ACH Payment Processing: All you Need to Know!

ACH Payment Processing: All you Need to Know!
ACH Payment Process
Consumers these days have multiple options to make the payments like cash, debit cards, checks, bill pay, prepaid cards, money orders, contactless purchase methods, wire transfers, credit cards, direct transfers, ACH, etc.
Now, let’s understand more about ACH payments. ACH transfers have gained traction in recent years. Statistics researched by the financial regulatory body nacha.org reveal that “7.3 billion payments were executed using the ACH network during the first quarter of 2022.”
This post provides all-inclusive information on ACH transfers. So, catch glimpses of what is an ACH transaction, how it functions, and why it proves beneficial to users. A quick read will give you an idea of how to set up an ACH payment processing mechanism for your business organization.

What is ACH Payment Processing?

ACH transactions are electronic money transfers from one bank to the other that are processed through the ACH network. ACH or “Automated Clearing House” is a US-based financial network that is used for carrying out money transfers and electronic payment transactions in the USA. ACH payments, also known as “direct payments,” make transfers between bank accounts without cash, wire transfers, paper checks, or credit card networks.
The ACH network is actually a batch processing system as payment transactions are processed in batches. Banks and other financial entities employ this system to aggregate the transactions that need to be processed. This centralized clearing system tracks the transactions happening between different banks and at the end of the day calculates how much money each bank owes to the other. Based on this data, funds are transferred to the respective banks, only once, instead of executing multiple transfers throughout the day.
Such payments are processed as credit or as debit. For credit payments, the payer initiates the transaction and the money gets deposited in the payee’s bank account. For debit transactions, money gets withdrawn from the payer’s bank account. The consumers who sign themselves up for automatic bill payment/pre-authorized debit instead of credit/debit cards are actually using the ACH model of payment transaction methodology.
The entire payment processing system is managed by NACHA (National Automated Clearing House Association). NACHA is a self-regulatory non-profit organization that supervises these payment transactions and devises rules for this payment model. NACHA is funded by financial institutions in the US.

What are the different types of ACH transactions?

  • Direct payments & IRS payments
  • eCheque transactions
  • One-time or recurring payments into an IRA (Individual Retirement Account), savings account, taxable brokerage account, etc.
  • Funds transfer between banks using payment gateways like PayPal, Venmo, etc.
  • Businesses paying vendors and suppliers for products/services
  • Businesses receiving payments from customers/clients
  • Online bill payment through bank accounts
  • Employees receiving direct salary deposits from employers

How do ACH Transfers differ from Wire Transfers?

Many confuse ACH transfers with Wire transfers as Wire transfers are also electronic payments that take place between banks. But, ACH transfers are quite different from wire transfers. Let’s explore!
For wire transfers, both the sender and the receiver have to pay money transfer charges; the average fees are up to $14 for domestic transactions and up to $75 for international transfers. ACH transfers, on the contrary, do not charge fees from the receiver and the sender has to pay minimal charges, approximately $1. Wire transfers are processed in real-time by the bank staff and so money transactions take place instantly. Contrarily, ACH transfers are processed in batches and as such, may take a few business days to execute. However, ACH transactions do not require any human intervention. Wire transfers cannot be canceled or disputed once they get initiated while ACH transfers can be disputed if the relevant conditions are fulfilled.
Therefore, the ACH model is more profitable and productive unless you need to transfer money immediately. Nevertheless, same-day or next-day ACH money transfer services are also available in exchange for a minimal processing fee.

How to implement the ACH Payment Model via the ACH Network?

To implement the ACH model, you will need to use the Automated Clearing House (ACH) network, which is a network that facilitates the electronic transfer of funds between banks.
Here are the steps to implement this payment model:
Obtain a merchant account with a bank or payment processor that offers an ACH model of payment processing.
Set up your business’s bank account to receive the payments.
Provide your customers with the necessary information to add ACH to your business’s bank account. This may include your bank account number and routing number, as well as the name and address of your bank.
When a customer wants to make a payment to your business using the ACH model, they will need to provide their bank account information and the amount of the payment.
You will then process the payment through the ACH network by providing the customer’s bank account information and the amount of the payment. The ACH network will verify the customer’s bank account and transfer the funds from their account to your business’s account.
Once the payment has been processed, you will receive a notification and the funds will be deposited into your business’s bank account.

How to integrate ACH Payment Processing?

Below is the example code for payment processing following the ACH model:

# Importing the essential libraries

import requests

import json

# Configuringthe endpoint URL

ENDPOINT_URL = https://api.example.com/ach/payments

#Setting up the API key

API_KEY = “your_api_key_here”

# Configuring the bank account information of the sender and the recipient

sender_account = {

“account_number”: “1234567890”,

“routing_number”: “123456789”,

“account_type”: “checking”

}

recipient_account = {

“account_number”: “0987654321”,

“routing_number”: “987654321”,

“account_type”: “savings”

}

# Configuring the amount to be paid

amount = 100.00

# Generating the payload for executing the API request

payload = {

“sender_account”: sender_account,

“recipient_account”: recipient_account,

“amount”: amount

}

# Configuring the API request headers

headers = {

“Content-Type”: “application/json”,

“Authorization”: f”Bearer {API_KEY}”

}

# Sending the API request for payment processing

response = requests.post(ENDPOINT_URL, json=payload, headers=headers)

# Verifying the status code of the response

if response.status_code == 200:

# Generating the transaction ID if the payment processing gets successfully executed

transaction_id = response.json()[“transaction_id”]

print(f”Payment processed successfully. Transaction ID: {transaction_id}”)

else:

# Generating the error message, if the payment processing fails

error_message = response.json()[“error”]

print(f”Payment failed. Error: {error_message}”)

ACH Payment: Benefits for Businesses & Consumers

Cost-Savings

Payment processing through paper cheques, debit/credit cards, etc. involves high processing fees; it’s more so with debit & credit cards as a certain percentage of the transaction amount is charged as a fee. As a result, businesses incur huge expenses during high-value transactions. The ACH model, on the other hand, involves much lower processing charges. In the case of paper cheques, although the processing fee is less, labor charges add up to the total expenses. Hence for businesses, specifically those that involve high-amount transactions, payment processing using ACH turns out to be the most profitable option.

Speedy, Hassle-free, & Accurate Payment Processing

Businesses that use paper cheques must consider the ACH model of payment transactions owing to its speed of transaction, ease of usage, and accuracy as compared to paper-based cheques. The usage of ACH cheques saves time wasted on bank trips and involves a speedier processing time than traditional bank cheques. Also, paper checks involve lengthy processing times that may result in delayed payments.
Besides, electronic cheques are easier to handle as they do not have to be entered manually and cannot get lost. ACH cheques resolve another bottleneck associated with paper-based cheques: chances of human errors. And, human errors cost businesses money as well as their precious time. Automatic funds processing without human intervention zeros down any chances of errors and hence, no time has to be devoted to fixing errors.

Automates Recurring Transactions

Recurring billing is an integral part of business enterprises that operate on the subscription model, as consumers have to pay bills regularly. Recurring billing involves several challenges. To begin with, businesses have to incur high fund processing expenses due to the frequency of transactions. Moreover, consumers are likely to forget to pay their bills at times, leading to unpaid invoices as well as irregular cash inflow.
Well, the ACH model is the ideal solution for both of these aforesaid woes. As already discussed, entrepreneurs save on transaction charges with the ACH methodology because of lower fund processing fees. Furthermore, as ACH is an automated process, customers need not remember to pay their bills or initiate payment processing. Once they sign themselves up for automatic bill payment, the bill amount gets debited from their bank account whenever the payment is due. As such, consumers benefit from this payment model.
ACH saves merchants the hassles of repeatedly reminding consumers for paying bills or charging extra for late payments. Moreover, there are hardly any chances of friction between businesses and their consumers. These result in improved relationships, increased customer satisfaction, and more conversions in the long run.

High-end Security

The financial information of consumers and online monetary transaction data is a soft target of cyber attackers for carrying out fraudulent practices. Therefore, minimizing the chances of payment fraud should be the key priority of businesses these days.
Cheque payments are not recommended due to the high possibility of data leaks, forgery, etc. Moreover, cheques reveal additional client information besides their bank account number; like names and addresses. Today, virtual cards, credit cards, and ACH payments are considered secure. However, several customers are reluctant to share their credit card information owing to safety issues. Nevertheless, with ACH, transactions are executed remotely without any need for giving out the financial information of customers.
ACH is the most secure payment option available as it offers high-grade security practices. ACH transactions pass through a clearinghouse that ensures the confidentiality of the bank account numbers of consumers. The clearinghouse also provides a recovery period of 60 days if there is any incident of fraudulent or erratic transactions.

Hassle-free Payment Transaction Management

The payment model streamlines payment transaction functions. Since banks are synced with the system, transaction record data gets automatically fed into the system without any need for human intervention. An electronic record gets created for each transaction made and the transaction history can be accessed at a later date using software tools for accounting, and financial management. This way, tracking expenses, and income become a breeze. Automation outshines manual data entry tasks as businesses can avoid involving extra resources and rule out chances of costly manual errors.

Bottomline:

ACH payment processing brings a lot to the table for business enterprises. It caters to all kinds of payment transactions including payroll deposits, bill payments, tax refunds, and retirement distributions. Any type of business, whether big or small, profits from the ACH model of payment processing. Moreover, if you are associated with a SaaS business model, there can be no better option than the ACH model of payment.
Remember to implement the ACH model as per the mandated standards and follow all security practices. Would you like to create a payment processing app but lack the necessary technical expertise or software resources? Well, it’s advisable to seek assistance from an experienced web and mobile app development company for establishing the ACH infrastructure and maintaining it.

Actionable Tips to Select the Best IoT App Development Company!

Actionable Tips to Select the Best IoT App Development Company!
iot app development services
IoT has evolved from an innovative concept to an essential component across diverse industrial domains like healthcare, transportation, etc. IoT adoption is growing in leaps and bounds and this trend is here to stay. IoT app solutions have become an integral part of modern-day business infrastructures and operations. The popularity of IoT-based smart home devices is also on the rise. Moreover, IoT is being integrated with other emerging technologies like Artificial Intelligence and Blockchain to optimize productivity and deliver unthinkable outcomes. As such, several entrepreneurs are investing in IoT app development.
However, IoT app development is not easy and its correct implementation requires professional expertise. That’s the reason investors and entrepreneurs are hiring professional assistance for executing IoT-based projects. Here as well, one needs to choose their IoT app development partner wisely to obtain the best results. This post provides guides you through selecting the right IoT app development company that best suits your project objectives. The post will help you understand what to look for in an IoT app development service based on your use case and the standard protocols and best practices needed for IoT app development.
Before we dive deeper, let’s take a quick look at how the IoT app ecosystem works.

Functioning Principle of IoT Applications

This is how an IoT apps functions:

Perception Layer: Connected Objects & Devices:

This layer comprises wireless sensors and connected devices like actuators that collect the relevant data by interacting with the environment. This data is finally transmitted to a centralized hub like a Cloud platform.
Here’s how IoT data collection takes place. Sensors monitor processes or environmental conditions, while actuators control them. Sensors can capture data related to the chemical composition of certain objects, conditions like the humidity & temperature of certain environments, an assembly line’s speed, a tank’s fluid level, a pipe’s water flow, movement of objects in a particular environment, etc. Actuators, perform real-time remedial tasks based on the conditions detected by sensors. These tasks include automatically switching off lights when the sun rises, turning off valves when the water level reaches the pre-defined mark, adjustments in the rate of flow of a liquid, controlling the movements of an industrial robot, etc.

Network Layer: Data Acquisition

In this layer, the data collected by IoT devices and sensors is compiled, converted to digital formats, and then routed over the network via internet gateways.
This is how the process works. Raw data gathered by sensors in the analog format are converted into a digital format to make the data ready for processing. A Data Acquisition System (DAS) aggregates data and formats it. The data is then sent to an internet gateway for further processing. Wireless or wired systems like cellular systems, WiFi, Ethernet, Bluetooth, NFC (Near Field Communication), etc. are used for this purpose.

Edge IT Systems: Pre-processing

The size of the data at this stage is huge. This is because data collected by several sensors simultaneously get consolidated in one place. This humongous data needs to be reduced before sending it to the Cloud or data center. Here, Edge IT systems come into the picture; data get pre-processed through analysis. Edge IT Systems employ ML algorithms for obtaining insights and visual technologies for presenting the data in an understandable format.

Data Storage: Cloud & Data Centers

The data gathered by multiple sources is stored & processed further in Cloud-based platforms like Microsoft Azure, AWS (Amazon Web Services), GCP (Google Cloud Platform), etc. for generating comprehensive insights. The data is visualized, thoroughly analyzed, managed, and stored securely in data centers.

Application Layer (UI):

This layer is the user interaction layer and delivers app-specific services to the end user. A backend system like the database or message queue handles the data. This data is visualized and interacted with through the UI of a mobile or web app.
iot app

Roadmap to follow while picking IoT App Development Services

iot app solutions

Check Portfolio and References

Before entrusting your project to an IoT application development company, you must understand how the enterprise operates and what outcomes can you expect from them. Also, you need to verify whether the firm has ample experience and expertise in IoT development, particularly in the specific category that your IoT project falls under. Therefore, it’s important to review the company’s portfolio and references from previous clients to determine their track record in IoT app development. A bit of research to find out the IoT app development company’s industry-specific certifications, the awards & honors received, etc. will prove beneficial. You can check out the firm’s website, and portfolio in business listing sites, blogs, case studies, etc. for checking on their IoT development capability.

A Dynamic & Competent Team

The IoT app development agency you shortlist for your project should offer a dynamic team of skilled & experienced professionals abreast with the latest IoT technologies and industry-specific market trends. The team should work collectively to deliver high-quality product development outcomes and strictly adhere to project delivery deadlines. The team members should possess sound problem-solving skills so that they can resolve any logistical or technical issue arising during the IoT app development process. Furthermore, the team should be able to communicate with you continually and keep you updated about the project whereabouts.
An ideal IoT application development team consists of the following resources. A project manager, a business analyst, frontend & backend IoT app developers, UI/UX designers, wireless communication experts, automation & system integration engineers, and security experts. If your IoT app development solution is large-scale and complex, having a data scientist within the team will be an additional advantage.

Flexibility & Approachability

Your IoT app development partner should be open to accommodate changes in the project’s scope or requirements whenever needed. The team should be responsive to any queries or concerns put forth by the client and be able to promptly address the same.

Infrastructure & Scalability Requirements

IoT app solutions handle huge chunks of data. Therefore, you need to check whether the IoT application development agency you are planning to partner with is capable of handling humongous data and scaling it based on the need.
Moreover, the company should have an IoT-friendly infrastructure and use the standard IoT tech stacks. The agency should be able to establish and handle the identity and integrity of the devices in the IoT ecosystem. Also, there should be privacy and security protocols to protect the devices and data right from the software developmental stage to the consumption phase including data security. Your technology partner must strictly adhere to all compliance requirements based on the use case.

IoT-Specific Skillsets

IoT devices need to be connected to the internet and mostly depend upon low-power networks like LoRaWAN, Zigbee, etc. So, IoT app developers should be well-versed in creating low-power designs and optimizing a device or app for power consumption. They should have knowledge about networking protocols and technologies like Bluetooth, WiFi, IP/TCP, etc. Familiarity with Cloud computing services and platforms is also desirable.
IoT Developers need extensive knowledge about the tools for data visualization and data analytics so that they can effectively process and analyze the data obtained from IoT devices and present it in a meaningful way. Developers should know how to handle the communication taking place between IoT devices, gateways, and cloud services. They should be well versed in programming languages like Java, JavaScript, Python, C, C++, etc., and familiar with IoT platforms like Azure IoT, AWS IoT, and Google IoT. Other IoT developer skillsets include expertise in working with embedded OSs like FreeRTOS & Linux, and microcontrollers; IoT protocols like CoAP, HTTP, and MQTT; data management tools and databases like NoSQL, SQL, & Apache Kafka.
The effective functioning of an IoT app ecosystem involves sound coordination between hardware and software components. The hardware components are the sensors and devices used for obtaining data while the software components are algorithms and software programs used for data processing & analysis. So, the IoT app development company you select must have proficiency in software as well as hardware development so that they can design and implement IoT solutions effortlessly. Also, developers need to know the standard methodologies of how to interface with the connected devices present in the IoT network like actuators & sensors.

Adherence to Robust Security Practices

IoT devices involve the collection and transmission of sensitive data. So, they need to adopt robust security measures to protect the data and the communication information that is being exchanged between IoT devices and the Cloud platform. As such, IoT Application Development services must have knowledge of third-party security tools. They should also be well versed in the IoT security best practices and be able to implement them effectively.
Take a look at some of the IoT security best practices. Recommended practices for data & device security include authentication, encryption, secured firmware updating mechanisms, access controls, the secure boot technique, and secure communication protocols, like MQQT & HTTPS, etc. Practices like regular monitoring and logging of the device’s activity are helpful in detecting and addressing security breaches. Also, the IoT development service must have a disaster recovery plan ready to tackle the worst security breach scenarios.

Post-launch Support and maintenance

The IoT technology is ever-evolving and so, IoT software development solutions need to be updated periodically to stay relevant as per the latest trends. Moreover, the IoT app architecture is quite complex and prone to security threats. Hence, IoT solutions might come across bugs or functional issues at the initial stages just after the app goes live. And, needless to say, such issues need to be resolved timely so that your end-user’s app experience doesn’t get affected and your brand’s reputation stays intact.
Also, IoT devices & apps are soft targets for hackers and need continuous monitoring to identify security vulnerabilities. There must be a workable plan to handle data breaches and security lapses. These are the reasons why post-launch support and maintenance is a crucial pre-requisite to look for while you are selecting an IoT application development company.

Final Thoughts:

IoT development is a complex process and comes with loads of demanding requirements. So, selecting the right IoT app development company for your upcoming project is necessary to avoid any unwanted surprises and rework down the line.
I hope this post has provided you with clear insights on the prerequisites to entirely design, develop, test, deploy, and maintain an IoT solution. The IoT development service selection strategies mentioned in the post will help you to choose the right technology partner for your upcoming IoT project.