Asset depreciation is a crucial aspect of industrial operations, as it signifies the gradual decrease in an asset's value over time. Accurate tracking of depreciation is not only important for financial reporting but also for strategic decision-making and tax deductions. In order to effectively track assets, organizations utilize various techniques such as barcode labeling, RFID tagging, and GPS active tracking. The use of asset depreciation software has revolutionized the industry, providing accurate record-keeping, automation, and improved productivity. This article explores the importance of asset depreciation tracking and management in industrial operations, the key features to look for in affordable asset depreciation software, and future trends in the field. By implementing robust asset depreciation software, organizations can enhance operational efficiency, make informed decisions, and optimize their asset management strategies.
1. Understanding Asset Depreciation: An Overview
Asset depreciation is an integral part of industrial operations, signifying the gradual decrease in an asset's value over time due to factors such as wear and tear, obsolescence, or aging. Accurate tracking of this depreciation is not merely a requirement for financial reporting, but also a crucial tool for strategic decision-making and tax deductions. This process equips organizations with an accurate understanding of their assets' current worth, thereby enabling informed future investment planning.
Tracking assets effectively involves several key techniques, including barcode labeling, RFID tagging, and GPS active tracking.
Barcode labeling, a mainstay in the industry since the 1970s, remains the most prevalent method due to its cost-effectiveness and user-friendly nature. For more advanced functionality, RFID tagging is used, allowing simultaneous scanning of multiple assets, thereby enhancing visibility and productivity. For assets in transit, GPS active tracking is the preferred choice, offering real-time location recording.
Achieving optimal asset tracking requires a clear understanding of which assets need tracking and the company's priorities.
It's a balancing act between costs, opportunities, and risks against the required performance of assets. It's essential to distinguish between inventory tracking and asset tracking. While the former involves managing products sold, distributed, or consumed, the latter is about managing internal resources that need to function continuously.
The arrival of cloud-based asset tracking solutions has revolutionized the industry, offering accurate record-keeping and automation, leading to improved productivity and efficiency. However, it's important to remember that not all assets are tangible. Today, many companies, such as the top five in the S&P 500, derive a significant portion of their value from intangible assets such as brand value and algorithms.
These assets, not reflected on a company's balance sheet, pose valuation challenges and could potentially inflate a company's value.
There are three main approaches to valuing intangible assets: deep diving into the business to understand their worth, using reported financial data to adjust the statements, or using alternative data sources. This valuation process is complex and inexact. Traditional value investing strategies that rely on book value may need to evolve to account for the importance of intangible assets. As Jack Forehand, CFA, aptly puts it, "Being a successful investor requires building an investment strategy that is able to evolve over time."
Whether tangible or intangible, asset tracking and management are essential for improved productivity and efficiency. It's a complex process, but with the right strategies and tools, it can significantly contribute to an organization's success. To calculate asset depreciation for industrial operations, factors such as the initial cost of the asset, its useful life, and the method of depreciation being used need to be considered. There are several commonly used methods for calculating depreciation, including straight-line depreciation, declining balance depreciation, and units of production depreciation. Each method has its own formula and considerations, so it's important to consult with an accountant or financial professional to determine the most appropriate method for your specific industrial operation.
In industrial settings, effective practices for tracking asset depreciation help organizations accurately assess the value of their assets over time and make informed decisions regarding maintenance, replacement, or disposal. By implementing best practices, organizations can ensure that they have a clear understanding of the depreciation of their assets and can plan accordingly.
In the manufacturing industry, there are several strategies for managing asset depreciation. One common approach is to regularly assess the condition and performance of assets, and schedule preventive maintenance to minimize depreciation. This includes conducting routine inspections, implementing maintenance schedules, and addressing any issues promptly to prevent further depreciation.
To accurately track asset depreciation in industrial operations, various tools and software are available. These tools and software are designed to help businesses monitor and record the depreciation of their assets over time.
They typically provide features such as asset tracking, depreciation calculations, reporting, and integration with other systems. By using these tools and software, industrial operations can ensure accurate and efficient tracking of asset depreciation, which is crucial for financial planning and decision-making.
Implementing a robust asset depreciation tracking system in industrial organizations can provide several benefits. Firstly, it allows for accurate and up-to-date tracking of asset depreciation, ensuring that organizations have a clear understanding of the value of their assets over time. This can help with financial planning, budgeting, and decision-making processes. A robust asset depreciation tracking system can help organizations comply with accounting standards and regulations, ensuring that they are accurately reporting the depreciation of their assets. This can help prevent any potential legal or financial issues in the future.
In the manufacturing industry, tracking asset depreciation can be a common challenge. It is important for companies to accurately monitor the decrease in value of their assets over time in order to make informed financial decisions. By implementing a robust asset tracking system, manufacturers can effectively track the depreciation of their assets and ensure that their financial records are accurate. This can help them identify the optimal time to replace or upgrade assets, as well as calculate the depreciation expenses for tax purposes. Additionally, integrating the asset tracking system with other software solutions, such as enterprise resource planning (ERP) systems, can provide manufacturers with a comprehensive view of their asset lifecycle and streamline their depreciation tracking processes.
Accurate asset depreciation tracking is crucial for financial reporting and tax deductions. By carefully tracking the depreciation of assets, companies can accurately reflect the decrease in value of their assets over time in their financial statements. This is important for providing a true and fair view of the company's financial position. Additionally, accurate asset depreciation tracking is essential for calculating tax deductions. By properly documenting and recording the depreciation of assets, companies can claim the appropriate deductions on their tax returns, reducing their taxable income and ultimately their tax liability.
2. The Role of Asset Depreciation Software in Industrial Operations
Asset depreciation software serves as a vital tool within the industrial sector, acting as the catalyst for the automation and streamlining of the depreciation calculation and tracking process. This not only reduces the risk of errors caused by manual processes but also saves valuable time. With the support of such software, organizations gain access to accurate, real-time data, enabling them to make informed decisions regarding asset management, thereby enhancing efficiency and optimizing operations.
Moreover, this software plays a crucial role in enforcing compliance, ensuring that organizations adhere to the financial reporting standards and tax regulations. This is critical in maintaining the financial stability and integrity of the organization.
For example, Wasp Barcode Technologies, a company with over 25 years of experience in providing comprehensive tracking solutions, offers a range of products, including software systems and barcode-enabled hardware. Their applications cater to a variety of use cases such as warehouse management, retail inventory, and asset tracking. They also offer industry-specific applications for sectors like agriculture, banking, construction, education, healthcare, and more. Notably, Wasp Barcode Technologies provides guidance on asset disposal, a critical aspect for businesses. They advise on the correct time and method to dispose of assets, as improper disposal can lead to data breaches and financial consequences.
Additionally, asset lifecycle management (ALM) software, like Aladdin offered by SGE Group International, is focused on prolonging the serviceable lifespan of a company's assets to maximize their value. ALM software assists in tracking and recovering assets, maintaining an up-to-date list of owned and leased assets, their locations, usage, and maintenance history. By aligning needs and requirements with existing assets, and identifying unnecessary assets, ALM software aids companies in achieving operational efficiency and cost savings.
Moreover, such software eases financial reporting and forecasting by providing accurate acquisition history and asset deployment information. It also aids with risk management by identifying risks and implementing proactive solutions. ALM software with a mobile app enhances convenience and control, allowing maintenance requests to be handled on-site or on the go and enabling easy communication and tracking.
In essence, the role of asset depreciation software in industrial operations is invaluable. It automates and simplifies complex processes, provides accurate data for informed decision-making, ensures regulatory compliance, and ultimately, contributes to the overall operational efficiency and financial health of an organization.
When selecting asset depreciation software, it is important to assess specific needs and requirements, such as the ability to calculate depreciation based on different methods, track assets across multiple locations, generate reports, and integrate with other systems.
The scalability and flexibility of the software, along with its ease of use and user interface, should also be considered. Additionally, evaluating the vendor's reputation, customer support, and pricing structure is important. Requesting demos or trial versions of different software options can help ensure they meet your needs before making a decision.
Best practices for using asset depreciation software include ensuring compatibility with existing systems and seamless integration with financial management processes. Establishing clear and consistent processes for entering and updating asset information in the software is crucial. Regularly reviewing and updating this information will ensure that the depreciation calculations are accurate and reflect the current value of your assets. It's also important to regularly reconcile the depreciation calculations in the software with the physical assets in your organization. This will help identify any discrepancies or errors in the software and ensure that the depreciation expense is accurately recorded in your financial statements. Regularly reviewing and analyzing the depreciation reports generated by the software will help identify trends or anomalies in the depreciation expense and make informed decisions about asset replacement or retirement.
There are several integration options available for asset depreciation software. These include integrating with Enterprise Resource Planning (ERP) systems, such as Oracle Fusion Cloud Warehouse Management and JD Edwards Enterprise One. These integrations allow for seamless communication between the asset depreciation software and the ERP system, enabling accurate and up-to-date depreciation calculations and reporting. Additionally, asset depreciation software can integrate with other financial management systems, such as accounting software or enterprise asset management systems, to ensure comprehensive tracking and management of assets throughout their lifecycle.
Implementing asset depreciation software can come with its own set of challenges. One common challenge is ensuring that the software integrates seamlessly with existing systems and processes. This requires careful planning and coordination to avoid disruptions to the organization's operations. Another challenge is accurately capturing and inputting all relevant data into the software, such as asset details, useful life, and depreciation methods. This requires careful data management and validation to ensure the accuracy of the depreciation calculations. Additionally, training and change management can be a challenge, as employees may need to learn how to use the software and adapt to new processes. Proper training and communication can help address this challenge. Finally, ongoing maintenance and updates of the software can be a challenge to ensure that it remains up-to-date and aligned with changing accounting standards and regulations. Regular monitoring and proactive management can help overcome this challenge.
3. Key Features to Look for in an Affordable Asset Depreciation Software
Finding a cost-effective asset depreciation software that aligns with your business needs hinges on several key features. One indispensable aspect is a user-friendly interface, as it fosters easy adoption across your organization. The software's adaptability to the evolving needs of the organization, ensuring its relevance over time, is another critical consideration.
Scalability is a pivotal component, especially for expanding businesses. The software should be capable of accommodating an increasing number of assets without compromising its performance. This scalability should be evident in both the software's capacity to manage a larger asset base and its ability to perform increasingly complex calculations as your organization grows.
Integration capabilities are also crucial. The asset depreciation software should seamlessly mesh with existing systems in the organization, such as the Computerized Maintenance Management System (CMMS) or Enterprise Asset Management (EAM) system. This integration ensures different systems within the organization can share and update information, resulting in more accurate tracking and management of assets.
Comprehensive reporting is an important feature of any asset depreciation software. It should provide detailed insights into various aspects of asset management, including asset value, depreciation rates, and future projections. These reports should be customizable to cater to the unique needs of your organization.
For instance, AssetMaxx is known for storing all asset information in one place and offering a user-friendly setup. In contrast, Sage Fixed Assets is praised for its robust depreciation engine and its ability to offer customized reports and data point tracking. Other noteworthy options in the market include EZOfficeInventory, eWorkOrders, WorthIt Fixed Assets, BarScan Asset Management, and CenterPoint Depreciation.
It's also worth noting that some platforms, like eDepreciation, offer unmatched speed and functionality for managing fixed assets. This cloud-based platform allows users to access their fixed asset data from anywhere. It offers 20 customized reports to meet specific needs, and users can enhance the platform's functionality with optional modules. This software is scalable, supporting tens to hundreds of thousands of fixed asset records, and offers a wide range of depreciation calculations for different types of assets.
When choosing an affordable asset depreciation software, also consider the potential for future add-ons or modules that can enhance the software's functionality, as well as the quality of customer service and technical support provided by the software provider[^8^]. Consider the experiences of other users, as well as the reputation of the software provider in the industry. This due diligence will ensure that the software you select is not only affordable but also reliable, efficient, and effective in managing your organization's assets.
4. Review of Top Affordable Asset Depreciation Software Options
As the search for cost-effective asset depreciation software continues, the market presents several capable options. Two such potent solutions are Pro Ware and Bassets, both known for their comprehensive offerings and robust capabilities.
Pro Ware, a software firm established in 1985, specializes in providing solutions tailored for professional accountants. Their products are trusted by over 15,000 companies, including CPA firms, non-profit organizations, banks, and online retailers. The flagship product, Asset Keeper Pro, is a fixed asset program that comes with free unlimited technical support and software updates, ensuring its ongoing relevance and usability. With the latest updates, the software now includes 2021's car and truck depreciation limits and an Illinois state add back feature. This reflects Pro Ware's commitment to staying current with tax and depreciation regulations. Another notable offering is Amortization Plus 2, an updated version of their amortization software that allows users to create a wide range of amortization schedules and includes various reports for management and financial reporting needs.
Conversely, Bassets provides a home platform for fixed asset management, eDepreciation. This product provides dynamic depreciation calculation for fixed assets, coupled with cloud access for ease of use. Bassets offers 20 customizable reports, with optional modules for added functionality. Since its inception in 1990, Bassets has concentrated on depreciation for fixed assets, providing comprehensive solutions for multiple industries, including accounting firms, dealers, resellers, consultants, government, and non-profit organizations. Bassets' products are lauded for their ease of use, support, and effectiveness in managing fixed assets. The enterprise edition supports unlimited assets, providing various depreciation calculations and pre-built reports for past, present, and future asset data.
Both Pro Ware and Bassets have proven to be effective asset depreciation software options. They offer real-time data retrieval, flexible APIs, and seamless integration with industrial systems. This is made possible by solutions such as Luminate Logistics by Blue Yonder and Oracle Fusion Cloud Warehouse Management. Luminate Logistics is designed to improve supply chain visibility, enhance operational efficiency, and enable better decision-making in logistics processes. This, along with the integration capabilities of APIs in Oracle Fusion Cloud Warehouse Management, allows for efficient building of industrial integrations.
Furthermore, solutions like Makini.io offer integrations with various industrial systems, including SAP Extended Warehouse Management, enabling smooth communication and data exchange between different systems. This seamless integration helps businesses optimize their inventory management and make informed decisions regarding asset depreciation. The use of code snippets allows for real-time data retrieval, ensuring that the asset values are up to date and reflect any changes in inventory.
Both Pro Ware and Bassets are known for their speed and efficiency in building industrial integrations, solidifying their positions as reliable choices in the market. Their commitment to customer service and continuous improvement mirrors their understanding of the importance of maintaining up-to-date, accurate, and efficient asset depreciation tracking.
5. How Makini Streamlines Asset Management and Maintenance Processes
Makini, a leading digital platform, is recognized for its comprehensive asset management and maintenance capabilities. It is designed to seamlessly integrate with a plethora of Computerized Maintenance Management Systems (CMMS) and Enterprise Asset Management (EAM) products. This compatibility simplifies data management, eliminating the need to manage multiple data structures, authorization protocols, and data transformations. Makini facilitates effortless data synchronization between your chosen CMMS or EAM system and any of the supported products, providing immediate access to secure data.
In addition to data integration, Makini offers a broad spectrum of functionalities for work order management, parts and inventory, analytics and reporting, preventive maintenance, and digital maintenance forms. These features cater to a variety of teams including maintenance, operations, and after-sales teams. The platform's versatility has been demonstrated across diverse sectors such as machine manufacturing, energy utilities, hospitality, property management, and healthcare, among others.
Makini's unique feature is the customer portal. This white-label portal enables customers to place orders, request services, and view machine and order history with a simple QR code scan. This feature is a testament to Makini's commitment to delivering an exceptional customer experience and driving after-sales revenue, a significant profit source in the equipment manufacturing industry.
Furthermore, Makini is venturing into the realm of Artificial Intelligence (AI). A notable example is the collaboration with Hyundai Robotics and MakinaRocks, an AI company recognized as a top 100 company in 2020 by PwC and the Artificial Intelligence Industry Association (AIIA). This partnership aims to enhance AI-based predictive maintenance in industrial robots. MakinaRocks specializes in anomaly detection using deep learning and reinforcement learning. The integration of these AI models into Hyundai Robotics' robot monitoring system is set to create new AI application use cases and contribute to the industrial robot market's value creation.
Makini's commitment to providing a comprehensive digital solution for boosting after-sales revenue, saving service engineers' time, and improving customer communication and operations is evident. Its focus on AI-based predictive maintenance and anomaly detection further underscores the platform's potential in revolutionizing asset management and maintenance processes.
To integrate Makini with CMMS systems, one would identify the desired CMMS system, verify if the system supports API integration or has specific integration options for external systems, and follow the instructions provided by Makini to set up the integration. The Makini API allows users to interact with the platform and perform asset management tasks, such as creating, updating, and retrieving assets. This API interaction streamlines processes and enables efficient asset management.
Makini also offers integrations with various EAM products, including data synchronization capabilities with products like Oracle Fusion Cloud Warehouse Management and JD Edwards Enterprise One. By using Makini for streamlining maintenance processes, organizations can automate and centralize maintenance activities, resulting in improved efficiency and reduced downtime. Makini provides real-time visibility into maintenance tasks and allows for better tracking and scheduling of maintenance activities. Furthermore, Makini's analytics and reporting features enable organizations to analyze maintenance data and make data-driven decisions to optimize maintenance processes.
Makini's Universal API for industrial asset management allows users to integrate their industrial asset management systems with Makini's platform. The API provides a standardized way to access and manage data related to industrial assets, enabling users to effectively monitor and control their assets within Makini's ecosystem. Real-time data can be retrieved using the Makini API by defining the base URL, identifying the specific API endpoint for real-time data retrieval, and following the appropriate method to send a request to the API endpoint.
While it is not explicitly clear whether Makini has a specific feature for secure data access, the platform has demonstrated a commitment to secure data management through its various integrations and use cases. To determine if Makini has a specific feature for secure data access, it is best to refer to the official documentation or contact Makini support for more information.
6. Case Study: Successful Integration of Affordable Asset Depreciation Software in an Industrial Setting
The integration of affordable asset depreciation software into an industrial setting can significantly enhance operational efficiency and strategic planning. This is particularly evident in the case where such software is utilized to augment asset management and maintenance procedures, consequently driving the achievement of strategic objectives. Key to this success is the software's capacity to deliver accurate and real-time data concerning asset depreciation, which facilitates informed decision-making and future investment planning.
Take for example, a manufacturing facility spreading over 423,000 square feet, inclusive of a 47,000 square feet office space. Established in 1998 and expanded in subsequent years, this facility presents a complex asset portfolio with a weighted chronological age of 13 years. The complexities of such industrial properties often result in incorrect assessments due to their specialized nature and the absence of secondary market buyers. Traditional methods, such as using computer-assisted mass appraisal models, often lead to significant inaccuracies.
This facility faced a substantial increase in its tax burden due to the expiration of a tax abatement. However, the intervention of a commercial real estate tax consulting firm identified multiple functional obsolescence issues, leading to a significant reduction in the fair market value (FMV) of the property and subsequent tax savings. The role of affordable asset depreciation software in this scenario cannot be overstated. The software provided accurate and up-to-date data on asset depreciation, which was instrumental in arguing for a lower assessed value.
Moreover, the software provided by Makini.io, for example, offers integrations with various warehouse management systems, thereby enhancing efficiencies in asset management. By automating processes and providing real-time visibility into asset data, these software solutions facilitate streamlined asset management and informed decision-making.
Additionally, affordable asset depreciation software like this can significantly improve operational efficiency in an industrial setting. By tracking and managing asset depreciation accurately, organizations can optimize their asset lifecycle, make informed decisions regarding maintenance, repairs, and replacement, ultimately leading to improved operations and cost-effective asset management.
The strategic advantages of using such software are manifold. By accurately tracking the depreciation of assets over time, organizations can make informed decisions about asset management, budgeting, and future investments. These software solutions also automate processes and provide real-time insights, thereby saving time and increasing efficiency.
In this particular case, the software significantly streamlined the organization's asset management and maintenance processes. By consolidating all the necessary data in one place, the organization was able to make informed decisions and plan for future investments. The benefits of the software extended beyond immediate tax savings, contributing to improved operational efficiency and the achievement of strategic goals.
Thus, the integration of affordable asset depreciation software in an industrial setting underscores its value in enhancing operational efficiency, facilitating informed decision-making, and enabling strategic planning.
7. Future Trends in Asset Depreciation Tracking and Management
The landscape of asset depreciation tracking and management is continually evolving, with predictive maintenance emerging as a key innovation. This method, fueled by advanced technologies, optimizes equipment operation while minimizing maintenance costs and time-sensitive repairs. With the aid of artificial intelligence (AI) models, potential issues are proactively identified, leading to efficient maintenance service deployment and improved equipment uptime.
In sectors such as manufacturing, energy, and utilities, predictive maintenance is rapidly gaining momentum. It harnesses structured data, like production details and warranty information, as well as unstructured data, including maintenance history and repair logs. This data is instrumental in identifying anomalies and predicting faults or failures. The accuracy of these predictions is further enhanced by non-intrusive testing techniques like thermodynamics, acoustics, vibration analysis, and infrared analysis.
AI and machine learning have shown to augment asset depreciation tracking and management by automating the process and making predictions more accurate. By analyzing historical data and patterns, AI algorithms identify key factors that influence asset depreciation and forecast future depreciation rates. This allows organizations to make informed decisions regarding asset replacement or repair, optimizing their asset management strategies. Furthermore, AI can automate the tracking of asset depreciation by integrating with existing systems and continuously monitoring asset values and usage data, reducing manual effort and ensuring accurate tracking and management.
Emerging technologies such as the Industrial Internet of Things (IIoT), big data analytics, and cloud data storage play a pivotal role in the process. These technologies facilitate the collection and analysis of condition-based data from various assets, including vehicles, industrial equipment, and assembly robots. The advancements in big data, machine-to-machine communication, and cloud technology have made real-time condition monitoring feasible, significantly improving the effectiveness of predictive maintenance practices.
The architecture of a predictive maintenance model, which includes stages like data acquisition and storage, data transformation, condition monitoring, asset health evaluation, prognostics, decision support systems, and a human interface layer, is another area of interest. This comprehensive approach offers more benefits than traditional corrective and preventative maintenance programs, as it enables scheduled maintenance work and minimizes downtime.
The future holds the promise of further integration of IoT devices for real-time asset tracking, and the use of blockchain technology for secure and transparent asset management. Implementing IoT devices for real-time asset tracking can provide several benefits in asset depreciation management. By leveraging IoT technology, organizations can track assets in real-time, allowing them to monitor their location, condition, and usage patterns more accurately. This level of visibility enables organizations to optimize asset utilization, reduce downtime, and improve maintenance planning, ultimately leading to more efficient asset depreciation management.
Blockchain technology can revolutionize asset management in asset depreciation tracking by providing a transparent and immutable ledger system. Through the use of blockchain, asset depreciation can be accurately tracked and recorded in a decentralized manner. This eliminates the need for manual record-keeping and reduces the risk of human error or manipulation.
These trends are set to elevate the capabilities of asset depreciation software, making it an invaluable tool for industrial operations. The latest advancements in asset depreciation software for industrial operations include features such as automation, real-time tracking, and predictive analytics. This software allows companies to efficiently manage their assets by automatically calculating and recording depreciation expenses, tracking asset lifecycles, and providing insights into the future value and performance of assets. Additionally, advanced asset depreciation software may integrate with other systems such as enterprise resource planning (ERP) software and Internet of Things (IoT) devices to provide a comprehensive view of asset performance and optimize maintenance schedules.
In this evolving landscape, the role of reliable analytics and engineering service providers becomes even more critical. They play a pivotal role in leveraging data science to predict and eliminate asset failures in a timely manner, further enhancing the benefits of predictive maintenance.
In conclusion, asset depreciation tracking and management are crucial aspects of industrial operations. Accurate tracking of asset depreciation provides organizations with valuable insights for financial reporting, strategic decision-making, and tax deductions. By implementing affordable asset depreciation software, organizations can streamline their asset management processes, automate calculations, and ensure compliance with accounting standards and regulations. This software revolutionizes the industry by providing accurate record-keeping, automation, and improved productivity. It also enables organizations to make informed decisions regarding maintenance, replacement, or disposal of assets.
The broader significance of asset depreciation tracking and management lies in its ability to enhance operational efficiency and optimize asset management strategies. By accurately tracking asset depreciation, organizations can plan for future investments, budget effectively, and ensure regulatory compliance. Additionally, efficient asset depreciation tracking helps organizations identify the optimal time for asset replacement or upgrade. By implementing robust asset depreciation software, organizations can improve their financial planning processes and reduce the risk of legal or financial issues in the future.
To enhance operational efficiency and optimize asset management strategies in your organization, consider implementing affordable asset depreciation software. By choosing a software solution that meets your specific needs and requirements, you can streamline your asset tracking processes and make informed decisions regarding maintenance, replacement, or disposal of assets. Learn how Makini’s Unified API can help you build 100+ product integrations with ease by scheduling a demo with one of our integration experts: Learn how Makini’s Unified API can help you build 100+ product integrations with ease by scheduling a demo with one of our integration experts.