Why Turnkey Installation is the Smart Choice

A turnkey is a type of computer software system built, supplied, installed, or designed to be sold to any customer as a completed solution. It's compared to build-to-order, where the provider customizes the solution to the buyer's exact specification or when an incomplete project is sold with the assumption that the buyer would complete it. In a nutshell, turnkey refers to a solution that's ready to use. It is a reference that the customer, upon receiving the product, only needs to turn it on to make it operational.

Turnkey solutions are reasonable when a business needs a ready-to-go solution that does not need customization. For many small businesses, this is often all they need. For example, turnkey solutions can match the needs of a company whose digital transformation plan revolves around upgrading its technology infrastructure. Instead of doing everything in-house – design, layouts, installation, support, and training – they let an expert company do it for them. This does two things:

 

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An example of a turnkey solution

 SeniorSense by Wytcote is an excellent example of a turnkey software program meant to address the daily needs of senior care homes efficiently. With such a technology, senior care facilities can address all the issues surrounding resident care, staff quality, compliance laws, and legal exposure. It allows these facilities to solve most of their problems in one place. When facilities implement the Wytcote turnkey solution, they can achieve the following in one place:

Things to consider before getting a turnkey solution

Before opting for a turnkey solution, you should:

Benefits of implementing a turnkey solution in your business

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Reduced implementation time

Turnkey solutions are ready-to-go full package solutions that are easily implemented or deployed in a business. Building proprietary computer programs can take a lot of time to complete successfully. Turnkey solutions help you bypass many of such issues. That’s because the implementation time is faster. Besides, the best providers will offer an effective training program to demonstrate how the software will enhance the business operations.

Higher savings

Project fragmentation not only wastes time but money as well. Using senior care homes as an example, a company specializing in fall prevention technology will charge full price for their service. So will a company that does the tracking.

A full-service turnkey software developer will save you money in such aspects. Additionally, since all solutions are handled by one company, you benefit from quicker lead times, discounts, upgrades, and the fact that the invoice is coming from a single company instead of several.

Besides, turnkey solutions are generally more affordable because the development cost is often distributed across several clients. The economies of scale tip the balance in favor of the end-user, providing great value at a low cost.

Consistency in the quality level

You're likely to get consistency in the quality level of your solutions if you're working with one provider than when you fragment solutions. That's because processes, quality assurance, expertise, experience, and infrastructure vary from company to company.

A turnkey provider can set the level of quality needed for your project and guarantee that all their teams will provide the same level of quality. They are often held to a higher degree of accountability because they're fully responsible for any problem that may arise. Moreover, turnkey providers often provide end-to-end service and support to guarantee a smoother process throughout the project's lifetime.

Know what you are getting

Turnkey solutions are tried and tested options that let you know precisely what you are getting. Unlike a custom made solution that’s specifically crafted for a company, turnkey is often designed to cater to a wider scope of clients. This means that it’s easy to seek other people’s opinion regarding the effectiveness of the solution. There are also plenty of reviews and case studies for the solution, which give you a glimpse of what you’re getting.

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You don't have to worry about support.

Technology is complex. When you're using different service providers for different applications, and a hitch happens along the way, who will you call? Even when you know who to call, it's likely the providers will point fingers, and you'll end up wasting lots of time and effort trying to get to the bottom of it.

Turnkey services consolidate all the parts into one solution. In case there's an issue, you have one throat to choke. Think of turnkey as a way to ensure your peace of mind.

High consistency in quality level

Turnkey providers always ensure every moving part in their solution fits and compliments the other for a seamless experience. When you use a turnkey solution from a reputable vendor, you don't have to struggle with merging different parts.

That's because everything is already done for you, and all you're left to do is implement it in your business. Turnkey solutions are easy to install; you need no prior knowledge. To make sure things are easy, we train you.

Easy integration with other technologies

As your company grows, you may need to integrate different solutions into your turnkey computer systems for better service deliverability and workflow. Quality turnkey solutions can allow for a quick and easy integration with other commercial software. This is a great benefit, considering technology keeps shifting from time to time. With turnkey solutions, you never have to worry about being left behind.

How are Cloud Computing & IoT Related?

Cloud computing and the Internet of Things (IoT) are two very closely-related internet technologies that complement each other. The convergence of these two distinct technologies has derived numerous benefits, including better infrastructure, enhanced performance, and increased scalability.

Cloud computing and IoT have a complementary relationship and work best as inseparable cohorts. Cloud-based IoT allows for smart usage of information, applications, and infrastructure cost-effectively. But to understand the relationship between IoT and cloud computing, we’ll need to look at each technology separately.

What’s IoT

IoT is an ecosystem of connected devices that are accessible through the internet. With an estimated 50 billion devices connected to the internet by 2020 – and more than 75 billion projected to be in use by 2025 globally – IoT is a top consideration for forward-thinking enterprises.

IoT features different components, including:

The devices are fitted with actuators and sensors that gather data from the environment and transfer it to the gateway for pre-processing. The gateway serves a security level for the network and transmitted data. Once the data is collected, it is sent to the cloud, which is often a set of serves linked to the internet 24/7. The information then undergoes processing and becomes available through different user interfaces.

IoT bases its model in smart devices which intercommunicate in a dynamic infrastructure and global network. It facilitates ubiquitous computing scenarios. The Internet of Things is characterized by widespread devices with limited storage and processing abilities. These devices are prone to issues regarding privacy, reliability, performance and security.

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What is cloud computing?

Cloud computing is an on-demand delivery of computing power, applications, database storage, and IT resources. It allows companies to use computing resources, like a virtual machine, rather than deploying a computing infrastructure in-house.

Cloud computing is characterized by aspects like:

Cloud computing comprises an extensive network with unlimited computational power and storage abilities. It offers a flexible and robust environment that facilitates data integration from different data sources. Cloud computing has the potential to resolve almost all IoT issues.  

Cloud computing has four types of deployment models: Public Cloud, Private Cloud, Hybrid Cloud, and Community Cloud. Since businesses have varied needs, they may have to choose a cloud computing service that fits their preferences. Examples of these services include Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS).

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A closer look at the relationship between cloud computing and IoT

The Internet of Things (devices, machines, and sensors) produces extensive quantities of data per second. And as we discussed, cloud computing helps in the analysis and management of this data so that companies can reap the most benefit out of their IoT infrastructure. The goal of IoT is to connect and enable communication between people, processes, and things. Cloud computing facilitates this collaboration to create greater visibility.

The fundamental idea behind cloud computing and IoT is to optimize the daily tasks, without affecting the quality of data stored or exchanged. Since the relationship is symbiotic, the two complement each other successfully. The IoT becomes the source of information, while the cloud becomes the destination for the data to be stored.

Cloud computing, with its vast models and implementation platforms, allow enterprises to analyze and manage data, improving overall efficiency and working of the IoT system. It also allows data storage and transfer through the internet or with a direct link that facilitates uninterrupted data transfer between applications, devices, and cloud.

This explains why almost most companies (96%) use cloud computing in one way or another. And with the rise of cloud platforms like Google Cloud Platform, IBM Cloud, Microsoft Azure, and Amazon Web Services, we can only expect to see a surge in the uptake of IoT solutions. Experts believe that we’ll see lots of growth in cloud services for devices in the coming years, much of it from Google, AWS, and Microsoft, along with purpose-built clouds that device makers may share or use exclusively.

A successful partnership between IoT and cloud computing

IoT is powered by the cloud, meaning that the collection of sensor-enabled devices depends on the strength of specific cloud computing techniques to thrive. This need makes IoT a critical element in the adoption and growth of cloud infrastructure, and vice versa. Companies need to employ a cloud strategy that enables them to support IoT development if they want to leverage the new applications that will be created and delivered through cloud-based platforms.

How cloud computing augments the growth IoT 

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Increases efficiencies

One of the main ways cloud computing complements IoT initiatives is by increasing efficiencies in daily tasks. IoT generates large amounts of data, and the cloud offers a pathway for this data to travel.

Data storage

Data storage in the cloud allows IoT enterprises to adapt quickly and distribute resources in different areas. And with the emergence of big data, the cloud is now an appealing option for many companies.

Providing infrastructure

Integration of IoT and cloud enables public cloud services to grant third-parties the power to access infrastructure. This, in turn, helps IoT data or computational modules running over different devices.

Augmented performance

Big data generated by extensive IoT devices need robust performance to interact and connect with other devices quickly. The integration of IoT and cloud can offer connectivity that’s vital to share data between devices and obtain quick meaning from it.

Enhanced scalability

IoT devices need plenty of storage to share data for critical reasons. Cloud services like IBM Watson, Google Cloud Platform, Microsoft Azure, Amazon Web Services, etc. are some of the IoT-based cloud systems that provide consumers with greater storage that can be increased or decreased accordingly.

Remote computing power

Thanks to this technology, enterprises can expand their infrastructure and network without deploying extensive hardware. And with faster networking technologies like the 5G, teams can now accelerate the creation of real-time applications and access remote cloud computing services with a few clicks.

Pay-as-you-go

Pay as you go (PAYG) is a cloud computing payment method that enables consumers to pay for the data they store. The PAYG model allows businesses to expand their usage according to need. They also won’t have to spend money to buy provision servers or other infrastructure, thus saving on cost.

Conclusion

IoT devices generate a massive amount of data, putting a strain on internet infrastructure. Cloud computing comes in to help store, process, and transfer data in the cloud rather than connected devices. IoT and cloud computing technologies are closely associated, and when combined, can deliver powerful innovation that will continue to change the way we interact with our devices, with each other as well as how we store, manage and consume information.