By J. Harper, Defense Tech Correspondent
NEVADA TEST AND TRAINING RANGE – In the early hours of April 21, a new chapter in unmanned tactical operations was written under the designation Strike Infinity COSQ007. Observers on the ground reported a synchronized swarm of aerial and ground-based assets executing a simulated deep-penetration strike against a hardened, mobile command node—without a single human pilot in the loop.
While the Pentagon has remained tight-lipped on the specifics, leaked technical summaries and satellite imagery analysis suggest that COSQ007 is not merely another exercise. It is the operational validation of a new AI-driven battle architecture. strike infinity cosq007
The market is flooded with collaborations and limited runs, but the Strike Infinity Cosq007 feels different. It doesn't rely on a celebrity face to move units; it relies on distinct design language.
Pros:
Cons:
The alphanumeric code "COSQ" is believed to stand for "Collaborative Operations Swarm Quantum," with "007" denoting the seventh and most successful iteration of the program. Unlike previous drone swarm tests (such as the famous Perdix or LOCUST programs), Strike Infinity focuses on asymmetric electronic warfare integration. Cons: The alphanumeric code "COSQ" is believed to
According to the Defense Innovation Unit’s unclassified 2026 roadmap, COSQ007 units are designed to operate in a "zero-GPS, contested-spectrum environment." Each node in the swarm carries a miniaturized electronic warfare suite, allowing it to jam, spoof, or simply out-calculate enemy defensive systems in real time.
We tested the Strike Infinity COSQ007 on three platforms: a 10.5" AR-15 pistol (5.56 NATO), a 16" rifle in .300 Blackout, and a high-end Tokyo Marui MWS gas blowback airsoft rifle. Here are the results. allowing it to jam
To understand the significance of the South Erregulla results, you have to look at the Perth Basin's resurgence. Strike Energy has been aggressively appraising its acreage to supply its proposed Project Haber (a urea manufacturing facility) and domestic gas markets.
The "South Erregulla" well was designed to test the deeper formations beneath the known reservoirs, specifically targeting the Kingia and High Cliff sandstones, which have proven to be prolific producers in nearby wells like Waitsia and Erregulla West.