What is a machine customer? A machine customer is a non-human entity that autonomously engages in transactions, like purchasing goods and services. Unlike traditional automated systems, machine customers do not strictly follow predefined rules. Instead, they can…
In this article, we'll examine the future of machine customers and the potential impact they could have. First, let’s compare humans and machines.
There are great benefits to having machine customers rather than, or in addition to, human customers. Some of the traits that make this tech different include:
The presence of machine customers is already noticeable. Screen scrapers, initially used to extract data from web pages, are early example of this technology.
As technology evolves, these forms will become more sophisticated — and more bots and other frameworks capable of interacting with digital platforms will be developed. Thus, businesses must adapt to cater to these non-human customers, which might involve providing application programming interfaces (APIs) for more efficient interactions.
Some prognosticators believe machine customers will have one of the greatest impacts on economic transactions among all emerging technologies by the end of the decade.
ZDNet suggests that machine customers will account for staggering trillions of dollars in revenue by 2030. Meanwhile, Gartner reports that CEOs expect up to 20% of their companies’ revenue to come from machine customers by 2030.
(Related reading: a global look at IT spending today.)
Gartner suggests there will be three phases of machine customers:
Major technology corporations are laying the groundwork for the rise of machine customers. The necessary technologies —IoT and AI pattern recognition — are already in place. These technologies will be central to creating a machine customer economy, revolutionizing digital commerce, and creating new market spaces far beyond the complexity that traditional business models can handle.
Google Trends shows a clear rise in interest in the phrase “machine customers” over the past year or two, while “custobots” remains basically unused. Google Trends data is relative and represents search interest over time — there is always a “100” value, which is the peak of interest. Here, the value is 61.
Source: Google Search Console, 1/31/2025
Gartner publishes various hype cycles throughout each year. Machine customers appear frequently in different hype cycles since 2021. Particularly, it seems mostly to be found in the Innovation Trigger phase at this point. While very few technologies move all the way from Innovation Trigger to the Plateau of Productivity, it's quite possible that machine customers are able to achieve this distinction.
Regardless, with the recent popularity of ChatGPT and other Large Language Models, it’s almost certain that machine customers will rise to the Peak of Inflated Expectations (and further grow in search interest as a result).
The August 2023 Gartner Hype Cycle for Supply Chain Strategy has machine customers positioned in the Innovation Trigger phase, just ahead of the Digital Twin of a Customer and Generative AI.
Notably, the most recent version of the Hype Cycle for Emerging Technologies Highlights Developer Productivity, Total Experience, AI and Security — published in August 2024 — bumps machine customers into the Peak of Inflated Expectations.
It will be interesting to continue watching machine customers move in and out of these and other hype cycles and potentially into further phases in the coming years.
So, why is this tech concept hanging around for the last few years? How can we start using machine customers? Let’s look at the common business functions of sales, marketing, and data analysis.
Machine customers collect and analyze data on the behavior, interests, and preferences of human customers. They then use:
This technology incorporates virtual assistants (VAs) and chatbots that provide real-time sales support. It can also notify customers of upcoming events, discounts, and promotions.
Machine customers generate high volumes of data in real time. Thus, data analysis departments need to prepare to process large datasets of real-time data.
On top of that, as more unstructured data is generated from areas like AI, voice, and chatbot conversations, more advanced AI models for analysis are needed. With automation, analysts' roles will shift from data collection to interpreting and making decisions based on AI-generated insights and ensuring compliance with data protection regulations.
There are three major concerns when it comes to machine customers.
Incomplete or biased data. Machine customers' algorithms are trained on data. If the data is incomplete or biased, it may lead to algorithms generating discriminatory or unfair outcomes — and they are not accountable for their decisions. For instance, machine customers are not accountable for poor purchasing decisions that they may make or any manipulation of consumer behavior.
Data privacy and cybersecurity. Another concern is that AI systems collect and analyze personal and transactional data. Cyberattacks could target this data, increasing the risks of identity theft and unauthorized transactions.
Lack of transparency in machine decision-making. The "black box" issue is a common concern in machine learning models. Machines make decisions without explaining the reasoning behind those choices or the data they're using. When users don't have visibility into how the machines produce results, they might not feel confident in the fairness or accuracy of the outcomes.
The decision-making process changes when AI models are updated, modified, or retrained on new datasets. Maintaining transparency consistently is challenging.
The development of machine customers is reaching a tipping point, driven by the need to free humans for more valuable tasks and the capacity of technology to support this shift. This evolution demands that business strategists view the rise of machine customers as an inevitable trend and plan accordingly.
The potential for improved efficiency and smarter purchasing decisions points to a future where this technology plays a pivotal role in shaping market dynamics and consumer behavior.
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