These experts know how to take advantage of every loophole in the system to break into your network and steal data or use it as a springboard for further attacks. To stay protected from these sophisticated attackers and reduce the risk of becoming a target, you need to implement multiple security measures, you can do that by hiring a Cyber Security Company. After all, there’s no single solution that can tackle every single cyber threat; rather, there are different strategies that work in conjunction with each other to reduce the attack surface while simultaneously protecting your organization against vulnerabilities. That being said, we’ve outlined some of the best practices you can adopt to keep your Windows-based network secure from cyber threats

Change the default passwords
As tempting as it may be to use the same password for multiple accounts and applications, it’s not a good idea. As the saying goes, “if Wall Street bankers can’t get it right, then why should we be any less cautious?” That is, if you want to keep your information and network safe from cyber threats, you have to apply the same carefulness to your own security practices. When it comes to passwords, you shouldn’t make the mistake of using simple words and phrases out of context. Instead, use a password made up of a combination of letters, numbers, and symbols. For example, “12345678!@#$%^&*” is a secure password. Make sure you change the default passwords of your applications and accounts to something more secure.

Also, Read Our Previous Blog: How to Block Fraudulent & Spoofed Emails— Learn to Decipher Phishing Attempts

Educate your employees on risks and safety precautions
For most people, the idea of keeping their workplace safe from cyber threats doesn’t seem like much of a priority. But when an attacker successfully breaches a network, the damage he can cause is vast. In fact, the average cost of a data breach is $3.95 million. To prevent this from happening, you need to educate your employees about the safety precautions they need to take. For example, you can have your employees regularly change their passwords. You can also have them use two-factor authentication whenever possible, such as when logging in from a new device or computer. Furthermore, you can also have them regularly scan their computer for potential security risks, like malware or spyware.

Encryption is the key
Encryption is the most important security tool you can use on your Windows network. It’s a process that transforms data into an illegible format and is therefore virtually unreadable. The problem is that not all encryption programs are created equally. Some may be easy to break while others are so advanced that even a well-funded cyber criminal team would need to work for months to crack them. Moreover, if one of your employees is caught using an unsecured device, he may also be able to access any data stored on the device or even on the network. To find the best encryption program for your organization, consult a third-party security review website, like ours. It may help you choose the right program for your needs.

Keep Windows Up to Date
Keeping your Windows software up to date is essential to ensuring the security of your network. As new patches are released, researchers generally find and fix a number of vulnerabilities on Windows operating systems. But because these vulnerabilities generally go unnoticed until a hacker finds them and uses them to break into a network, updating your software is crucial to staying protected. You can easily determine whether your Windows computer is up to date by opening the Settings app, selecting the System icon in the left pane, and then looking at the “Updates” section. Make sure that your computer indicates that it’s up to date.

Limit which users have access to your network
Cyber criminals are always on the lookout for networks that they can infiltrate and use as springboards for further attacks. And while some networks are more likely to be attacked than others, they all share one common trait: they’re connected to the Internet. So, before you grant Internet access to your network to your employees or clients, think about which ones you want to grant access to and for how long. For example, grant remote access for a set amount of time, like a week at a time, and then revoke it. This will make it harder for an attacker to gain access to your network.

Implement Strong User Authentication
In order to prevent hackers from infiltrating your network and stealing data, you need to implement strong user authentication, like two-factor authentication. It comes as no surprise, then, that it’s one of the first security measures you can implement on your Windows network. Two-factor authentication is a security measure that requires a user to have two forms of authentication, like something they have, like a phone, or something they’re, like a password, in order to log in to an account.

Defend with Network Tools and Other Software
To effectively protect your Windows-based network, you need to make sure that your devices are as secure as possible. To do this, you can use an Extended Security feature on Windows 10 or enable hardware-based security on your computer. You can also use network tools and other software to protect your network.

Penetration Testing Can Help

A pen-test is a type of security testing that focuses on the implementation, configuration, and operation of a system. The Pentest program is used to test the security of a system against various types of attacks such as application-level attacks, network-level attacks, and protocol-level attacks. A pen-test is often carried out by an ethical hacker or Certified penetration tester who uses their skills and knowledge to test the security of a system.

The main goals of penetration testing are to identify vulnerabilities in the system and to determine the best ways to improve security. By conducting a thorough Penetration Testing, an organization not only can minimize the window-based attacks on their networks but also can identify vulnerabilities that can lead to financial losses. In addition, organizations should keep track of all access requests. This will help them to know who is accessing their network and how they are doing it.

Patching
Finally, it’s important to keep in mind that even when you do everything right, there’s a chance that your network will still be compromised. And to have any chance of thwarting an attack, you have to patch your systems as soon as possible. When it comes to patching, every system is different. Some are more likely to be attacked than others, and some are more likely to be overlooked than others. That’s why it’s important to know which systems on your network are the most likely to be attacked. To find out which systems are most likely to be attacked, use an application, like Network Mapper, to map out your network. You can also use a tool, like Microsoft’s, to identify which systems need to be patched. Make sure to update your systems as soon as possible to protect against the latest threats. These are just some of the best practices you can implement to keep your Windows-based network secure from cyber threats.

As mentioned earlier, Saas is a model of software delivery where providers license software to customers for use as a service. This means that businesses can access Salesforce’s CRM solutions online through its website. In addition, Salesforce provides the underlying infrastructure (such as servers and storage) as well as the management and security features needed to run the applications.

On the other hand, Paas is a model of software delivery where providers deliver their applications on the web and customers access them through browsers or mobile devices.

This means that businesses can access Salesforce’s CRM solutions online through its website, but in addition, they can also access them via mobile apps or browser-based applications hosted by Salesforce.

Cloud services, or cloud computing, refers to the provision of technology resources, such as applications and storage, from remote servers. This type of service is also known as software as a service (SaaS), platform as a service (PaaS), and infrastructure as a service (IaaS). Salesforce is a company that provides cloud-based software for sales and customer service. Paas (platform as a service) and Saas (software as a service) are two delivery models for cloud computing. PaaS providers offer platforms that allow customers to develop, deploy, and manage applications. Saas providers offer software applications that are hosted by the provider and accessed by customers over the Internet.

Salesforce is a company that provides cloud-based software for sales and customer service. Paas (platform as a service) and Saas (software as a service) are two delivery models for cloud computing. PaaS providers offer platforms that allow customers to develop, deploy, and manage applications. Saas providers offer software applications that are hosted by the provider and accessed by customers over the Internet.

Salesforce offers both Paas and Saas delivery models for their cloud-based software. The Paas model allows customers to develop, deploy, and manage their own applications on the Salesforce platform. The Saas model offers pre-built applications hosted by Salesforce that are accessed by customers over the Internet.

Both delivery models have their pros and cons. The Paas model gives businesses more control over their applications and data, but requires more technical expertise. The Saas model is less customizable, but is easier to use and requires less technical expertise.

Businesses should consider these pros and cons when deciding which delivery model is best for them. Ultimately, the decision will depend on the specific needs of the business. If you are still not clear on what your business model need a saas or pass. it is ideal to get services outsourced for reputed or certified salesforce service providers like SP Tech. salesforce service providers can also help you with pardot, service cloud implementation, community cloud and integration cloud implementations as well.

Reasons why outsourcing would be good:

Outsourcing salesforce services can help to reduce implementation cost.
Effective as certified developers and architects handle the operations.
Time saving
Better understanding of your business needs.
Easy to monitor and record the progress.
Author Bio:

Thehasin Nazia

Writing to me is a passion turned into profession. I like shedding light on little known facts on movies, tech, saas and business.

Carbon accounting and reporting are essential when it comes to reducing greenhouse gas emissions and helping the world transition to a low-carbon economy. But since these concepts can be quite complex and involve lots of technical jargon, many business owners and operators may struggle to understand them.

To account for the carbon emissions of your business, you must track the amount of CO2 your company produces either directly through combustion or indirectly through electricity usage. If your organization falls into one of several key industries—such as manufacturing, mining, or transportation—you’ll also likely need to abide by additional reporting standards for greenhouse gases (GHGs). This article will introduce you to carbon accounting and reporting: the primary methods used to measure carbon emissions and document them for third parties. Read on to learn more about this topic.

What is Carbon Accounting?
Carbon accounting is the process of measuring and analyzing greenhouse gas emissions by calculating the amount of carbon dioxide (CO2) produced. Many organizations now use carbon accounting systems to track their emissions and determine the most cost-effective ways to reduce them. Carbon accounting also refers to the process of tracking and recording the emissions from a particular activity. The result of this tracking and recording process is often referred to as a carbon account.

Carbon accounting is critical to understanding how business activities affect the environment and whether they are likely to be regulated. It can be used to track greenhouse gas (GHG) emissions and other environmental impacts. These GHG emissions are largely generated during the production of electricity and fuel, industrial processes, dense server racks, data centers, agricultural practices, and the extraction and transport of raw materials.

Types of Carbon Accounting
There are two primary methods of measuring and tracking carbon emissions: accounting and auditing. Accounting is generally used when someone is interested in tracking their own carbon emissions. Auditing, on the other hand, is used when a third party is interested in examining your emissions—for example if you’re in an industry that has to report its GHG emissions.

When you’re calculating your own emissions, accounting methods are generally preferred over auditing methods, as they are much simpler to execute and report. The accounting method is based on the concept of carbon intensity—the amount of CO2 emitted for every unit of production. Accounting methods often include assumptions about the future impact of emissions on society.

The auditing method quantifies actual emissions using a standardized approach. It’s important to understand that these measurements can only be used to compare one company’s performance with another company’s performance. They cannot be used to make predictions about the future.

Defining Key Terms and Vocabulary
Carbon Footprint: A measure of how much CO2 is produced as a result of an activity or product.
Carbon Intensity: The amount of CO2 emissions per unit of production. For example, if you produce 10 widgets and it takes you one hour to make them, your carbon intensity would be 10 widgets per hour.
Carbon Offset: A reduction in carbon emissions that occurs in one place as a result of an increase in emissions in another.
Carbon Sink: An environmental process (such as storing carbon in soil) that removes CO2 from the atmosphere.
Carbon Tax: A tax levied on the carbon content of fuels or electricity.
Carbon Trading: A market-based approach to CO2 emissions reduction where one party purchases the right to emit carbon, while another party either reduces its emissions or buys the right to keep its own emissions at their current level.
GHG Reporting Basics

If your organization falls into one of several key industries—such as manufacturing, mining, or transportation—you may need to abide by additional reporting standards for greenhouse gases (GHGs). These industries are responsible for a large proportion of global emissions, and it’s important for them to reduce their GHG emissions as much as possible.

There are two main types of GHG reporting — greenhouse gas inventories and carbon emissions inventories. Greenhouse gas inventories measure the amount of CO2 and other GHGs emitted by a company. Carbon emissions inventories measure the amount of CO2 emitted by a company. If you are required to report your GHG emissions, you will likely use one of these two reporting methods.

Summing up

Carbon accounts and reporting are crucial for understanding the emissions produced by your business and for understanding how best to reduce them. While this information can be somewhat technical, it’s important to have a basic understanding of the concepts behind it. As a business owner, it’s your responsibility to understand the impact your operations have on the environment and to reduce your organization’s carbon footprint as much as possible.

Wearable devices are the center of attraction for every discussion that aims to define innovation in IoT. The wearable medical devices market is expected to reach USD 14.41 Billion by 2022 from USD 5.31 Billion in 2016, at a CAGR of 18.3% during the forecast period (Source). Technology has enabled users to monitor their health indicators constantly and significantly reduce preventive and monitoring costs. Wearable devices are chosen for this task and are one of the most efficient integrations to telemedicine and telehealth besides the mobile. This article will explore some of this realm’s important aspects.

Let’s Know Wearable Devices Better
The most relevant definition of wearable electronics is the “devices that can be worn or mated with the human skin to constantly and closely monitor an individual’s activities without interrupting user’s motions.”

Today, the range of wearable systems, including micro-sensors, seamlessly integrate into various industries such as textiles, consumer electronics, automatic watches, belt-worn personal computers, and glasses. Due to this, they are now designed to cater to a broader spectrum of applications.

The combination of wearable and health monitoring systems aims to minimize wearable devices’ size, measure vital signs, and send secure and reliable data using smartphones. Hence, one of the obvious applications of wearable systems is monitoring the physiological parameters in the mobile environment.

Application of Wearable Devices in Healthcare
The busy world has led to a life that focuses on shuttling between various tasks. This has caused most of us to ignore one of the most important aspects of our lives, “health and fitness.” A simple health checkup by the doctor requires a plethora of medical examinations followed by prescriptions and treatments that consume a great deal of time. This is probably the most potent reason people only visit a doctor when suffering from illness. The very attitude paves ways to find alternatives, such as a device that can be worn on the body and has the potential to monitor the user’s health in real-time, constantly. These devices should also provide the users and the medical practitioner with insight into various health parameters. Wearables are generally aimed at fulfilling these objectives in the healthcare ecosystem.

56% of the Americans use some kind of wearable technology.
88% of the physicians want patients to monitor their health parameters at home
35% of the employers use medical wearable technology to improve the quality of wellness programs and lower health insurance costs.
Wearable technology drops hospital costs by 16% over 5 years
Some other applications of wearables IoT in healthcare can be listed as follows.

1. Motion Tracking
Human movement tracking has various valuable applications in sports, medical, and other branches of studies. These applications include fall risk assessment, qualifying sports exercises, analyzing people’s habits, and monitoring them. Wearable trackers are gaining worldwide popularity for their ability to accomplish all these tasks, aid users in performing their daily workouts and help them manage their activity at the tip of their fingers. They also keep the users abreast of their daily motions like distance walked, which enables them to keep track of their activities and ensure a healthy life.

2. Vital Sign Monitoring
This is one of the most crucial applications of IoT in medicine. Constant monitoring has enabled adequate healthcare for patients. More than half of the wearable users believe that technology has improved mental health. Making smart use of complex algorithms and their analysis, wearables foster better medical attention and care for patients in remote areas or places that stay aloof from immediate medical help. Remote patient monitoring saves the healthcare system $200 billion over 25 years. Many wearable devices have been implemented to measure critical elements in the healthcare monitoring ecosystem. These devices include names like an electrocardiogram (ECG) and electroencephalogram (EEG) measurement, skin temperature regulators, etc., and mark the efforts of wearable devices to provide multi-task vital signs measurement.

3. Improve Patient Experience
Seamless connection between the devices has enabled patients to control room temperature and electronics and even communicate with loved ones or call medical assistance with a few clicks. Even the medical practitioners can access the patient’s information on the go through the cloud availability. This has, in turn, facilitated the patients and the medical aids to relish a great user experience.

Challenges Faced by Wearables for medical IoT
IoT devices should be empowered with easy-to-use and robust application access. Worldwide, researchers have proposed multiple platforms and structures that have formed the base of commercial devices available for bio-medical parameter measurement. However, there are still many challenges that need to be addressed. Here are the four key capabilities that are missing from the leading platforms.

1. Simple and Secure Connectivity
A good IoT platform should enable easy connection of devices and perform device management functions on three levels data collection, data transmission to the hub, and permanent storage of observation values to the medical station. The steps should be carried out most securely to ensure accurate data transmission and to protect the data. For this, encryption is necessary.

2. Power Consumption
Power consumption is one of the most crucial things to provide the user with easy device management and long-term, uninterrupted monitoring. These factors can be correlated to the number of parameters being monitored, code efficiency, data packaging, encryption, and compression.

3. Wearability
Wearable devices are specifically designed for biomedical monitoring. This, in turn, assists individuals in living long and healthy lives. This point is more significant when elderly people are using the devices. Therefore, such devices must be easy to use and carry and offer users comfort. These requirements can be easily overcome by making light, small, and well-structured devices that can be used for a long duration.

4. Risk Associated with Data Loss
While the data is being transferred from the collecting element, microcontroller, to the smartphone or cloud storage, there are chances of disconnection that might lead to data loss. A safe health monitoring system must ensure to overcome this shortcoming. One of the potential solutions to this is temporary data saving in the microcontroller.

Conclusion
Wearable devices have been gaining worldwide popularity in diverse fields, including sports and fitness to health monitoring. It has enabled individual tracking of the number of parameters in their living or working environment. The IoT devices and wearables are here to stay. Their popularity and usage are expected to surge significantly over the next few years. As the Giants take it to the forefront of IoT development services It is evident that IoT and wearables will form a major part of the healthcare industry.