The Colombian integrator grew by following its customers across borders. Now it is selling a harder promise: making the networks, security systems and people behind critical infrastructure work together.
A water level, a missing buoy, a glacier’s temperature: Ground Control makes a business of getting small, consequential messages out of places ordinary networks cannot reach.
A truck leaves, and the costs keep moving. Microlise connects drivers, deliveries and dispatchers - and its own setbacks show how much now depends on that connection.

After three decades selling software, telematics and transformation, Jeff Westover has arrived at Geoforce with a deceptively plain mission: make invisible equipment visible, then make the market understand why that matters.

Before factories could talk about AI agents, Ben-Assa was helping them locate glass carts, mine equipment and missing minutes. His career is a study in making invisible industrial problems legible - and then useful.

For more than two decades at NI, the aerospace engineer turned product marketer has followed one stubborn idea: the best way to explain a machine is to measure something people already care about.
A roll of carbon fiber can expire, a tool can vanish and one late machine can scramble the week. Plataine built an industrial decision layer for exactly that mess - and its best evidence is measured in saved material, recovered hours and fewer wrong cuts.
The Plano company built a business around an unglamorous problem: expensive equipment keeps moving, paperwork lies, and cell service disappears. Its answer is hardware tough enough for the field and software that makes every reliable ping useful.
The Fort Mill company is stitching cameras, sensors and wireless links into one operating layer for remote sites - a useful idea whose economics depend less on magical AI than on good placement, clean signals and humans who still make the call.
Wind River put an operating system on Mars, watched it stumble, and helped patch it from Earth. Four decades later, its business still rests on the same promise: make complicated machines behave when the deadline is literal.
Ray Ozzie’s latest company turns the messiest parts of industrial IoT into a small module and a JSON request. The payoff is speed; the tradeoff is that Blues works best when machines whisper useful data, not when they stream the world.

He spent a career watching useful infrastructure disappear behind expert-only interfaces. Portainer is Neil Cresswell’s long campaign to put the controls back where ordinary operators can reach them.

Before factory AI can sound clever, someone has to connect the old machines, clean up the records and prove the software pays. Vinay Nathan built Altizon around that less glamorous - and more useful - work.

The Elevāt co-founder spent years listening to machines and the people who repair them. Now, with a $12 million Series A and Europe in view, he is turning industrial data into something a technician can actually use.
Factories do not need another grand digital-transformation promise. They need to know why Line 3 stopped at 2:17 p.m. Guidewheel built a business by making that answer fast, legible and useful on machines old enough to collect a pension.
The Auckland company started by taking the migraines out of Docker. Its bigger business is selling operational control to teams that cannot afford to make every employee a Kubernetes expert.
A $99 screen-free gadget for children found its real market in hotel corridors, stadium kitchens and factory floors. Relay’s second act is a useful lesson in letting an unexpected customer rewrite the pitch.
Most venture firms write checks and wait. Invenshure hires the scientists, licenses the patents, and builds the company itself - one hard problem at a time.
The Seattle startup wires up off-highway equipment - tractors, cranes, fire trucks - and hands technicians an AI that reads the machine's mind before anyone opens the panel.
A Princeton-and-Pune software company spent a decade wiring up shop floors. Now it is betting the most useful worker in the plant will be a piece of software you can talk to.
Hospitals, utilities and microgrids were full of useful machines that could not share data. Blue Pillar found a practical business in connecting the awkward old stuff - often in days, sometimes for a few thousand dollars - and became part of Generac in 2022.

The SiteWorx CEO learned the business from installation sites upward. Now he is betting that the most useful climate technology may be the kind a facility manager can see, measure and switch off.

Before factory software, Brad Bullington worked through disk drives, LEDs and open networks. At Amper, that career became a playbook for turning stubborn physical systems into useful data.
Waites has planted more than half a million sensors across six continents, listening for the faint mechanical clues that precede expensive failure. The clever part is not merely hearing the warning - it is turning that signal into a repair someone can actually make.
It started in 1903 with a $1,000 bet on a better motor controller. A century later, Rockwell Automation runs the machinery behind cars, medicine and microchips - and is quietly wiring the factory floor into the cloud.
It is not the household name behind your car, your MRI machine, or your factory floor - but the outsourced engineering brain that helped design them just might be.
The 1910 mining-repair shop that quietly became the backbone of the world's power grids and railways is now betting its next century on AI you can touch.
The connected world runs on a mess of SIMs, carriers, invoices and national rules. AIRLINQ wants to turn that mess into one control panel - and make every connected car, meter and machine easier to operate as a business.
A Singapore startup wants to be the 'Fitbit for machines' - snapping cheap sensors onto any factory line and turning decades-old equipment into a live data feed in days, not months.
Ackcio is a Singapore deep-tech company that builds reliable wireless data acquisition systems for industrial monitoring. Its flagship Ackcio Beam platform uses a patented long-range, self-healing wireless mesh network to connect geotechnical and structural sensors on construction sites, mines, dams, rail lines and other infrastructure - replacing manual readings and fragile cabling with automated, real-time data that works even underground and off the grid.