---
title: "Dr. James Lacatski on the sensor plan behind AAWSAP, the Pentagon's own UAP study"
url: "https://usubjects.com/article/dr-james-lacatski-on-the-sensor-plan-behind-aawsap-the-pentagons-own-uap-study-4066"
updated: "2026-10-09T16:14:16.218Z"
description: "Clip from Weaponized podcast featuring Dr. James Lacatski discussing the AAWSAP program's sensor technology and Pentagon UAP investigations shared in recent UFO community posts."
sources: ["https://www.youtube.com/shorts/eX0Kr-8I6AE"]
licence: "All rights reserved"
---

# Dr. James Lacatski on the sensor plan behind AAWSAP, the Pentagon's own UAP study

Published: 2026-10-09  
Source: [#ufotwitter](https://www.youtube.com/shorts/eX0Kr-8I6AE)

### Overview

A recently circulated clip from the *Weaponized* podcast’s 2023 archive offers new insight into the sensor strategy developed under the Advanced Aerospace Weapon System Applications Program, or **AAWSAP**. In the interview, former program manager **Dr. James Lacatski** contrasted the Defense Intelligence Agency initiative with the later government effort led by the All-domain Anomaly Resolution Office, known as **AARO**.

Lacatski’s comments focus less on the nature of UAP than on the practical challenges of detecting and documenting them. He described differences in available funding, sensor costs and deployment strategy, presenting AAWSAP as a program that sought broad geographic coverage through a network of comparatively affordable systems.

### Competing Sensor Strategies

According to Lacatski, one of the main distinctions between AAWSAP and the UAP investigations mandated by Congress in subsequent years is the type and cost of technology available to investigators. He said AARO has access to **“high-cost sensors”** that AAWSAP could not afford during its operational period.

The comparison appears to reflect different approaches rather than a simple assessment of technological capability. Lacatski said AAWSAP developed an **“integrated sensor package”** designed to combine multiple forms of observation in a coordinated system. Details of that concept are discussed in Chapter 18 of *Inside the US Government Secret UFO Program: Initial Results*, the book Lacatski co-authored with Colm Kelleher and journalist George Knapp.

### Emphasis on Distributed Coverage

Lacatski emphasized that AAWSAP’s sensor concept was intended to be scalable and deployable at **“multiple locations.”** The stated objective was to establish a distributed observation network, potentially increasing the chances of recording an anomalous event across different geographic areas.

That approach differs from relying primarily on a smaller number of sophisticated, high-cost platforms. Lacatski’s account suggests that AAWSAP faced a central logistical trade-off: it could pursue advanced equipment at a limited number of sites or develop a less expensive package that could be deployed more widely. The interview does not provide technical specifications, performance data or independent testing results for the proposed system.

### Unidentified Potential Partners

The discussion also touched on outside interest in AAWSAP’s work. Lacatski said **“other individuals and entities”** had expressed interest in collaborating with the program and testing their own sensor packages. When host Jeremy Corbell asked whether those parties included NASA or other specific government agencies, Lacatski declined to identify them, responding, **“Can’t say.”**

That exchange leaves the extent of any interagency or private-sector involvement unclear. No specific organizations were named in the clip, and the comments alone do not establish that proposed collaborations resulted in formal testing or operational partnerships.

### Broader Context

AAWSAP was a DIA-administered program that preceded later UAP initiatives, including the Navy-led Unidentified Aerial Phenomena Task Force and AARO, which the Department of Defense established to examine reports across air, space, maritime and other domains. Lacatski’s account illustrates the continuing tension between expensive, highly capable sensors and broader networks built around more accessible equipment.

The clip provides a firsthand description of how one early government program approached that problem, but it does not independently verify the effectiveness of AAWSAP’s sensor plan or clarify the identities of prospective partners. Its significance lies primarily in documenting the program’s proposed methodology and the resource limitations that shaped its investigative strategy.

## Provenance

This USUBJECTS page is a summary or digest of the linked original source. Any accompanying generated visual is an illustrative reconstruction, not evidence.