Among the space and satellite patents issued by the U.S. Patent and Trademark Office this week, Urugus S.A. was the most active single assignee, with two grants dated within the window. On 16 June 2026 the company received US12657907B2, covering a "planet observation system and method for remote sensing," and on 9 June 2026 it received US12652160B2, an "anonymous, authenticated and private satellite tasking system." A third closely related grant, US12645711B2 on dynamic order and resource management for geospatial information, issued 2 June 2026, just outside the window. Three issuances in a two-week span sit on top of an issued U.S. footprint that the patent record places at roughly 18 grants under the Urugus name.

Urugus is the patent-holding entity associated with the Earth-observation operator behind the NewSat/ÑuSat imaging constellation, and its issued grants read as a map of that business rather than a scattershot collection. The footprint clusters around a few recurring themes: imaging optics, on-board autonomy, constellation-level resource management, and the communications layer that moves data to the ground. Read together, the records describe the full path of an Earth-observation pixel — from how it is captured, to how the satellite decides what is worth capturing, to how a customer orders it and how it is delivered securely.

What the two new grants add

The week's headline grant, US12657907B2, claims a planet-observation system in which one or more vehicles follow a trajectory around a celestial body and collect sensor data according to a "geometric ground pattern" covering part or all of the surface or volume of that body. In business terms, that is coverage planning — the logic that decides where a constellation looks and when, expressed as enforceable claims. The second grant, US12652160B2, sits on the security side of the same workflow: it covers cryptographic, "security-in-depth" techniques run on-board the spacecraft so that users can task the satellite and retrieve data without other users sharing the same system learning what was tasked or transmitted. That is a notable addition for a shared-constellation operator, where multiple customers buy time on the same hardware.

Considerable advantages can be realized by providing spacecraft or satellite systems with a substantial capacity of applying security-in-depth and cryptographic techniques and protocols to data and requests, based on autonomous tasking, allowing a secure, safe and private use of spacecraft or satellite resources.— Anonymous, authenticated and private satellite tasking system, US12652160B2

The just-outside-the-window grant, US12645711B2, completes a commercial triangle with the other two. It covers receiving a user order for geospatial information, querying a database for other orders with the same or different attributes, and then either setting a price based on those orders or running an optimization scheme to decide whether the order — and the others — can be satisfied. Coverage planning (US12657907B2), private tasking (US12652160B2) and order-and-pricing management (US12645711B2) issuing within two weeks of each other point to a company locking in claims across the transaction layer of an imaging business, not just the sensor.

The footprint underneath

The older grants show where that transaction layer connects to the hardware. On autonomy, US12489518B2, "System for planetary-scale analytics," describes a "smart satellite" that makes on-board decisions about which imagery to capture and downlinks only a subset of images, portions of images, or the analysis result — a way of stretching limited downlink bandwidth that pairs directly with the new coverage-planning and tasking claims. US12202628B2 covers an attitude-control system that generates optimal pointing trajectories in real time rather than relying on predefined ones, classified in the spacecraft-control subclasses of B64G. On the communications side, US12068763B2 claims a software-defined communication device that reconfigures an antenna's radiation pattern without moving parts and can link to multiple endpoints at once — the data-delivery counterpart to the imaging stack.

The imaging optics run the deepest. Multiple grants in the portfolio, anchored by US10502621B2 on dynamic hyper-spectral imaging of objects in apparent motion, cover capturing high-resolution spectral imagery from a moving platform and configuring spectral parameters without optical reconfiguration. The same lineage runs through earlier grants on imaging scenes in apparent motion and a "focus plane equalizer" with a prismatic focus corrector for broad-spectrum imaging, the latter of which has issued in several successive versions over the life of the portfolio. The repetition is itself a data point: rather than filing scattered one-off ideas, the assignee has built and re-filed around a narrow set of imaging mechanisms, the pattern of a company protecting the specific sensor architecture its constellation flies. The patent record's classification facets reflect this concentration: the assignee's most frequent CPC codes include the photogrammetry/remote-sensing class G01C 11/02 and a run of spectroscopy and optical-imaging subclasses (G01J 3/2803, G01J 3/2823, G02B 5/208), with the B64G spacecraft subclasses appearing on the autonomy and attitude-control filings. The grant-by-year facet shows issuances clustering in 2018–2019 and again in 2024–2025, with four grants recorded in each of those recent two years.

Mapped against that history, this week's two grants extend an already-coherent Earth-observation portfolio further into the commercial and security layer of the business — coverage geometry, private multi-tenant tasking, and order management — rather than opening a new technical front. The pairing is telling: a coverage-planning claim and a private-tasking claim issuing in the same window describe the two halves of how a shared imaging satellite is pointed and by whom, with the older autonomy and analytics grants supplying the on-board logic that decides what is worth keeping. For a shared-constellation imaging operator, those are the claims that govern how customers buy, task and receive data on hardware they do not own outright; the patent record now shows that layer issued, dated and assigned.