The use of cloud computing is quite common nowadays because of the numerous advantages it offers. Both individuals and companies are taking advantage of cloud computing and one of the areas that can benefit is application development. In general, cloud computing enables the storage of data over the internet, where it can be accessed from various places in real time. People are no longer restricted to individual devices.
As far as software development is concerned, cloud computing allows the development and running of applications over a remote server, from where they are sent to users. Both developers and users do not have to invest in costly hardware to build and use the applications hosted in the cloud.
Developers have a lot to gain by using this approach. They can develop applications at a fraction of the cost they would require in the traditional development environment. For instance, they will only need to make single versions of their respective applications but have access to users throughout the world. Programming in the cloud cuts costs across platforms.
Programmers also protect their pockets in the sense that they don’t have to place their programs in app stores where they need to pay a percentage of the revenue they generate.
Even more important is the enhanced security that cloud computing offers. When developers build their programs on their devices, they can lose valuable data in case different things affect their machines. When the applications are stored in the cloud, they can readily access them from different locations using different devices.
This is especially important when applications are still in the development stage, where errors or loss can make the developers start from scratch. Apart from the frustration of starting all over again, this takes more time and resources. Capturing, storing, and preserving data in a secure and scalable environment helps to minimize the risk of data loss.
The scalability of the cloud environment also means that developers’ servers do not run the risk of getting overwhelmed when their applications become popular. The engine will be scaled depending on the number of people using the applications. Working in the virtual environment minimizes complexity as well as operational risks and inefficiencies. It also simplifies the deployment of virtual machines across networks through the deployment of virtualization management.
Application developers also protect themselves and their clients through the provision of virtual technical support. Satisfied clients are not likely to move to another developer.
Using cloud computing lowers the entry barriers for developers because they will access hosted applications and development services that allow them to create applications that access data and other services easily.
It is relatively easy for developers to start building their applications in the cloud. While there are commercial packages available, they can actually sign up for free and start uploading their applications. They can also use online editors to start developing their applications in the cloud. Such issues like hardware, patches and backups will no longer create worries. This means developers have the opportunity to focus better on their applications.
Want to learn more about Web application security? Check out our friends at Veracode:
- Veracode in Mass High Tech
- Veracode on Mobile Apps
- Veracode on Amazon Web Server
- Gartner’s Magic Quadrant for Application Security Testing 2011
The usage and numbers of computers are increasing daily. Along with the evolution of computers, more and more risks have become a byproduct. In the cyber world, hacking is the crime of breaking into another’s computer system or network. The term hacking implies any intended access to different systems or networks belonging to another party without authorization. Most of the time, the hacking attempt has a sole purpose to achieve. However, it is considered a crime solely for crossing the authorization barrier.
The person or the entity working behind the hack attack is termed as a hacker. There are different laws against hacking and the punishment for it includes fines and years in prison. The punishment depends on the level of attack or amount of loss the hacker causes. Previously, under the Computer Fraud and Abuse Act of the United States, a cyber assault had to cause loss exceeding $5,000 to the victim’s system to be considered as a hack attack. This created a loophole against convicting hackers, but now, under the Patriot Act, any damage to the system is counted as hacking.
Usually a hacker breaks into a system or application to perform some illegal action, like data corruption, stealing sensitive information, password trafficking, or physical damage to the running system. In several cases, little harm is done to the victim’s machine physically, but accessing unauthorized information is the major focus of considering it as a crime. If you make unauthorized entry into any government or public computer, and defraud stored information like financial data, national security information, department and agency information, etc., your crime will be classified as a third degree hacking attempt.
According to the Computer Fraud and Abuse Act, you can be charged a fine of up to $5,000 and receive up to 5 years imprisonment. A second degree charge results when severe damage and mass information has been defrauded of the victim by the hacker. Up to 15 years imprisonment and up to a fine of $15,000 will be the penalty for the hacker in a second degree case.
According to the amendment to the Cyber Security Enhancement Act, life sentences are also allowable for some types of hacking actions.
Law enforcement agencies, like the Federal Bureau of Investigation (FBI), the U.S. Secret Service, and the Internet Crime Complaint Center are given full authority to investigate and penalize malicious hack attacks such as password trafficking, internet fraud, or sensitive data exploitation. You should always avoid illegal access and hacking attempts if you do not want to end up in jail.
Most hackers penetrate the security means of an application in the target machine. In order to ensure application safety and stability in the cyber world, different terminologies are used. The valuable data or information in your system is the asset and any attack through the vulnerable points of the application can make the whole system collapse and reveal unintended information to the hacker. During every step of the software development life cycle, any possible threat in the operational segment is identified and probable countermeasure steps are prepared to repel any assault. For hacking any application, numerous types of threats are constructed by the hacker. These threats include buffer overflow, documentation theft, brute force assault, information disclosure, unauthorized access and administration, service denial, etc.
Depending on the target system environment and vulnerability presence, the hacker poses different threats. You have to consider every single threat and develop necessary countermeasures to secure your application and system. White hat hackers, or ethical hackers, are an important shield against cyber crime. Ethical hackers perform various out of the shelf hack attempts and intrusions to detect any threats early on.
Want to learn more about mobile application security? Find out more about our friends at NetQin mobile:
In these days of anonymous attacks and data security breaches, application security testing is one of the most important places where developer resources can be spent. A few hours of testing could save your company millions of dollars in downtime, lost business, legal penalties, and customer confidence. Below are a few ways to avoid such costly mistakes.
1: Keep Objects Simple.
One of the biggest mistakes programmers make with object oriented programming is trying to put too much functionality into a single object. Complex objects require complex inputs and outputs and over time they may develop problems like stack overflows, memory leaks, and other problems that make it easy for an attacker to find holes in your security. Because of this, it is important to make sure that an object is responsible one or two, and certainly no more than five processes. If you find objects that are mega-objects handling 30% or more of the processes in your application, look for places where they can be broken down into simpler objects. Smaller objects are easier to debug and keep your code more organized, and I cannot stress enough how many tiny bugs you will eliminate this way.
2: Use Encryption
This one may seem like a no-brainer, but sometimes encryption is overlooked. I had a friend who was working on a multinational project for a collection of universities. The system he was working on would have contained the personal and professional data for several hundred thousand faculty, staff, students, and researchers. About halfway through the project, he realized that the server that was hosting the site did not have SSH installed, and everyone had been connecting to it plaintext. Simple things like this can be easily overlooked and are the number one cause of security breaches in corporate environments.
Another good example is password storage in PHP sites. An unfortunately large number of sites do not bother encrypting the passwords at the database level, though they may encrypt the passwords during transmission from the web server to the SQL server. This means that while your front-end security may be air tight, an attacker could get through the defenses surrounding your database server and get the customer log in and password information that way.
3: Plan To Test
Far too often companies who are developing software assign no time to testing at all. Apparently it is assumed that programmers test their code while they work and actual dedicated testing time is unnecessary. This is a mistake that can and has cost companies millions. As a rule, companies should spend at least half of the time allotted for programming on testing. That means if you spend 100 hours programming a product, at the bare minimum you should allot 50 hours for testing. It’s even better if half of your time is spent programming, and the other half testing. While you may spend more time and money developing a product, you will spend less time and money after the fact fixing problems that would have been detected during testing. As many of you know, once a product is released, the resources dedicated to supporting it are drastically reduced compared to during primary development. Because of this, it is important to get the vast majority of your testing done before the project is released, and you have the resources to test it properly.
This post was contributed by NetQin Mobile. To learn more you can check out any of these sites:
Repairs are difficult things. They can be tricky things as well. If it is a simple repair, the user may just need to remove an old part and insert a new one. If it is a specialized part, the user cannot expect to have as much luck. He may need to send out to have a specific part made. This process, often called machining, requires someone with specialized training. The people with the specialized training are often found at machine shops. When a person needs a part machined, he needs to find the right machine shop to do it.
The person who needs to find a machine shop needs to know what type of part he needs. Some shops take any order, other shops specialize in making parts for certain equipment. If the person doing the shopping has a need to make something that requires pinion wire, he needs to know if the shop can handle this order as well.
The right machine shop will have a quick turnaround time. There is always some delay between when the order is placed and when the finished part is received by the customer. The shop may also need to ship the part depending on how far away the machine shop. is. The customer may have the new part in a matter of days are weeks. The machine shop should provide this estimate before they agree to take on a job. It is generally not a good sign if they cannot give a rough estimate of how long a job should take. If they are reluctant to give out this information, the customer should ask them why. There are parts that are difficult to machine. If the vendor cannot give a good reason, it is time to find another machine shop.
Finding the right machine shop is necessary for industries to keep their equipment up and running. They do not need to use the services of the business all the time. If they do, they may want consider investing the capital to replace the equipment. Machine parts do wear out. If a small business cannot afford to have the staff and equipment on premises, they need to outsource.