A construction schedule can be beautiful. Rows line up. Dates behave. Every task knows its place. Hassan Albalawi has built his career around what happens when that orderly document encounters a working site, where people need tools, contractors need answers, and yesterday’s assumptions have acquired a rather inconvenient interest in becoming today’s problems.
His early explanation of WakeCap was pleasingly modest. If workers spend too much time walking to the tools, put the tools nearer the workers. A helmet sensor could help reveal that journey. The useful result might be a better location for a tooling area, rather than another demand that everybody walk faster.
For an electrical engineer with a doctorate, this is a refreshingly ordinary thing to notice. It also helps explain Albalawi’s progression from making connected helmets to buying companies that handle field delivery, industrial operations and construction planning. The underlying question has grown: how can the people running a project get a clearer account of the day actually being worked?
The long way from Tabuk
Albalawi was born and raised in Tabuk, in northern Saudi Arabia. He is the eldest of 14 children. His first journey on an airplane came as a teenager travelling to the United States for his education, with limited English. Before he had a company spanning countries, he had the considerable task of learning his way around one.
He earned bachelor’s and master’s degrees in electrical engineering at Widener University. Doctoral study brought him through Carnegie Mellon and Duke. At Duke, he completed his PhD in electrical and computer engineering in 2018. The company he was building had already begun: WakeCap’s founding dates to 2017.
The overlap matters. His public engineering biography describes research into low-power machine-learning algorithms running on chips. That work concerns the discipline of doing useful computation within a small device’s constraints. A construction helmet offers a distinctly less forgiving setting than a demonstration desk. The technology has to make sense while somebody is occupied with a job.
There had already been a public test of his ability to turn an idea into an invention. In 2015, he appeared in the seventh season of Stars of Science, the Qatar Foundation television competition, and finished third. Television furnished an audience as well as a ranking. Viewers later approached him about their own interest in studying science and technology.
The contestant became a founder, carrying an invention into a different sort of examination. On a site, attention must be earned through usefulness. Nobody gets extra time in the shift because an engineer has an interesting explanation.
A shorter walk to the tools
In March 2018, WakeCap was preparing to test its prototype with construction companies in Dubai. Its pitch was straightforward: workers wore a familiar helmet with technology integrated into it. Information about attendance, location and activity could reach the site team without requiring the worker to connect to an app.
Albalawi’s tooling-area example brought the idea down to ground level. A repeated journey across a site can be read as information about how the site is arranged. Moving equipment closer may give people more time for the work they came to do. The observation gives managers something specific to change.
This is a useful way into his personality as a builder. His examples concern the friction around the work. The sensor is valuable when it helps someone understand that friction and make a decision. The example also leaves room for a change that is reassuringly tangible: a different arrangement of equipment. After all the computation, a project team still gets to solve a problem by moving something. The hard hat supplies a place for the electronics; the question supplies a reason for them to exist.
The argument worth having
Engineering could produce a prototype. Making a company required other people. Ishita Sood joined Albalawi in 2017, accepting a co-founder role before WakeCap was formally established and when the opportunity could not initially offer a salary. Their working relationship began on trust.
Their subsequent account of the partnership included disagreements and the willingness to return to them after thinking. Sood described a founder who listened to employees and was open to discussion. Albalawi spoke about accepting uncertainty rather than treating an argument as a contest to be won.
“we have to admit that we don’t know”
Hassan Albalawi, on working through disagreement, 2019
That admission has a practical use in a young company. A person can hold an engineering degree and still be encountering incorporation, hiring, sales and partnership decisions for the first time. Allowing another person to question the answer gives the business a better chance of improving it. An impressive qualification remains a poor substitute for a second opinion.
Learning to sell something you can hold
Hardware supplied its own business education. In 2018, Albalawi was in San Francisco seeking investors willing to back a hardware startup. WakeCap’s commercial offering included a software subscription for each connected worker as well as the physical helmet technology. Explaining the business meant bringing those pieces together.
By 2019, Albalawi had been selected for MIT Technology Review’s MENA Innovators Under 35. His recognition placed him in computer and electronics hardware. The description joined his research background to a business serving construction, an industry where the device’s usefulness must survive deployment beyond the laboratory.
He also learned to talk about adoption as part of the work. In 2022, he described construction as cautious about new technology, with limited research budgets and difficulty scaling solutions across different sites. A product can make sense in principle and still be difficult for an organisation to adopt widely.
That is a less glamorous responsibility than invention, but a substantial one. Each site brings its own teams and conditions. Albalawi’s emphasis on helping clients with adoption acknowledges the human work between agreeing that technology is useful and making it useful across a project.
More people around the table
In July 2024, WakeCap acquired Crews by Core, bringing an AI-powered project delivery platform into the company. Its co-founder Di-Ann Eisnor had previously led US operations at Waze. The transaction also came with plans for a Silicon Valley research and development headquarters.
For Albalawi, the appeal included a team with experience building technology platforms. The product combination joined automated field data with tools for lookahead scheduling, communication and financial risk assessment. Information collected from a site could sit closer to the decisions about how its next stretch of work would proceed.
Another connection that year involved EarthCam. The partnership set out to combine camera-based visual data with WakeCap’s connected-worker information on Saudi construction sites. It added a different view of the same physical place. Attendance and location records can answer some questions; images can help teams examine others.
These connections widened the business around Albalawi. The founder’s original engineering expertise remained relevant, while the company gained colleagues and partners working on delivery software and visual monitoring. A construction project contains enough different questions to make collaboration a fairly sensible habit.
A working day, counted millions of times
At the Future Investment Initiative in October 2024, Albalawi said WakeCap was overseeing more than 100,000 workers across three countries. His discussion of the conference centred on meeting entrepreneurs, investors and potential partners, with international expansion among the opportunities being explored.
In May 2025, WakeCap closed a $28 million Series A led by UP Partners, with Graphene Ventures and other investors participating. At that stage, the company reported more than 150 million labour hours tracked and deployment across $80 billion in active projects, including Aramco, NEOM, Qiddiya and King Salman Park.
May 2025
Reported June 2026
Reported June 2026
By June 2026, WakeCap put the value of active projects using its platform above $120 billion. Those figures describe the projects served, rather than the company’s revenue or Albalawi’s personal wealth. They show how far the setting had expanded from early prototype discussions: his company’s tools were now being used amid substantial construction programmes.
The schedule meets the site
Growth brought another extension of the original question. In November 2025, WakeCap acquired Brazil’s Trackfy. Along with a presence in Latin America, the acquisition added capabilities for industrial operations and maintenance. A facility still requires coordination after the construction crews finish. The working day continues, with a different set of tasks.
Then came Frontline, acquired in June 2026. Founded by Luis Martinez and Ricky Ding, it develops AI construction planning software that lets teams simulate schedules and examine activity sequencing and resource allocation. WakeCap’s field information and Frontline’s planning tools address adjoining parts of the project.
“It’s the drift between the plan and what happens on site.”
Hassan Albalawi, describing the problem behind the Frontline acquisition, June 2026
The ambition is to make project controls more predictive: use an account of actual execution to improve decisions about what comes next. Albalawi followed the acquisition with a July LinkedIn article explaining why WakeCap had bought a planning company. The move gives his interest in visibility a consequence beyond reporting what has already happened.
His 2026 inclusion in the BuiltWorlds Mavericks 50 highlighted time spent on job sites, understanding how they operate. That detail belongs beside the doctorate and the funding round. For all the software now gathered around his company, Albalawi’s work still depends on paying attention to the place where the plan is being tested.
The walk to the tools remains a good place to end. A sensor helps show a journey. A person asks whether the journey needs to be so long. A manager can move something. Albalawi’s larger ambition carries that same sequence into planning: give teams a better view, and let the next decision benefit from it. The schedule might even become less surprised by Monday.