Austin Sensing Raises $11M Seed for Airspace Sensors

Austin Sensing Company's new factory puts component manufacturing on the same Austin floor as the people developing its sensing systems. The 20,000-square-foot facility will support a business trying to give public-safety and defense operators a more coherent view of the airspace, while taking responsibility for more of the equipment that produces it.

On October 15, Austin Sensing Company announced an $11M Seed round led by Bow Capital, with Bling Capital, Draper Associates, mark vc, GTMfund, Ensemble VC, and others participating. The company reports $15M in cumulative funding and plans high-volume radar and acoustic production in 2027. Its expansion follows deployments that have already put the team in contact with the people expected to use the systems during actual operations.

A manufacturing plan behind the sensing business

Co-founder and CEO Tucker Dordevic described the financing and factory move in an announcement shared by the company. The current $11M round is the new capital event; the reported $15M figure includes earlier financing. A previous GTMfund-led pre-seed, announced under the Oureon name, was disclosed at $3.5M. Those figures come from different announcements and use different precision, so the cumulative headline should remain a reported total rather than an exact reconciliation assembled from rounded numbers.

The current leadership page identifies Tucker Dordevic and CTO Isaac Duke as co-founders and dates the company's founding to 2025. Tucker Dordevic brings aerospace and defense investment-banking experience; Isaac Duke is an aerospace engineer and software architect. Their product ambition joins physical equipment, the interpretation of its signals, and the application an operator actually uses.

Taking that combination into a factory changes the founders' operating agenda. More control over components can make a design easier to revise, while also giving the manufacturer more work to organize, test, and reproduce. A supplier making that choice has to connect engineering decisions with what its production team can repeatedly deliver. The new capital accompanies that expansion in responsibility, with no publicly verified valuation or investor check sizes to turn it into a more elaborate financing story.

An airspace picture has several kinds of evidence

Austin Sensing Company's Sensing Stack brings together radio-frequency, acoustic, and radar sensing with software for correlating information. Its product lineup includes RF AS, Acoustic AS, Radar AS, and the combined Tower AS. Operator AS provides the software view, including threat prioritization, alerts, and event records, while an open API is intended to connect the system with other platforms.

That integration addresses an ordinary purchasing problem inside a technically difficult market. A public-safety team needs information it can interpret during a mission; each additional supplier can introduce another interface, support relationship, and explanation for an inconsistent result. Bringing more of the system under one company gives the buyer a clearer place to direct that conversation. Whether the product delivers useful awareness still depends on the actual deployment and the maturity of each component.

The maturity distinction is important here. RF systems are already being used, while the radar and acoustic systems remain in development and testing, according to the founders' direct interview with Tectonic. The official Radar AS listing also states that FCC authorization has not yet been obtained and that the device cannot be offered for sale or lease until it is authorized. Planned 2027 production belongs in the roadmap; it should never be presented as equipment already available at volume.

Public safety gives the factory a demanding audience

Tucker Dordevic reports that systems have been deployed with more than 40 organizations across police departments, fire departments, military units, universities, and professional sports. That is company-reported deployment evidence, rather than an audited revenue figure or a count of paid military contracts. The mix is useful because it shows the commercial problem reaching beyond a single procurement channel.

Austin Sensing Company names the Oregon Department of Forestry, St. Lucie County Sheriff's Office, and Martin County Sheriff's Office among its users. In a customer account published on the supplier's site, Oregon's aviation coordinator describes moving beyond visual reports of drones in firefighting airspace. The company also describes sheriff's-office use cases involving awareness of both drones and crewed aircraft. These are attributed examples of use, with no independent financial or performance audit attached.

For the manufacturer, those relationships can give a product revision a specific destination. A team working around firefighting aircraft may care about setup, useful alerts, and what the equipment shows in the field. Engineers have to translate that operating feedback into choices that can survive the next production run. The same discipline becomes relevant as ASC develops more sensor types: adding another stream of data also adds work for whoever must make sense of the combined picture.

The next hires join both engineering and production

Austin Sensing Company's careers page emphasizes ownership, demanding technical work, and contact with operators in the field. Tucker Dordevic's funding announcement identifies engineering, manufacturing, sales, and operations as hiring areas at the Austin factory. The published opportunities describe the company building its operating capacity alongside its product range, with the current official job board providing the place to check individual openings.

That is an important commercial detail for a sensing supplier. Selling an integrated system carries an expectation that the company can support the whole deployment, understand how the parts interact, and incorporate lessons into later hardware and software. The people joining the factory will help determine how closely those responsibilities remain connected as output grows.

The factory gives Isaac Duke's engineering work a route into components the company intends to manufacture itself. It also gives the next field report somewhere to land: an Austin team deciding what to change, what to test again, and what to build into the sensors headed toward the next operation.