Humatics first introduced its KinetIQ product line at IMTS in Chicago back in September 2018. Since this past fall, our engineers and manufacturing teams have been working hard to scale up delivery for the first industrial-grade, ultra-precise 3D microlocation system to customers in port, manufacturing and logistics industries later this year.
At Humatics we love working with academic and R&D customers, and we especially love witnessing their contributions advancing the field of Ultra Wideband (UWB) radio technology. With that in mind, we're excited to announce our new SCHOLAR line of UWB radio microlocation and radar products. Our Lab and Development packages are ideal for undergraduate labs but powerful enough for grad students and professors to conduct serious research.
As an electrical engineer and professor of aerospace engineering, I have intimate knowledge of the core technologies that go into GPS: signaling, RF propagation, and spread-spectrum coding among them. Yet I still see GPS as a miracle — that something as complex as it is, with so many interacting parts, works as reliably and precisely as it does. It enables us to navigate nearly all over the earth, at high update rates, with ten-meter precision, thanks to the enormous sponsorship of the US Department of Defense.
- Led by Tenfore Holdings, oversubscribed round brings the company’s total financing to more than $50 Million
- Expands operational capacity to target beachhead markets in manufacturing, warehousing, and commercial ports
- Growth includes opening of state-of-the-art HQ in Waltham, Massachusetts
Topics: Press Release
The end of 2018 marked the 50th anniversary of Apollo 8 — the stunning mission to send astronauts around the moon in preparation for the lunar landing seven months later. An excellent documentary on PBS’s NOVA, (based in part on my book Digital Apollo) captured the risky nature of the mission, NASA's bold decision to leap several steps ahead in the space race (winning it), and the importance of the digital computer as a partner to the crew.
Flexible factories, automated ports, and smart warehouses are leaving a great deal of value on the table: the full promise of productivity gains and cost savings won’t be achieved until we blast through the limitations of legacy navigation.
Topics: Spatial Intelligence Platform
Nothing illustrates the benefits of precision navigation better than the New York City subway system — colloquially known as the MTA. More than a century old, the subway system is on the verge of collapse under multiple burdens, including mismanagement, increased ridership and underinvestment in infrastructure. At more than a billion dollars per mile, building new track is mostly out of reach. The MTA has estimated that replacing its signaling system could take fifty to a hundred years!
It’s a thrill today to announce that our company, Humatics, has just acquired 5D Robotics and its subsidiary, Time Domain, radically accelerating the Humatics vision to enable more fluid interactions between people, robots, and infrastructure. Locate, navigate, collaborate.
In this world of boundless information, we still don’t really know where anything is. Yes, GPS is a miracle and can locate you on the face of the earth, but only within a box several meters large — about the size of a two-car garage. Even so, GPS created its own reality and a host of applications that were inconceivable before it — from personalized weather reports to catching rides via Uber. The catch? It doesn’t work indoors and often can’t tell which side of the street you’re on.