Base Operations Solutions for the Public Sector

An explainable 0 to 100 threat index that standardizes risk across every location. Weighted toward violent over property crime, normalized for population and area, and refreshed monthly so planners can compare one installation to another and defend the comparison to leadership.

Machine-learning models that turn noisy, sparse open-source data into reliable trendlines and forward-looking forecasts. BaseEngine learns seasonal patterns, corrects for changes in reporting, and extends coverage into sparse-data regions where other vendors have no signal.

Securely ingests an organization's own incident data and scores it alongside global threat intelligence, producing a holistic, mission-specific picture that combines first-party records with external open-source intelligence.

Interactive heat maps, hotspot overlays, and time-of-day, day-of-week, and seasonal pattern analysis. Customizable dashboards let teams monitor a portfolio of sites and spot deteriorating trends before incident counts spike.

Unlimited custom reports built on always-current data, exportable to PDF and briefing formats in seconds. Five-times-faster assessments with one consistent methodology across every analyst.

Embed BaseScore and threat statistics directly into travel-authorization systems, installation security dashboards, force-protection planning tools, and C2 or geospatial platforms. JSON responses, minimal IT lift, deployment in under 30 days.

Extends Base Operations' intelligence approach to the airspace around installations and critical infrastructure. Aggregates years of drone-sighting data from sources including the FAA, AFNORTH, the Air Force Office of Special Investigations, and the Aviation Safety Reporting System into a unified small-unmanned-aircraft (sUAS) threat picture. Events are H3-geocoded and linked to specific sites, normalized for population, and scored with a multi-factor risk model that surfaces seasonal peaks, temporal patterns, and statistical outliers.

What it reveals
Analysis of Air Mobility Command data found roughly two-thirds of drone events occur within ten miles of military installations, a quarter concentrate around just 25 sites, activity rises on predictable seasonal cycles, and nighttime events in isolated areas represent the highest-priority threats.

How teams use it
Prioritize a tiered defense posture (Tier 1 sites first), apply a Go/No-Go rubric to investigate potential threats, time counter-UAS staffing and maintenance windows, and plan security for events and air shows. Developed under the active AMC SBIR Phase II effort.