The extensive use of the public cloud has changed the IT business landscape around the globe. The market volume of public cloud is expected to reach $834.60 billion by 2027. A study by SkyQuest suggests 94% of the organizations surveyed are either partially or totally dependent on the public cloud for their IT needs.

80% of the organizations plan to migrate more workload to the public cloud over the next three years. The numbers are mind-blowing. Cloud adoption was rapidly expanding even before the pandemic, and the Covid19 crisis has only accelerated the process. Since its launch, the public cloud has been promoted as the single best solution for organizations of all sizes. It has

been projected as cost-effective, more secure, reliable, and flexible. However, many experts in the field recently expressed their concerns stating that the public cloud has failed to live up to its expectations and started to look like a rip-off.

In this blog, we will explore whether the public cloud is, indeed, the best IT solution for any business or if it is just another myth created by the big companies offering this service.

The Public Cloud Is Not Cost-Effective, Not for All

The public cloud has always been promoted as the most cost-effective IT solution. However, the experiences of various organizations tell us otherwise. 

For small businesses and start-ups with simple applications and thin traffic, the public cloud can be a good option as it helps them save on the cost of setting up a full-fledged data center or a private cloud. However, as the business grows, keeping track of your spending on the public cloud becomes exponentially more complex.

The typical cost of housing your data in a public cloud platform is low. However, once your data is hosted, you have to pay to access it. Your monthly bill will reflect a cumulative cost, and the pricing model is unbelievably complex. As your business expands, the cost of data transfer and other services begins to pile up, which contradicts the claim of the public cloud being the most cost-effective option.  

US-based software development company Basecamp has recently decided to withdraw its IT infrastructure from public cloud platforms. The company has been paying more than half a million dollars a year to Amazon Web Services to avail of cloud services. Basecamp co-founder Davis Heinemeier Hansson writes, “Do you know how many insanely beefy servers you could purchase on a budget of half a million dollars per year?”.

For Basecamp and many other companies, the public cloud has proved to be much more expensive than other solutions such as private cloud or in-house data center.  

Wasted Cloud Spend

Organizations often find it hard to spot wasteful cloud spending. Organizations often find it hard to spot wasteful cloud spending. You may be spending thousands of dollars on services you don’t even use. It can happen even when you follow best practices for IT infrastructure management.

Overprovisioned computer resources often drain your dollars without you realizing it. It is incredibly complex to calculate the cost of a virtual machine depending on various factors. In general, larger machines are costlier than smaller ones. It wastes your money when you mistakenly deploy virtual machines far larger than the resource you need.

Besides, organizations often create zombie resources that they do not use. It can happen for various reasons. Your IT team may deploy it for trial purposes and forget to remove it. It is a common mistake that can drain your IT budget. Also, sometimes resources get deployed in the wrong environment. You continue to pay the bill for the service, but it is of no use to your business.     

Private Cloud or Hybrid IT Infrastructure Can Be Your Answer  

Contrary to popular belief, a private cloud solution can help you regulate your IT budget more efficiently than a public cloud. You have greater control over your IT infrastructure, and the billing is much more transparent.

Right from the beginning, you know how much to pay and what to expect. You may also want to adopt a hybrid IT strategy by dividing your IT workload between a private cloud and a physical server. It will enable you to track your spending and offer greater security.

Service providers like AiNET offer tailored services based on the particular requirements of an organization. We are ready to answer all your questions before we come up with a comprehensive solution for your business’s IT needs. Shoot us an email or call us at 1-888-3AiNET3 (301-931-6574).     

Amazon Web Services (AWS) is currently the biggest cloud service provider in the world, and it might retain that position for another decade or more. However, despite its tremendous resource and processing power, Amazon has a few cons that users can’t help but notice.

You’d agree that no company has a 100% customer satisfaction rate, but the low ratings are worth looking into if almost every dissatisfied user points out the same issue. In Amazon’s case, that issue is money oriented.

A quick survey on online communities such as Quora and Reddit showed immense dissatisfaction among individual AWS users regarding Amazon charges. Before digging into that, let’s discuss what makes Amazon so expensive.

Why is Amazon Web Services expensive?

Amazon Web Services isn’t the cheapest cloud provider out there. They’re expensive, and rightly so.

AWS offers incredible data transfer speed, 24/7 computing running time, multiple geographical operations, state-of-the-art security, and perhaps the best API in the cloud service industry. It’s also important to note that Amazon takes the most workload in the cloud computing industry, an undertaking that costs a lot to maintain.

Nonetheless, AWS is quite expensive compared to other cloud service providers that provide standard data center facilities and services.

Now let’s discuss the most pressing question.

Why do you incur extra charges on AWS invoices?

As an AWS user, it’s not unlikely to find extra charges on your monthly invoice, and like many others, you’re unsure of how they got there. Well, here’s how.

AWS cost descriptions are usually vague, making it quite difficult to calculate the cost of running specific applications and software on the platform. So in most cases, users go ahead with the services without making a thorough calculation.

The most complicated payment calculation on Amazon is the data transfer fee. As mentioned earlier, high transfer speed is one of the company’s highlights. Unfortunately, it’s the leading cause of extra charges on users’ invoices.

Amazon charges you for every bit of data you send in and out of the cloud platform, plus you also pay tax for every outbound transfer. So if you run applications that send out data regularly, you’ll pay more.

Outbound data transfers are inevitable, and while you might be able to control the amount of data you send out, you should know you also get charged a little extra when you send out data to more than one region.

What can you do?

AWS extra charges wouldn’t go away. That’s how the company thrives. However, you can use other standard cloud providers with a more budget-friendly policy.

AiNET provides fantastic cloud services with no hidden charges. Click the highlight to get started.

Businesses across sectors are adopting a cloud-first strategy to make the most out of modern technology. Cloud offers several business benefits to organizations, including scalability, cost savings, improved productivity, and reliability. 
When talking about cloud computing solutions, the first name that comes to mind is Amazon Web Services (AWS). Many of the world’s leading companies host their data on this cloud computing platform that claims to be the “world’s most comprehensive and broadly adopted cloud platform.”

AWS is undoubtedly one of the most trusted cloud computing platforms, but is it the most cost-effective one? Do start-ups and small and medium-sized companies benefit equally from AWS as the big enterprises? Let’s dig in.

What Makes AWS So Expensive?

Your AWS monthly bill includes the cumulative cost of data transfer. This aspect is often overlooked while approximating the total cost, mainly because Amazon hides its data transfer cost during the signing of the contract. Furthermore, various types of data transfers have different rates and stipulations. It makes it even more challenging to track the bill.

In general, inbound data transfers are free. However, inter-Region and inter-Availability Zone data transfers add to your bill as these transfers are metered per Gigabyte. 

The pricing model for AWS data transfer is incredibly complex. The price differs depending on the AWS region, as each region has different rates for transferring data within it and outside of it. The cost also varies based on whether the data stays inside the AWS cloud infrastructure or goes out to the public internet. Several other factors also impact the cost of data transfer within or outside the AWS cloud.     

What’s The Alternative?

You can try minimizing the data transfer cost by implementing a few measures, such as choosing the right AWS region, keeping your data within the same region and Availability Zone, optimizing Amazon CloudFront, etc. However, remember none of these measures are full-proof, and it requires a lot of effort to meticulously plan the whole architecture. 

The planning is especially challenging for start-ups and SMBs who have limited resources at their disposal. The best solution is to opt for a cloud computing platform with a more straightforward pricing structure.

Service providers like AiNET offer customized cloud computing solutions suitable for all sizes of businesses. You can also go for a hybrid model if that suits your need. The best thing is, right from the time of signing the contract, you know what to expect and how much to pay for that service. You do not have to speculate on the cost as everything is explained with much clarity. All you will have to do is to let us know your requirement. Our team of experts will work with you to plan a solution tailor-made for your business. 

Have questions? Contact us at 1-888-3AiNET3 (301-931-6574) or shoot us an email. We will get back to you at the earliest. 

With the epoch of digitalization, businesses are becoming smarter every day — and so are hackers and cyberpunks! Online attackers exploit loopholes in the security system to access your vulnerable data. Fortunately, this threat can be subsided by deploying cloud-native security! Cloud-native security enables organizations to store and utilize their data without any interruptions from external vectors like viruses. Businesses are well-equipped to identify the gaps in their cloud security system and fill them in time.

This brief guide talks all about cloud-native security and the 4 key elements you should know to safeguard your cloud infrastructure. Read on!

What is Cloud-Native Security & Why Does it Matter?

Cloud-native security is a framework that protects cloud-based platforms, applications, and infrastructure. Unlike the traditional IT security system, cloud-native security isn’t restricted to fixed parameters. The primary reason for this is the scalability and flexibility of the system, in which fixed parameters can be useless due to the ever-changing workflow and data management. Hence, there are some unique approaches for dealing with cloud security that doesn’t hold back the business from scaling at any level.

The 4 C’s of Cloud-Native Security

The core elements of cloud-native security, also known as the 4 C’s, are listed below at your disposal:

1.   Code

The first and foremost step to improving the security is to observe and clean the source code. You may identify some flaws that have the potential to become a vulnerability if a hacker identifies and be able to exploit them. Many vulnerabilities like Cross-Site Scripting (XSS) and SQL Injection can also be pointed out by analyzing the source code. You can fix such issues with one or more of these processes:

• Static Code Analysis (SCA)
• Static Application Security Testing (SAST)
• Dynamic Application Security Testing (DAST)

2.   Cluster

Typically, extensive databases are deployed in clusters in the physical or virtual storage unit. These clusters may include work nodes, master nodes, services, control planes, policies, etc. Fortunately, the security of these clusters component can be improved by:

• RBAC authorization
• Proper cluster resource management
• Using robust pod and network security policies
• Securing ingress with TLS security keys

3.   Cloud

Cloud is a layer that connects the local system with the external world. Hackers can use the weaknesses in this layer to their advantage and crash the system, causing a significant negative impact on the overall workflow. However, you can improve the security on the cloud level through:

• Encrypting ETCD data at REST (Kubernetes)
• Renewing and rotating private Certificate Authorities (CAs)
• Removing public access
• Restricting privileged access

4.   Container

The container is the level on which the information and data of the workflow are stored. An attack on this level can leak the stored data and critically disturb the workflow. We can take the following steps to minimize the risk of an invading attack:

• Minimize access to privilege containers
• Improve the container’s isolation strength
• Ensure frequent scans for container images
• Get certificate signing of images

Unlock Security, Control, and Manageability With AiNET’s Cloud Stack!

It’s always better to act proactively and prevent a cloud disaster in the first place than to repair the damage afterward. There are around 65,000 hacking attempts daily in the UK alone. Out of these, a significant number of the attempts are successful.

Don’t let it get that far!

So, improve your cloud-native security with the help of AiNET — the company that securely controls 30% of global traffic flows. Select AiNET’s cloud stack and enjoy a business with more control, better management, and enhanced security of your IT ecosystem.

A billion tech-related terminologies are flying around in the cyber world. It can be hard to catch up with them, especially when you’re not a tech expert or enthusiast. But that’s not particularly true. Some terms represent the programs we use daily; a good example is the umbrella term, IoT.

This article will discuss IoT and how it works.

What is IoT?

The word IoT is the acronym for “The Internet of Things.” IoT describes the interactive connections between hardware and software. You could say it’s a network of technologies that make the science of virtual data exchange between devices possible. These hardware or devices are embedded with sensors and processing capabilities. So a microwave that can read and process data is a piece of hardware enabled by The Internet of Things.

If the above seems vague still, think of this. You have two microwaves, microwaves 1 and 2. M1 has sensors and processors installed in it, and M2 has none, just a metal box that heats up every time you power it.

You’ll need to monitor and control M2 to keep it from burning your food. On the other hand, M1 is calculative and goes off when it needs to.

How is microwave 1 different from microwave 2?

Microwave 1 is alive and in control as it can process data input, sense heat conditions, and send calculated analysis to your phone. The technology that makes it possible for microwave 2 to execute inputs and communicate results is the fundamental basis of IoT.

Today, your devices can collect and exchange data and perform tasks with the available data. It’s how you can trust Alexa to turn off your lamp, mobile data connection, and mp3 player when you ask for it.

How Does IoT Work?

The core process of IoT is data exchange, but it takes more than that to function. The following components play a crucial role.

Smart Devices

Smart devices range from TVs to cars, phones, cameras, and more. Some of these gadgets have automated data collection capabilities, so they can collect data from the environment without relying on users’ input.

IoT Software

The IoT software comprises programs enabled by Artificial Intelligence and machine learning technology. The software serves as a processing unit for data collected by smart devices. It recognizes and analyzes patterns and then communicates informed decisions as commands to the devices.

As you might have guessed, the software is embedded in your devices and powered by the internet.

User Interface

The user interface is a graphical dashboard with tools, features, and functions for managerial purposes. In other words, it’s an interactive input system for the users. The most common examples of user interfaces are mobile applications and websites.

Do you want more information on how internet stuff works? Visit AiNET to get the best consultations and network services at incredible prices.

People naturally opt for the best network connections, but sometimes even the best isn’t suitable. Of course, choosing what’s convenient should be easy. Well, in this case, it’s not.
Internet connections come in numerous forms, and each method is specifically made for different conditions.

To get the most out of an internet connection, you’ll need to consider how your current conditions affect your network. Below is a listicle on different Internet connection types and how well they fit into various situations.

1. Fiber Optics

Fiber optics is one of the world’s most renowned Internet connections. Its design and mechanism make it weather resistant and incredibly fast. The fiber optic cables are compositions of glass fiber that enable the transmission of light signals along its core.

As expected, fiber optic cables are not as bendable as copper cables but are much more durable. They’re perfect for extreme weather conditions, and they remain functional in snowstorms when protected from water leaks. However, fiber optics connections require high proximity to the service provider.

2. Satellite Internet

Can you get an connection from satellites? Yes, you can, and this is how it works.

Internet service providers send connection signals to a satellite installed in space, and in turn, the satellite redistributes the signals back to earth. However, you’d need to install a satellite dish to receive signals to your router.

Satellite Internet is great for low-intensity usage. In other words, you can use it for your household connections, such as movie streaming and social media. But you can’t rely on it for data mining activities, live streaming, and gaming.

Satellite Internet has evolved exponentially. It’s great for remote areas but also vulnerable to heavy downpours.

3. Wireless Internet

The wireless network is the most popular connection service today. Better known as WIFI, the wireless network shares some similarities with satellite Internet, except nothing goes to space.

Wireless Internet service providers are responsible for most of the work needed to make the connection work. They install network towers in strategic points to transmit radio frequencies, and the end users then receive the signals via a router. With your router, you can exchange data over the Internet at high speed.

Wireless connections are weather resistant. The only damage wireless connections would suffer are direct hits to the network towers. However, wireless connection speed might fluctuate when overloaded.

If you’re looking for a service provider you can trust to deliver flawless connection, you just found them. AiNET has it covered from fiber optics to cloud storage. Check out our offers today.

What is Web 3.0 and how does it affect you? The Web 3 saga, as many would call it, is irresistible. Well, it’s only that way when you understand the ideals it upholds. But to do that, you’ll need to acknowledge its cousins, Web 1 and Web 2.

Web 1

Web 1, the first of its kind, graced our world in 1990. Its creator Tim Berners-Lee was looking to help decentralize the spread of information in the world, and the result of his work is what we call the Web 1 protocol.

Web 1 was a composition of static websites that could only be read and had little to no interactive features. The readable contents on these websites were rare gems. In other words, only big tech companies could create them, and they rarely did.

Web 2

Sometime in 2004, the need to not only read but also interact in forms of creating content became a reality as social media platforms sprouted. Users began to produce almost as much content as they consumed, but one thing remained the same—the big tech companies still controlled the monetary value of the internet.

Web 2 brought about the age of ads-based revenue. In other words, web users became responsible for the content they consumed while big tech companies controlled access and monetary value of the content.

Web 3.0

Web 3.0 isn’t as clear-cut as Web 1 & 2, however, its proposal is. It allows web users to read, create, and own their content, along with all its benefits.

The concept of Web 3.0 is rooted in the mechanism of cryptocurrency, more appropriately, non-fungible tokens. That is, you are in control of your content monetization.

Many critics question if the ideals of Web 3.0 are attainable, and while no one is yet to put out a concrete answer to that question, its foundations seem quite progressive. Right now, all we can do is explore the Web 3.0 ideals. Here are some of the core ideals of web 3.0.

1. Decentralized Ownership

One of the many end goals of Web 3 is to decentralize ownership of the web. At the moment, highly centralized companies control the internet. However, Web 3 will look to distribute ownership by making users with digital assets shareholders instead.

2. Decentralized Identity

What would it be like to have one online identity across every platform without risking censorship? It pushes for anonymous online identities that separate your online presence and resources from your original identity.

What do you think of Web 3.0 ideals? Do well to check out what AiNET can do to help you harness the current World Wide Web.

You developed an IT infrastructure tailored to your business needs, and it runs efficiently — smooth as silk. But if you think it would sustain without solid IT infrastructure management planning, you’re wrong! It’s odds-on to collapse real soon.

An IT infrastructure management plan is a no-brainer for ensuring your IT system works on par. It saves you valuable time and cost by subsiding any potential IT disasters, so you can make better IT decisions while productivity keeps its flow.

But how to articulate a no-fail plan that upholds your IT infrastructure intact? This article tells it all!

In this article, you’ll find what IT infrastructure management is and the three best practices to formulate an IT infrastructure management plan that you can act upon immediately. Let’s hop in!

What is IT Infrastructure Management?

IT infrastructure management refers to managing and optimizing the data, security, application, network, and storage. It deals with the network of technical and operational components, including your system’s hardware, software, facilities, data, policies, processes, and equipment.

For efficient IT infrastructure surveillance, you need an IT expert team to foresee and manage the framework. Without this regular planning, management, and optimization, your organization is calling for a catastrophe.

IT Infrastructure Management Best Practices

1.   Clear Goals and Targets

When a company establishes an IT infrastructure, it customizes it according to the business’s core objectives. It is, therefore, critical to setting long-term goals and objectives so your IT strategies are based on the right goals. These goals then must be clearly defined for your team to know its job well. This way, you can lead to a better and more efficient IT infrastructure that accommodates your business needs.

Take the case of a company that currently provides cloud services for pictures and videos, but it is planning to offer cloud services for doc and pdf files in the next two years. Let the IT infrastructure team know about this plan to make necessary arrangements for easier scalability.

2.   Regular Data Observation

Before planning your IT infrastructure management, you need to know its current performance. Monitor your operational and management standards regularly to ensure they remain functional for your company. The collected data can help you and your company to:

• Manage the system efficiently with reasonable accuracy.
• Make informed decisions for your company.
• Know about the possibility of any future problems and prepare for them.
• Check and observe data patterns and decide if it needs a strategy change.
• Pinpoint any errors that can negatively affect the results.

3.   Documentation for Better Communication

Documentation is one of the vital steps for IT services’ proper and uninterrupted functioning. Still, most companies overlook this critical part of their IT functions and infrastructure management.

Proper documentation can come in handy if the lead expert is not present; anyone from the team can quickly skim through the documentation and find out about the standard IT infrastructure roles and responsibilities and get things sorted.

Conclusion — Get the Best IT Solutions at AiNET

Managing the complex IT infrastructure might seem like a daunting task — AiNET understands that. AiNET is a dedicated all-in-one IT solutions provider helping you shift or expand your IT infrastructure for the online world. From cloud services to network services to data centers, we can meet all your IT needs!

The evolution of cloud technology has brought countless benefits for businesses, and sorted data management tops this list. Businesses integrate cloud technology into their processes to keep up with this growing trend. But at times, cloud integration can be a complex process — leaving room for errors that instigate an unsound cloud strategy.

An unsound cloud strategy can create significant hurdles to leveraging the true potential of cloud computing. It exposes businesses to security breaches, malware, system failure, data loss, and whatnot!

However, you can nip cloud chaos in the bud by working proactively. So, let us help you identify and investigate the top 4 alarming signs of an unsound cloud strategy that you should fix right away!

Why Does a Cloud Strategy Fail?

1.   Lack of Standardization

Failure to reinforce automation and standardization makes it trickier to adapt and implement sound cloud technology in your business solutions. It simply multiplies the loopholes in your cloud strategy. Hence, managing your workload, cloud cost, and troubleshooting can become distressing.

Furthermore, most cloud experts would agree that interoperability is a key factor in maximizing the ROI in cloud computing. However, the absence of a standardized cloud framework limits the interoperability among cloud platforms. This troublesome situation then brings inconsistency in secu­rity and cloud portability.

2.   Uncontrollable Cloud Costs

If your cloud costs spiked in the last budgeting period, it might indicate an unsound cloud strategy. Maybe you are paying more than your actual cloud usage because you haven’t figured out your cloud needs. So, it’s time to take action and mend the leaking hole.

The first step to saving up on the cost is identifying your cloud needs. If you don’t know what features you need, it is inevitable to put a stop to your exponentially rising cloud expenses. Hence, understand the cloud capacity, specifications, and functionalities you actually need to run your business operations. It will streamline your monetary expenses; hence you can take full advantage of cloud technology.

3.   Unauthorized Cloud Access

A data breach or unauthorized data access is one of the significant concerns in cloud computing. According to the latest report, around 79% of companies have experienced at least one cloud data breach.

A data infringement can have a detrimental impact on a business. Not only do the business operations get impacted, but the company’s goodwill could also be questioned. To protect yourself from a data breach disaster, you need to adopt effective strategies like having the right kind of encryption, a robust backup plan, keeping your security, and other protective measures. It is the only way to prevent unauthorized cloud access inside and outside your organization.

4.   Restricted Cloud Usage Visibility

Limited cloud usage visibility occurs when a firm cannot comprehend the threat and security breaches within the organization. Suppose your employees unknowingly access the sensitive cooperate data without specific permission and mistakenly place it in the public cloud. Cloud usage shortsightedness puts your business at risk for these mishaps.

To improve your cloud visibility, you need to create a comprehensive solution and provide your employees with the necessary training and awareness. It would help if you also redefined your cloud governance, monitoring, and security strategies. Investing in firewall mechanisms and adopting AI/ML techniques can also be a great initiative.

Conclusion: Use AiNET to Combat Cloud Chaos!

Managing and designing the right cloud strategies can be a daunting task. With so many technicalities and complexities, it’s a common struggle to subside cloud chaos. But you can cope with this challenge by involving cloud service providers like AiNET.

At AiNET, we assist you in mitigating the potential risks involved with cloud maintenance. Hence, you enjoy a smooth workflow free from cloud chaos.

Any expert in the field would agree that the cloud is the future. No matter what industry you are in, eventually, you will have to move your IT infrastructure to the cloud. However, the process of cloud migration is not a cakewalk. Especially for businesses with complex IT needs and tons of apps, it may take significant time and resources to complete the process successfully.

The five Rs of cloud migration refer to five different approaches businesses can take while migrating their IT assets to the cloud. However, remember that every cloud migration is unique, and there is no definitive approach that ensures success. These five Rs only offer you a framework on which you can build your plan.

Rehost

Rehosting is the most straightforward approach to cloud migration. It is also referred to as lift and shift. It means you lift the server, apps, and operating systems from their current hosting environment and shift them to the cloud. Here you do not make any changes to the existing servers and applications; you just change their location.   

This process is fast and doesn’t require many resources. However, one of the major drawbacks of this strategy is that you cannot exploit the full potential of the cloud. The apps you are going to run on the cloud are not primarily designed for the cloud, and thus, the performance will not be as good as cloud-native apps. 

Re-platform 

This process is slightly more complex than rehosting. Here you optimize the applications during migration without altering the core architecture. It requires some programming input but is not as invasive as re-architecting.

The applications are re-platformed so that they show some attributes of cloud-native technology, such as portability and horizontal scaling. It is often the best option for businesses that cannot afford the resources required for re-architecture but still want improved performance and scalability. 

Refactor or Re Architect 

Refactoring is the most complex path a business can take while migrating to the cloud. This process requires more time and resources than the other models. Businesses choose this model to optimize their performance and to add new features. It allows the businesses to leverage the cloud benefits to the full extent. 

When time is not a constraint, refactoring can be done during the first stage of migration. That means you re-architect the applications before moving to the cloud. However, many businesses prefer to do it at a later stage. 

Replace 

Replacing, also called repurchasing, is a method where you simply replace the legacy applications with a SaaS solution that offers improved performance on the cloud. 

Here you end the existing licensing agreement and opt for a cloud-native application. Usually, organizations opt for this model when the current license agreement fails to fulfill the business requirements or expires. 

Retain

It is also referred to as the hybrid model. In this model, businesses migrate some portions of the IT infrastructure to the cloud and retain the rest in the current environment. 

Businesses often are not ready to move their entire IT portfolio for various reasons, including compliance issues. This model is ideal for those who are required to run some of their business applications and services on-premises.

At Ai.NET, we offer complete cloud solutions. Whatever model suits you, we will help you plan the entire process. Have questions? Send us a message, and let us help you take your business to the next level.