Can a contingent employee collect unemployment?

Differences Between Contingent Workers and Employees

Contingent workers are not considered employees of a company. They work as freelancers under a contract or on a temporary basis. Unlike permanent employees, their retention depends on the continued existence of the job at hand.

Contingent workers do not receive salaries. Instead, they receive payments or commissions for the work done. They are not liable for benefits like contracted employees and are responsible for their own taxes. Contingent workers cannot be told how to complete a project, as they work for themselves. The company’s main focus when dealing with them is on the results of the project, not how it is being done.

Importance of Contingent Workers to Companies

Companies who want to improve their overall output may hire contingent workers to expand their labor force. Tapping into the contingent workforce can also help companies save a lot of money on expenses associated with direct exits of contracted workers, training new employees and lost productivity. Companies also save by not hiring employees for skills that may not be useful in the next six to 12 months.

Benefits of Becoming a Contingent Worker

One major advantage of going the contingency route is that you get the opportunity to build your skills professionally. You will most likely work on a variety of projects from different companies. These projects will give you the right platform to make use of your current skills and add more. This will add enormously to your resume and make you more marketable.

Working for different companies will help you identify what type of company suits you best. This will not only give you an idea of where you want to work, but it will also increase your chances of getting more permanent and lucrative positions.

Working on a contingency basis will also give you the opportunity to interact with a variety of corporate managers and decision-makers. By impressing them with your skills and expertise, you will get a chance to add a few more names to the list of references in your CV.

Defining Contingent Workers

How is an agreement between an Independent Contractor different to a Statement of Work? Do you know what being a Direct Contractor actually means? Or how an Agency Contractor is engaged? Contingent Workers

Here are some clear definitions to help you understand the differences across the various types of contingent workers out there.Direct Contractor

• Sourced directly by the end client i.e. via an internal careers team or HR department
• Engaged directly with the end client, typically for a fixed term e.g. 6 months
• Paid directly by the client
• Engaged to perform an identified role and paid by the day or hour

Agency Contractor

• Sourced by a third party recruitment agency
• Engaged and paid by the agency but works onsite under a Hiring Manager’s direction
• Typically engaged for a longer assignment (than a temporary worker) of 3-6 months
• Engaged to perform an identified role and paid by the day or hour

Temporary Worker

• Typically sourced by a third party supplier such as a temp agency
• Engaged and paid by the agency but works onsite under the Hiring Manager’s direction on a casual day-to-day basis to cover shortages
• Typically engaged for a few days, up to 2 weeks
• Engaged to perform an identified role and paid by the hour

Independent Contractor

• Work for themselves
• Work is quoted in time and materials
• Paid by the end client
• Engaged to perform a set task
• Can work for more than one client and can subcontract their work to others

Statement of Work

• Sourced from a consulting firm whose employees are provided to perform work for a client onsite i.e legal firms, IT outsourcing
• The work is quoted on a project basis
• Client pays the invoice and the consulting firm pays their employees
• SOW’s are retained for specified projects or fixed periods of time

Outsourcing Agreement Employee

• An employee of a services outsourcing company i.e catering staff, security guards
• The outsourcing services company invoice the end client on a regular basis, and pay their employees
• Typically sourced for a need requiring regular independent services with a high level of expertise

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What you mean by contingent?

Companies are continuously trying to maximize efficiencies and cut costs in order to increase profitability. With labour being one of the biggest expenses in business, it’s only natural that companies would start looking for innovative ways to get work done more efficiently at lower costs, which is how the contingent workforce was born.

What Is a Contingent Worker?

Contingent workers are defined as freelancers, independent contractors, consultants, or other outsourced and non-permanent workers who are hired on a per-project basis. They can work on site or remotely. However, they are not simply temp workers—this discounts the high-value nature and complexity of today’s contingent workforce. Contingent workers are highly skilled experts in their fields.

These workers are hired to complete specified tasks under a statement of work (SOW) provision. Once the project is over, they leave, though they may be called back when another project arises. As such, they are not employees of a company and the business owner has no responsibility to provide continuous work on a permanent basis.

Contingent Worker versus Employee

Contingent workers are not salaried. They do not receive benefits. They are responsible for their own taxes as they work for themselves—not the company. Therefore, the company is not responsible for deducting federal and provincial taxes, CPP, or EI.

Contingent workers also have more control over their own work than employees of a company do. They aren’t told how to complete projects or when to work. The company’s focus is not on how the work is completed but rather on the results.

Wireless Network Diagram Template Use Template

A wireless network diagram visually represents a network that is connected by wireless signals and satellites rather than by cables. Wireless signals are depicted by lightning bolts and waves rather than lines. These diagrams identify the relationships between different components and are key documentation tools for IT professionals and designers. You can start a free Lucidchart account to begin creating wireless network diagrams for any project. Log in to access this wireless network diagram template and format it to fit your needs.

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ER Diagrams

What is a Computer Network? - Types & Definition

A computer network is a set of computers connected together for the purpose of sharing resources. The most common resource shared today is connection to the Internet. Other shared resources can include a printer or a file server. The Internet itself can be considered a computer network.

Computer Network Defined

A computer network is a set of connected computers. Computers on a network are called nodes. The connection between computers can be done via cabling, most commonly the Ethernet cable, or wirelessly through radio waves. Connected computers can share resources, like access to the Internet, printers, file servers, and others. A network is a multipurpose connection, which allows a single computer to do more.

Types of Network Connections

Computer networks can be broken down historically into topologies, which is a technique of connecting computers. The most common topology today is a collapsed ring. This is due to the success of a network protocol called the Ethernet. This protocol, or network language, supports the Internet, Local Area Networks, and Wide Area Networks.

Star Topology

A star topology is a design of a network where a central node extends a cable to each computer on the network. On a star network, computers are connected independently to the center of the network. If a cable is broken, the other computers can operate without problems. A star topology requires a lot of cabling.

Bus Topology

A bus topology is another type of design where a single cable connects all computers and the information intended for the last node on the network must run through each connected computer. If a cable is broken, all computers connected down the line cannot reach the network. The benefit of a bus topology is a minimal use of cabling.

Ring Topology

A similar topology is called a ring. In this design, computers are connected via a single cable, but the end nodes also are connected to each other. In this design, the signal circulates through the network until it finds the intended recipient. If a network node is not configured properly, or it is down temporarily for another reason, the signal will make a number of attempts to find its destination.

A collapsed ring is a topology where the central node is a network device called a hub, a router, or a switch. This device runs a ring topology internally and features plugins for cables. Next, each computer has an independent cable, which plugs into the device. Most modern offices have a cabling closet, or a space containing a switch device that connects the network. All computers in the office connect to the cabling closet and the switch. Even if a network plug is near a desk, the plug is connected via a cable to the cabling closet.

What is a router and a modem?

If you’ve been on the Internet for a while, you’ve no doubt heard the terms “modem” and “router” thrown around, but might not have taken the time to understand what they are. We’re here to help.

In short, your router creates a network between the computers in your home, while your modem connects that network—and thus the computers on it—to the internet. When you connect to Wi-Fi, you’re really connecting to your router, which forwards traffic between the internet and your computer. Many internet providers offer a combined modem/router unit that performs both these functions in one device.

So why bother to understand the difference? Because that understanding can lead to better decisions, like buying your own modem so you can stop paying $8-$15 a month to rent one from your ISP.

A router connects multiple networks and routes network traffic between them. It’s really that simple. In the case of your home network, your router has one connection to the Internet and one connection to your private local network. In addition, most routers also contain built-in switches that let you connect multiple wired devices. Many also contain wireless radios that let you connect Wi-Fi devices.

The simple way to think about routers—especially on your home network—is like this. The router sits in between your Internet connection and your local network. It lets you connect multiple devices to the Internet through one physical Internet connection and also lets those devices communicate with one another over the local network. In addition, the router offers some protection to your devices over being exposed directly to the Internet. To the Internet, all the traffic coming from your house looks like it’s coming from a single device. The router keeps track of what traffic goes to which actual device on your network.But you can’t connect directly to the Internet with just a router. Instead, your router must be plugged into a device that can transmit your digital traffic over whatever type of Internet connection you have. And that device is a modem.

What a Modem Does

Your modem serves as a bridge between your local network and the Internet. Historically, the term “modem” is shorthand for modulator-demodulator. Modems were used to modulate the signals on telephone lines so that digital information could be encoded and transmitted over them and then demodulated—and decoded—on the other end. Though more modern broadband connections—like cable and satellite—don’t really work the same way, we kept using the term “modem” because it’s a device people were already familiar with and associated with connecting to the Internet.

How a modem attaches to your network depends on the type of connection you have. The modem plugs into whatever type of infrastructure you have—cable, telephone, satellite, or fiber—and gives you a standard Ethernet cable output that you can plug into any router (or a single computer) and get an Internet connection.

What is the difference between WiFi and internet?

Simple Booth uses Apple's AirPrint protocol for printing. AirPrint requires that the printer and iPad are connected over WiFi (Bluetooth, wired connections, etc. are not supported). 

If you plan to print, this means that you must have access to a WiFi network during your event! 

Certain venues will not have a WiFi network available for you to print over, or sometimes the network they can provide has a firewall in place that will disrupt your ability to print. If you have an upcoming event where a more "traditional" WiFi network will not be available, never fear! 

WiFi vs. Internet

Contrary to popular belief, WiFi and Internet are not the same thing. Local communication between devices (like an iPad and a printer) can occur over a WiFi signal with no connection to the internet. This is sometimes referred to as a Local Area Network (LAN). 

A printer with a "Direct Connection" or "Ad Hoc" network is an example of a WiFi network that does not have internet access. Most devices that offer a mode like this can also connect to an existing WiFi network that does have internet access, like a router plugged into a modem. 

On an iPad, you must use WiFi to connect to the internet since iPads do not have an ethernet port and can only gain access to the internet through a wireless network.

Read more about this and how to print when a more traditional network will be unavailable in our blog. 

What do you mean by Wan?

A wide area network (WAN) is a network that exists over a large-scale geographical area. A WAN connects different smaller networks, including local area networks (LANs) and metro area networks (MANs). This ensures that computers and users in one location can communicate with computers and users in other locations.
A wide area network (WAN) is a network that exists over a large-scale geographical area. A WAN connects different smaller networks, including local area networks (LANs) and metro area networks (MANs). This ensures that computers and users in one location can communicate with computers and users in other locations. WAN implementation can be done either with the help of the public transmission system or a private network.

A WAN connects more than one LAN and is used for larger geographical areas. WANs are similar to a banking system, where hundreds of branches in different cities are connected with each other in order to share their official data.

https://www.fieldengineer.com/blogs/what-is-wireless-lan

A WAN works in a similar fashion to a LAN, just on a larger scale. Typically, TCP/IP is the protocol used for a WAN in combination with devices such as routers, switches, firewalls and modems.

managed service provider

A managed service provider (MSP) is a company that remotely manages a customer's IT infrastructure and/or end-user systems, typically on a proactive basis and under a subscription model. Today, the terms "cloud service provider" and "managed service provider" are sometimes used as synonyms when the provider's service is supported by a service level agreement (SLA) and is delivered over the internet.

The evolution of MSPs began in the 1990s with the emergence of application service providers (ASPs), which offered remote application hosting services. ASPs helped pave the way for cloud computing and companies that would provide remote support for customers' IT infrastructure. MSPs, for the most part, initially focused on the remote management and monitoring (RMM) of servers and networks. Over time, MSPs have expanded the scope of their services in a bid to differentiate themselves from other providers.

While some MSPs may specialize in specific segments of information technology such as data storage, others may focus on specific vertical markets, such as legal, financial services, healthcare and manufacturing. Managed security services providers (MSSPs), for instance, offer specialized services such as remote firewall administration and other security-as-a-service offerings. Managed print services (MPS) providers, meanwhile, offload the task of maintaining printers and supplying consumables.

Pricing model for managed service providers

In per-device pricing, the MSP charges the customer a flat fee for each device under management. In per-user pricing, meanwhile, the MSP charges a flat fee for each user, accommodating users who use multiple devices. In all-inclusive pricing, also referred to as the all-you-can-eat model, the MSP charges a flat fee for all the IT infrastructure support and management services the MSP plans to offer.

In each of those pricing approaches, the customer pays the flat fee on a regularly scheduled basis, often monthly. Such pricing methods let MSPs sell services under a subscription model. This approach provides the MSP with a monthly recurring revenue (MRR) stream, in contrast to IT projects that tend to be one-time transactions.

What is the difference between WLAN and Wi-Fi?

The notion of wireless continues to get complicated in business environments. If you don't know the specific wireless context or application being discussed, your assumption of what wireless LAN means may be different than mine -- even if we're engaged in the same conversation.

Forget, though, about wireless personal area networks, like Bluetooth, and wireless WANs and their respective network devices. Even without these wireless network topologies, there can be enough to keep straight under the simple heading of WLAN. In particular, let's explore the difference between WLAN vs. Wi-Fi.

What is a WLAN and how does it work?

To tackle the generic WLAN construct, we first need to review what is meant by local area network. Local generally means a network that is contained within a building or campus, representing a geographical or functional construct. Add a W to LAN, and we have a wireless LAN.

The terms WLAN and Wi-Fi are often linked and used interchangeably, but problems arise with that habit. A WLAN can be built on various wireless technologies.

To illustrate the difference between WLAN vs. Wi-Fi, I'll share a story. Recently, I consulted on requests for proposals and implementation projects involving lighting control and building alarm systems. Each used WLAN for its interconnectivity. Upon hearing WLAN was involved, I thought: "Oh, boy, we may not want critical services on Wi-Fi."

Challenges of managed service providers

Service-level agreements I managed service providers

An MSP often provides its service offering under a service-level agreement, a contractual arrangement between the MSP and its customer that spells out the performance and quality metrics that will govern the relationship.

An SLA may be linked to an MSP's pricing formula. For example, an MSP may offer a range of SLAs to customers, with the customer paying a higher fee for higher levels of service in a tiered pricing structure.

Challenges of managed service providers

Regardless of pricing model, a key challenge for MSP business management is to set pricing low enough to entice customers to buy their services but high enough to maintain an adequate profit margin.

In addition to pricing, MSPs pay close attention to operating costs and the cost of maintaining skilled employees. Labor is typically an MSP's greatest expense. To keep labor costs in check and improve efficiency, most MSPs employ remote monitoring and management (RMM) software to keep tabs on clients' IT functions. RMM software lets MSPs remotely troubleshoot and remediate issues with servers and endpoint devices. With RMM, MSPs can manage numerous customers' IT systems simultaneously. MSPs may also use automated scripts to handle routine systems administration functions, such as checking hard disks for errors, without human intervention.

Another challenge MSPs face is the mainstream adoption of cloud computing. As more of their customers' IT infrastructure components migrate to the cloud, MSPs have had to find ways to manage hybrid cloud environments. MSPs also seek to provide their own cloud computing services or resell other cloud providers' capabilities, with cloud-based backup and disaster recovery (DR) a common entry point.

In addition, just becoming an MSP can prove challenging. The prospect of MRR has attracted many traditional solutions provider companies, such as VARs, to the MSP business model. However, would-be MSPs have struggled to establish themselves in the market. The MSP line of business calls for companies to adopt different performance metrics, technology infrastructure components and sales compensation programs, to name a few challenges. As a result, many MSPs derive revenue from business lines other than managed services, such as IT project work, break/fix business and on-site support. Pure-play MSPs are relatively rare in the IT services industry.

What MSPs are used for

Small and medium-sized businesses (SMBs) are typical MSP customers. Many smaller companies have limited in-house IT capabilities, so they may view an MSP's service offering as a way to obtain IT expertise. Larger enterprises may also contract with MSPs, however. For example, government agencies, facing budget pressure and hiring limitations, may contract with an MSP to supplement in-house IT staff.

What does hosting software mean?

Hosted software refers to software that is installed, hosted and accessed entirely from a remote server or location.

Hosted software is hosted and managed by the software manufacturer or a third-party vendor. Users can access it globally through the Internet.

Hosted software is also known as software as a service (SaaS), a cloud computing service model.

Hosted software differs from typical software in its installation and accessibility. Unlike most software, which is housed on the user's machine, hosted software-related data processing and computing is performed on the remote host server. End users can access this data through a compatible Web browser.

Generally, hosted software is provided as a service to end users, who are billed monthly on pay-per-use or per-license fee billing method. Because all programs are installed at a provider’s location, they are managed, upgraded and patched by the provider, ensuring that users always have access to updated, bug-free versions of the software they use.

For More :managed server

What does a host server do?

In computer networking, a hostname (archaically nodename) is a label that is assigned to a device connected to a computer network and that is used to identify the device in various forms of electronic communication, such as the World Wide Web. Hostnames may be simple names consisting of a single word or phrase, or they may be structured.

Internet hostnames may have appended the name of a Domain Name System (DNS) domain, separated from the host-specific label by a period ("dot"). In the latter form, a hostname is also called a domain name. If the domain name is completely specified, including a top-level domain of the Internet, then the hostname is said to be a fully qualified domain name (FQDN). Hostnames that include DNS domains are often stored in the Domain Name System together with the IP addresses of the host they represent for the purpose of mapping the hostname to an address, or the reverse process.

saturn and jupiter may be the hostnames of two devices connected to a network named example. Within example, the devices are addressed by their hostnames. The domain names of the devices are saturn.example and jupiter.example, respectively. If example is registered as a second-level domain name in the Internet, e.g., as example.net, the hosts may be addressed by the fully qualified domain names saturn.example.net and jupiter.example.net.

In the Internet, a hostname is a domain name assigned to a host computer. This is usually a combination of the host's local name with its parent domain's name. For example, en.wikipedia.org consists of a local hostname (en) and the domain name wikipedia.org. This kind of hostname is translated into an IP address via the local hosts file, or the Domain Name System (DNS) resolver. It is possible for a single host computer to have several hostnames; but generally the operating system of the host prefers to have one hostname that the host uses for itself.

Any domain name can also be a hostname, as long as the restrictions mentioned below are followed. So, for example, both en.wikipedia.org and wikipedia.org are hostnames because they both have IP addresses assigned to them. A hostname may be a domain name, if it is properly organized into the domain name system. A domain name may be a hostname if it has been assigned to an Internet host and associated with the host's IP address.

What is server management software?

Typically, Server Management is a capability of a variety of other G2 Software categories. See more below to select the

 best Server Management Software.

Server management can be achieved with a few different types of software. Network management tools provide tools for monitoring, diagnosing, and remedying issues associated with IT infrastructure. These software solutions constantly monitor network performance performance, create a baselines for network performance, alert administrators of crashes, and suggest solutions to performance issues when they arise. Application performance monitoring (APM) software provides management tools for the IT infrastructure backing web applications. They will track your applications functionality and diagnose issues in both programming and physical server functionality. Enterprise IT management suites provide features for both network and application performance. In addition, they supply users with tools for asset tracking and operational intelligence reporting to provide data insights such as power consumption and system performance. If you are looking to avoid local server management, IT outsourcing providers will take the work off your hands and manage your infrastructure.

SERVER MONITORING SERVICES

Server Monitoring is a process to monitor server's system resources like CPU Usage, Memory Consumption, I/O, Network, Disk Usage, Process etc. Server Monitoring helps understanding server's system resource usage which can help you better your capacity planning and provide a better end-user experience.

Your application's health depends on a large part on the health of the underlying server. Server Monitoring ensures that your server machine is capable of hosting your applications. Server Monitoring provides you with data relating to your operating system and when used in conjunction with other monitoring data from the application you get a true glimpse into the working of your system.

Features and Advantages of Windows Dedicated Servers

1. Use the Hosting for Websites

By far the most popular use of a dedicated server is to use it for hosting websites. A dedicated server is necessary if you have a large intensive website and millions of website visitors each week.

I started with shared hosting for my website but quickly realized to get the full potential from the site I needed to pay for a dedicated server.

I will briefly describe the difference between shared and dedicated hosting.

With shared hosting, as the name suggests, you share the hosting with others. This means the bandwidth and disk space on the server is restricted. Go over the shared resources and the website is limited.

This can be disastrous. If your website is limited, visitors cannot get to the site. No visitors mean no sales.  With dedicated hosting, this is not an issue as your site is the only one on that server.

This there is no sharing of bandwidth and neither the disk space. There is a lot of space for your brand and site to grow online.

2. Use It for Backup

Speaking of large websites one of the ways in which I find a dedicated server useful is as back-up for my website.

Building up a successful business website takes a huge amount of time and money. There is nothing worse than finally reaping success with a website attracting thousands of visitors per day only to find the website goes down.

In some cases, the website might be hacked. It may become impossible to get it back up and running again. It is possible to lose not only the site but also all customers and income. It is possible to work around this scenario by making regular back-ups of the website. The ideal place to do so is on a dedicated server. I recommend making a backup of any website and this is high on my list of things to do with a dedicated server.

3. Use It for a Minecraft Server

Those who love playing multi-player games such as Minecraft, choose to use a dedicated server to use it for a Minecraft server.

While a dedicated server does come with a cost per month, a group of friends might want to share the cost to have their own Minecraft server to host their own game.

There are benefits to hosting games this way. For one there is minimal downtime in the game. Another is that a dedicated server offers optimal speed.

It is not as difficult to set up a dedicated server for Minecraft as one might think. In fact, I have written a guide to do so that anyone can follow.

4. Host a Personal Cloud Space

When I was considering the question of what to do with a dedicated server, a personal cloud space comes to mind.

The cloud has fast become the ultimate way to save and access data. The biggest benefit is that anything can be stored in the cloud, this includes:

• Documents
• Photographs
• Videos
• Presentations
• Spreadsheets
• E-mails and chat transcripts
• Calendars

Any business could benefit by offering employees access to a private cloud space. This is possible by paying for hosting on a dedicated server.

Project management through the cloud is a very good idea. This includes giving staff access to all of the above. What is even better about the cloud is that they have access to it through a variety of ways, the computers, smartphones, and tablets, both in and out of the office.

There are numerous project management tools available with some giving the option for data sync. Simply sign for dedicated server hosting and install the software of your choice and you have your own company cloud.