a royalty fee.
Network computing based on programmable general purpose computers will never be safe from an information security perspective. Eliminating the feature of general purpose programmability from a networked computer and replacing its software with firmware reduces but does not eliminate vulnerabilities. These are immutable realities of present day computing and, as always, reality represents your biggest challenge. Microsoft is in business to get as much of your money as possible using whatever means will work at a given moment and in this respect they know virtually no equal in the software business. Unfortunately, Microsoft truly does not care about security. You will see why in this book. To Microsoft, your possession of a microprocessor turns you into a customer, a source of potential profit.
Just as your possession of a pair of eyeballs turns you into a potential customer for media giants who would sooner see you put in prison for violating arbitrary intellectual property laws than thank you sincerely for the money you've paid to them over the years, Microsoft will never do anything (willingly) that reduces its competitive position by reducing its access to your microprocessors or relinquishing some of its leverage over you. Never mind that these same corporations and media giants are responsible for laws such as the Digital Millennium Copyright Act (DMCA), that you may one day find yourself accused of violating based on something a microprocessor appears to have done over which you allegedly had control or authority, because of political contributions and special-interest lobbyist politics. Giving you real control over your computers is not in the best interest of capitalism nor law enforcement because such control would reduce profits and hinder prosecutions. If you don't think these issues are a part of the complex and volatile modern world of data security then you'll be surprised how a little knowledge of the subject will change your perceptions. Just remember that if it becomes difficult for Microsoft to execute code on your computers, it will become more difficult for them to extract money from your bank accounts by selling you more software. The business methods used by Microsoft have so badly compromised the safety of those who use Microsoft software that I've called publicly for Microsoft to give away, free of charge to all existing Microsoft customers, the. Latest build of Windows code that incorporates, for the first time, security remediations produced as a result of the Trustworthy Computing Initiative.
These architectural security fixes are not just new features that you might like to have and may choose to pay for, they are the first attempt Microsoft has ever made to create a product that is safe to use and free from severe defects. That Microsoft has failed yet again to achieve a reasonable level of safety for its products will become apparent in the coming months, but this does not change the fact that Microsoft profited enormously by selling severely defective products in the past and owes a debt of apology to every person and business that has been harmed by their actions and inactions. We'll never see this apology in the real world, of course, just as we may never see Microsoft software that incorporates common sense security countermeasures. It is just not in Microsoft's best-interest to do what is in your best-interest, and this alone should cause you serious concern. Many other businesses draw a line that they choose not to cross, out of respect and care for their customers and for the benefit of the general public.
Microsoft draws no such line, and it has thus become a despicable company run by despicable people. Information security is a constant process that never achieves its objective.
Given this fact, many people choose to do something else with their time and money. People who faint at the sight of blood make poor surgeons.
Likewise, computer programmers or administrators who insist that computers are inherently trustworthy under certain circumstances make terrible information security professionals. Before you can expect any computer system to be trustworthy you must abandon any hope you might have that a technological solution may exist and reconsider the criteria by which you judge a computer to be trustworthy. Technically, a computer can be considered trustworthy if it is provably under your exclusive control, performing only operations that are known or expected, and you are certain to detect any behavior or condition that would indicate otherwise. Your risk exposure to a computer can be considered reasonable if the computer is trustworthy and you are aware of, and prepared to respond to, incidents that may occur due to malfunction or malfeasance. Unlike a guide to black hat hacker mischief, and more applicable to daily programming or administration tasks than a guide for so-called white hat hackers who conduct penetration tests and employ hacking tools for the purpose of ensuring data security or discovering new vulnerabilities before malicious hackers do, IIS Security shows you where threats exist in data networks and information systems built around Microsoft IIS to enable threat comprehension but makes no effort to give detailed instructions on perpetrating exploits. There is plenty to read on the Internet on that subject. This book shows how to harden IIS and its hosted Web applications and services against attacks so that all known, and hopefully all possible, black hat exploits can be prevented with solid data security technology, secure Web application code, application-specific threat countermeasures, and a security policy appropriate to the level of protection required for each server box.
IIS Security assumes that you are using IIS version 4, 5, 5.01, or 6.0 with an emphasis on versions 5 and 6. IIS versions 5 and 5.01 are only available for Windows 2000 or Windows XP Professional and IIS 6 only available in the Windows.NET Server OS family. Although some of the instructions in this book pertain specifically to one version of IIS and therefore imply use of a particular OS (NT 4, Win2k, XP or.NET Server) you will find the majority of the instructions relevant to your environment because Windows XP Professional and.NET Server share a common code base derived from Windows 2000.
Clean and Sterilize Transplanting is very simple but there are a few important things that can be easily overlooked. Start with new soil and clean pots to avoid contamination. Plastic pots reused from a previous grow should be sterilized using bleach or to remove any leftover biological residue that may introduce harmful fungus or insects.
Marijuana clones from outside sources should be quarantined for a few days and carefully examined for pests and fungus before introducing them into your grow room. In a foliar pest and fungus control product works great to help prevent introducing new problems into your grow room. Use only fresh soil or growing medium. Clean pots or sterilize used pots. Quarantine clones from outside sources. Treat clones for pests if needed Soil Consistency It’s important not to fill nursery pots all the way to the top. Instead leave some room for water to pool before it settles into the soil.
When potting larger batches try to keep soil levels as uniform as possible. By filling all of the pot to the same level, each will have uniform water holding characteristics.
Pots that may have been under filled hold less water and will dry out faster. Lighter soils tend to settle significantly after the first watering; so slightly compact the loose soil before planting the clone. I like to use the bottom of an extra pot to make this step go quickly. Avoid excessive soil compaction as this will hinder root growth and drainage. Remember to always water after transplanting, this helps settle the soil around the roots and removes any air pockets as well as helping to prevent shock.
Fill all pots to the same level. Leave a little space for water.
Avoid over compacting the soil. Water thoroughly Soil Amendments and Transplant Aids Many of the soil amendments used in outdoor gardening can be skipped for plants grown indoors. One additive that should not be skipped is which can easily be added when transplanting, and can help boost plant health. Mycorrhizae inoculates are normally a blend of beneficial fungi that develop a symbiotic relationship with the plant. Vitamin B1 is thought to reduce transplant shock and diluted1-Naphthalene acetic acid encourages root growth. These two ingredients have been conveniently mixed into a wonderful cocktail. There is some debate as to whether or not vitamin B1 actually works, and (PDF) suggest it doesn’t help.
Size Matters It is important to transplant into the correct size pot. The clones roots will take some time to outgrow a small or medium pot. While it may save some work to transplant a clone directly into a large pot, this is not advised, especially for indoor growing. Large pots mean lots of soil from day 1 and there are some real disadvantages to this. Extra soil mean extra water and nutrients are needed to keep the soil at a consistent moister level.
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Until the roots have spread out, much of these nutrients will simply drain off and be wasted. Unused nutrients leave behind salts in the soil before the roots have even ventured into it; this can cause nutrient lockout problems later on. Extra moister in the soil means extra moister in the grow room; this will drive up the humidity potentially creating pest and fungus problems.
Larger pots mean that your plants must be spaced out; this means you will either be using more lights, or that some plants are receiving less light. Bare root clones from aeroponic cloning systems like the can be transplanted into soil in much the same manner as clones in rockwool. Handling bare root clones is delicate work and the roots can easily be damaged. Some attention is required to evenly spread out the roots as much as possible.
Despite this minor inconvenience, bare root clones are still pretty easy to transplant and thrive when potted properly. Regardless of what medium your clones may have been rooted in, a successful first transplant is paramount in getting them off to a good start. Take the time to assure each young plant gets the attention it deserves, and always water after transplanting!
I understand the whole transplanting process but I am confused on one point so let me give it to you with the whole process. So I am using ocean forest fox farm organic soil to grow.
I am confused on when I am transplanting I am using new ocean forest fox farm organic soil mixed with a little of the soil from the previous pot. Now that I transplanted it into a bigger pot with new soil and fresh nutrients in the soil.
How do I continue to feed my nutrients. For 2 or 3 weeks until the cannabis plant has used the nutrients in the soil and then continue the regular nutrient cycle. Do I cut back on nutrients and only give half of what bottle says for 2 or 3 weeks? Or do I just continue giving it normal nutrients??