Nigerian-American engineer Yinka Ogunbiyi is attracting international attention for developing Halo, a robotic hair-braiding assistant designed to accelerate one of the most time-consuming services in the beauty industry. The technology, developed by her startup HaloBraid, can perform repetitive braiding movements up to five times faster than human hands, according to the company.
The innovation has gained attention on social media following demonstrations of the device working alongside professional hairstylists. According to a report published by YEN.com.gh on October 28, 2026, HaloBraid has raised $7 million in seed funding and reportedly attracted more than 7,000 salons to its waitlist.
The Hair-Braiding Robot is designed to work with stylists rather than replace them, combining human expertise with automated weaving to shorten appointments. The HaloBraid Startup says the technology could reduce overall braiding time by approximately half.
Yinka Ogunbiyi’s Hair-Braiding Robot Was Inspired by Four Days of Braiding
The idea behind Halo emerged during the COVID-19 lockdown when Ogunbiyi was living in London and unable to visit a hair salon.
She spent four days braiding her own knotless braids, an experience that exposed the amount of time and physical effort required to complete the hairstyle.
For Ogunbiyi, who had previously worked on smart kitchen appliances and Internet of Things devices, the experience became an engineering challenge.
She began exploring how robotics could handle the repetitive movements involved in braiding while preserving the stylist’s control over the finished hairstyle.
The resulting Hair-Braiding Robot was developed through HaloBraid, which she co-founded with David Afolabi.
Ogunbiyi has a background in biomechanical engineering and holds a joint master’s degree in engineering and business administration from Harvard University, according to the published report.
Her technical background contributed to the development of a device designed for practical use in salons, where speed must be balanced with precision and the quality of the finished hairstyle.
“Time is precious. Halo gives that time back,” Ogunbiyi said, explaining the motivation behind the technology.
The HaloBraid Startup is positioning its invention as a way to address the long hours associated with protective hairstyles, particularly braiding services that can occupy much of a stylist’s working day.
How the Hair-Braiding Robot Works Alongside Professional Stylists
Halo is described by its developer as a patented braid-assist robot that performs part of the braiding process while leaving important preparation and finishing tasks to a human stylist.
The process begins with the stylist parting and sectioning the client’s hair before creating the anchor knot that establishes the foundation of each braid.
Once the braid has been started, the robot takes over the repetitive weaving required to extend it along the hair’s length.
According to HaloBraid, this stage accounts for approximately 80% of the physical braiding work.
The stylist then detaches the device and completes the remaining tasks, including sealing, trimming and styling the braid ends.
The Hair-Braiding Robot is therefore a collaborative device rather than a fully autonomous hairstyling system.
HaloBraid says its automated weaving mechanism operates up to five times faster than manual braiding, potentially reducing total appointment times by about 50%.
These two performance figures describe different measurements. The fivefold speed claim applies to the automated weaving process, while the estimated reduction in appointment duration covers the overall salon service.
The claims come from the company and should not be interpreted as independently verified performance results across every hair type, braid length or salon setting.
The technology’s practical value will depend on how effectively it performs during everyday salon operations.
Don’t Miss This:
HaloBraid Startup Raises $7 Million in Seed Funding
The HaloBraid Startup has reportedly secured $7 million in seed funding to advance the commercial development of its robotic braiding technology.
The investment round was led by Seven Seven Six, the venture capital firm founded by Reddit co-founder Alexis Ohanian.
AlleyCorp and Bling Capital were also identified as investors in the company.
The funding represents a significant development for a startup operating at the intersection of beauty services, robotics and consumer technology.
It provides financial backing for the company’s efforts to bring Halo into professional salon environments.
However, the published report does not provide HaloBraid’s valuation, the individual amounts invested by each participating firm or a detailed allocation of the funding.
The investment should therefore be understood as reported seed financing, without assumptions about the company’s revenue or profitability.
The funding also reflects investor interest in applying automation to services that have traditionally depended heavily on manual work.
Unlike industrial robots used in manufacturing, Halo is intended to operate in a personal service environment where the professional stylist remains directly involved.
This approach places the HaloBraid Startup within a category of technology businesses seeking to improve service delivery through collaboration between people and machines.
More Than 7,000 Salons Reportedly Join HaloBraid Waitlist
HaloBraid has reportedly attracted more than 7,000 professional salons to a waitlist for its technology.
The figure suggests substantial early interest among salon operators seeking ways to reduce appointment durations and manage the physical demands of braiding.
Traditional braiding appointments can take between six and 12 hours, according to figures attributed to the company.
HaloBraid also estimates that some appointments cost between $200 and $300, with clients returning every six to eight weeks for similar services.
These estimates are not universal prices or appointment schedules and may differ considerably across locations, hairstyles and salons.
For stylists, shorter appointments could create opportunities to serve more clients or reduce the time spent performing repetitive movements.
For customers, the potential benefit is a shorter salon visit without removing the professional involvement required to prepare and finish the hairstyle.
The Hair-Braiding Robot is intended to address both sides of that experience.
Nevertheless, a waitlist does not establish that 7,000 salons have purchased, installed or begun using the device.
The report also does not specify the number of robots manufactured or commercially deployed.
HaloBraid has indicated plans to introduce the technology through salon partnerships during the autumn of 2026, although the supplied report does not confirm a completed rollout.
No official purchase price or salon subscription fee was disclosed.
HaloBraid Startup Seeks to Preserve the Human Braiding Experience
A central feature of HaloBraid’s approach is its decision to retain the hairstylist’s role throughout the process.
The stylist remains responsible for preparing the hair, establishing each braid and completing the final appearance.
The robot performs the repetitive weaving between those stages.
This division of work is important because professional braiding involves more than repeating a mechanical movement.
Stylists make decisions about hair sectioning, tension, appearance and the customer’s preferences.
HaloBraid’s design acknowledges those responsibilities by positioning the device as an assistant.
“I don’t think anything will get lost from the experience. If anything, it enriches it,” Ogunbiyi said.
Her comments address a concern often associated with automation: the possibility that technology could reduce the human element of a service.
In Halo’s case, the company argues that automation can reduce repetitive work while allowing stylists to concentrate on the parts of the service that require professional judgment.
The HaloBraid Startup has not, however, published sufficient information in the supplied report to establish how the technology performs across all protective hairstyles or different salon conditions.
Its broader commercial effectiveness will become clearer as more professionals gain practical experience with the device.
Hair-Braiding Robot Attracts Positive Reactions on Social Media
The Hair-Braiding Robot has generated attention following the circulation of demonstration videos on social media.
Pulse Nigeria shared footage on Instagram showing the device working alongside a stylist, prompting reactions from viewers interested in the technology.
Several commenters praised the invention for its potential to reduce the time involved in braiding.
One Instagram user, identified as josepherinle, described the innovation as something women had been waiting for without necessarily recognising the need.
Another commenter, chikkyfoodsafe, welcomed the device from the perspective of a parent who braids two children’s hair.
Other reactions focused on the collaboration between the stylist and the robot, highlighting the appeal of a technology that performs part of the work without taking over the entire service.
The responses reflect enthusiasm among some social media users, although they do not establish broader consumer adoption or independently confirm the company’s performance claims.
The demonstrations have nevertheless introduced HaloBraid to a wider audience beyond the professional salon industry.
For Ogunbiyi, the attention also places her engineering work within conversations about African innovation and the development of technology for everyday services.
Hair-Braiding Robot Could Change How Salons Manage Appointments
Braiding is a labour-intensive service, and the time required for individual appointments can influence how salons organise their schedules.
The Hair-Braiding Robot is designed to reduce the duration of repetitive weaving, potentially allowing stylists to spend less time completing each braid.
If HaloBraid’s reported performance translates into routine salon use, the technology could affect appointment planning and the number of clients a stylist can accommodate.
However, increased service capacity would not necessarily translate directly into higher earnings.
Commercial outcomes would depend on the device’s price, maintenance requirements, operating costs and the demand for braiding services.
Salon owners would also need to assess staff training and how the device fits into existing workflows.
The company has not announced a public price for Halo, making it difficult to calculate the cost of adoption or the potential return on investment.
These questions will become important as the technology moves from demonstrations towards wider commercial use.
The innovation’s significance lies in its attempt to automate a repetitive component of a culturally established beauty service while retaining the professional stylist’s contribution.
What This Means For Africa
Yinka Ogunbiyi’s work highlights the potential for African innovators and professionals of African heritage to develop technology addressing familiar consumer needs.
The HaloBraid Startup is tackling a practical challenge within the beauty industry by applying engineering and robotics to the time required for hair braiding.
Protective hairstyles, including braids, are an important part of haircare services in many African communities and across the African diaspora.
The technology is therefore relevant to an industry with strong cultural connections to Africa, even though the company’s reported commercial plans are not limited to the continent.
For African entrepreneurs, the development demonstrates how everyday experiences can become the starting point for technology businesses.
Ogunbiyi’s experience of spending four days braiding her own hair led to an engineering concept that has reportedly attracted $7 million in investment.
The Hair-Braiding Robot also illustrates an approach to automation that retains human expertise instead of attempting to eliminate it.
That distinction matters in service industries where customer experience and professional skill remain important.
The reported waitlist of more than 7,000 salons suggests interest in the concept, but the eventual scale of adoption will depend on pricing, accessibility and real-world performance.
For African salons, affordability and technical support would be important considerations if Halo becomes available in local markets.
The supplied report does not confirm a launch in Nigeria, Ghana or any other African country, and it does not identify local distribution partners.
It would therefore be premature to suggest that African salon operators can already purchase the device.
The HaloBraid Startup remains an example of how technological innovation can emerge from problems associated with daily life.
As the company pursues commercial deployment, attention will turn to whether its robotic system can deliver consistent results in professional settings.
For Africa’s innovation ecosystem, Ogunbiyi’s achievement demonstrates the commercial interest that can emerge when engineering expertise is applied to an established service industry.
Don’t Miss This:
Image Credit: Pulse Nigeria
