Active Development · Alexandria, VA

AutonomousBallisticProtection

The R1-Pro deploys AI-triggered ballistic barriers for forward operating bases, critical infrastructure, and tactical entry points — faster than any human can respond.

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<100ms

Deploy Time

NIJ HG2

Target Rating

2×3m

Coverage Area

Mechanical Hinges

R1-Pro · System Specs Active Development

System

R1-Pro

Mount

Ceiling — No Floor-Standing Hardware

Deploy

<100ms

Coverage

2m × 3m

Protection

NIJ HG2 Target

Edge — No Cloud

Actuation

CO₂ Propellant

Hinges

None

Autonomy

3-Tier Configurable

Housing

Designed to IP65

SBIR

Phase I Candidate

Patent

Provisional Filed 2025

The Gap

Detection Is Not Protection

Nearly every competing platform detects a threat and routes it to a human. That chain has a cost measured in seconds — and casualties.

The Standard Model

Detects.

Alerts.

Waits.

Vision-AI AlertingAcoustic DetectionAccess ControlHand-Carried Shields

R1-Pro

Detects.

Deploys.

Done.

Edge AI — No CloudConfigurable Autonomy — T1/T2/T3Works Denied Comms

A detection system tells you there's a threat. The R1-Pro stops it — no operations center, no response chain. In T1, threat classification and barrier deployment complete in under 100 milliseconds. No competitor currently offers AI-triggered autonomous barrier deployment.

Autonomy Architecture · DODD 3000.09 Aligned

Configurable Autonomy Tiers

The R1-Pro is not a single operating mode — it is a configurable autonomy platform. Commanders select the tier that matches mission environment, rules of engagement, and force protection posture.

Policy Context · DODD 3000.09

DoD Directive 3000.09 requires that autonomous and semi-autonomous weapon systems be designed to allow commanders to exercise appropriate levels of human judgment over the use of force. The R1-Pro is engineered from the ground up as a configurable platform — not a fixed autonomous system — allowing program offices and commanders to select the autonomy mode appropriate to their environment, authority, and rules of engagement. The R1-Pro is a protective system — autonomy applies to threat detection and barrier deployment, never to engagement.

Full Autonomous

Autonomous Deploy

The system detects a qualifying threat, classifies it on-device, and deploys the barrier without any human action. Designed for environments where human response is impossible — denied communications, unmanned positions, or where reaction time is the mission-critical variable.

✓ AI threat detection

✓ On-device classification

✓ Autonomous barrier deploy

— No operator step in this tier

Primary use

Forward Operating Bases · Denied Comms · Unmanned Fixed Positions · FPV Drone Defense

Human on the Loop

Supervised Deploy

The system detects, classifies, and initiates deployment automatically — but a designated operator can abort within a configurable intervention window. Autonomous speed with a supervisory override for environments where human oversight is required by ROE or policy.

✓ AI threat detection

✓ On-device classification

◈ Operator abort window (configurable)

✓ Deploy if not aborted

Primary use

Federal Facilities · Law Enforcement · Installations with Active Command Staff

Human in the Loop

Authorized Deploy

The system detects and classifies the threat and presents a deploy recommendation to an operator. The human makes the final deployment decision. Retains the full speed advantage of AI detection and classification — only the actuation step requires human authorization.

✓ AI threat detection

✓ On-device classification

◈ Operator deploy authorization

✓ Deploy on command

Primary use

Critical Infrastructure · DHS / CISA Facilities · High-Consequence Fixed Sites

Key Point

All three tiers run the same edge AI detection and classification pipeline — the difference is where in the actuation sequence human authority is applied. The R1-Pro delivers AI-speed threat awareness in every mode, regardless of autonomy tier selected. The platform is procurable across a wide range of DoD and DHS programs without requiring policy exceptions.

R1-Pro System Architecture

Patent-Pending Innovations

A provisional patent application filed September 2025 covers the integrated system innovations behind the R1-Pro: composite barrier construction with no mechanical hinges, on-device threat detection with no cloud dependency, and configurable autonomy. Full technical details available under NDA.

01 · Ballistic Structure

Proprietary Composite Barrier

The R1-Pro barrier is a continuous high-performance composite structure engineered without mechanical hinges or fabric membranes. Deployment capability is intrinsic to the material — fold performance is a function of the composite design, not attached hardware.

ArchitectureProprietary composite

HingesNone

DetailsNDA required

PatentFiled 2025

02 · Deployment Geometry

Precision Deployment System

The R1-Pro deploys via a proprietary geometry that provides single-motion, fully predictable deployment from compact stowed form to a 2m×3m protective surface. Every deployment is geometrically identical — enabling reliable autonomous actuation with no manual intervention or adjustment.

Coverage2m × 3m deployed

StowedCompact ceiling housing

ActuationSingle-motion

DetailsNDA required

03 · Actuation

CO₂ Propellant Deploy

Barrier deployment is powered by a CO₂ propellant system — providing the pneumatic force required for sub-100ms actuation without electrical motors or mechanical linkages in the deployment path. The system operates independently of building power and functions in communications-denied environments.

PropellantCO₂

Deploy time<100ms

Power dep.None for actuation

DetailsNDA required

04 · Floor Interface

Proprietary Floor Interface System

The deployed barrier engages floor anchor points via a proprietary floor interface system integrated flush with the installation surface. The interface is visually indistinguishable from the surrounding floor when the system is stowed — maintaining zero visual signature in standby. Passive engagement requires no additional power at full extension.

Stowed sig.None — flush surface

EngagementPassive — no power req.

Floor-standing hwNone

DetailsNDA required

05 · AI System

Edge AI Autonomous Deployment

Threat classification runs entirely on-device — no cloud dependency, no network latency, no operations center. The full pipeline from detection through actuation completes in under 100ms. The AI classifies threat behavior, not just object presence, reducing false positives in environments where weapons are routinely present.

Pipeline<100ms end-to-end

DependencyNone — fully edge

Human loopConfigurable (T1/T2/T3)

ClassificationBehavior-based

06 · Housing

Ceiling-Mount Housing

The housing unit mounts flush to the ceiling — no floor-standing hardware, no visual signature when stowed. Housing designed to IP65 for indoor and semi-exposed environments. No structural modification required beyond ceiling mount points and floor interface installation.

MountCeiling — flush

HousingDesigned to IP65

Stowed sig.None visible

InstallMinimal modification

07 · Certification

NIJ HG2 Target Certification (formerly IIIA)

The R1-Pro is designed to achieve NIJ Standard-0101.07 Level HG2 ballistic protection — the current designation for what was formerly classified as NIJ Level IIIA. Formal certification testing through an accredited ballistic test laboratory is planned for Phase II following prototype validation.

StandardNIJ-0101.07 HG2

TestingPhase II planned

LabAccredited ballistic lab

Competitive Analysis

No Competitor Deploys

No competitor currently offers AI-triggered autonomous barrier deployment. The R1-Pro combines configurable autonomous AI deployment, hinge-free composite ballistic protection, and a ceiling-mount form factor.

System	Detects Threat	Alerts Human	Physical Response	Ballistic Protection	Autonomous Deploy	Works Denied Comms
Vision-AI Alerting	✓ Vision AI	✓ Human verified	✕ None	✕	✕	✕
Acoustic / Sensor Detection	✓ Acoustic	✓ Automated	— Alert only	✕	✕	✕
Access Control Systems	✓ Multi-sensor	✓ Automated	— Access denial	✕	✕	✕
Hand-Carried Shields	✕	✕	✓ Human-carried	✓ NIJ HG2	✕	✓ No dependency
R1-Pro	✓ Edge AI	— Configurable	✓ Ballistic barrier	✓ NIJ HG2 Target	✓ T1 / T2 / T3	✓ No dependency

Configurable Human Role

Three selectable autonomy tiers — full autonomous, human on the loop, or human in the loop — allow commanders to match the system's operating mode to their ROE, policy environment, and force protection posture. Same hardware, configurable authority.

No Network Dependency

Detection-and-alert platforms typically require cloud connectivity or an operations center. The R1-Pro runs its complete threat classification pipeline on-device. In a communications-denied environment — a jammed FOB, a hardened facility under attack — the R1-Pro continues operating normally.

No Mechanical Hinges

Deployable ballistic systems typically use mechanical hinges or fabric membranes. Hinges are the failure point — they jam, corrode, and break under impact. The R1-Pro's fold capability is intrinsic to the composite material itself. No hinges means no mechanical failure modes.

No Floor-Standing Hardware

Hand-carried shields require a human to be present. Floor-standing barriers consume space and create visual signature. The R1-Pro mounts flush to the ceiling — invisible when stowed, with no floor-standing hardware in the protected area, deployable instantly.

Denied Comms Operation

Forward operating bases operate under communications degradation in peer conflict. GPS jamming, RF denial, network disruption — none of these affect the R1-Pro. The system has no external dependencies that an adversary can disrupt.

Patent-Pending Platform

Provisional patent application filed September 2025 covering the integrated system innovations underlying the R1-Pro. Utility filing planned before September 2026.

Mission Profiles

Designed for High-Threat Environments

The R1-Pro addresses the critical gap between detection and protection — the seconds between threat identification and human response where casualties occur.

01 · Primary

Primary

Forward Operating Bases

Autonomous barrier deployment at entry control points, TOC corridors, and personnel shelters. Activates on AI-detected threat signature without requiring human response. Operates in communications-denied environments where cloud-dependent systems fail.

DoDU.S. ArmyUSMCSOCOMTier 1

02 · Primary

Primary

FPV Drone Fragmentation Defense

Force protection against low-altitude FPV drone threats at entry control points and fixed personnel positions. Autonomous deployment on threat detection. No competitor currently offers AI-triggered autonomous barrier deployment at the dismounted squad level.

Army Futures CommandPEO SoldierC-sUASTier 1

03 · Secondary

Secondary

Critical Infrastructure

Hardening of electrical substations, government facilities, data centers, and command nodes against ballistic threats. Ceiling-mounted, invisible until needed. No floor-standing hardware. Compatible with existing physical security infrastructure.

DHSCISAFederal FacilitiesTier 2/3

04 · Secondary

Secondary

Tactical Entry Points

Corridor and doorway protection for law enforcement operations and federal facilities. NIJ HG2 protection across the full deployment surface with no manual activation required.

Law EnforcementFederalCapitol PoliceUSSSTier 2/3

05 · Emerging

Emerging

R1-Trench — Field Blast Shield

One-man deployable field blast shield for trench and close combat. Designed to under 8kg stowed, with a target emplacement time under 2 minutes and autonomous deployment on threat detection. Built to Admiral Olsen's MWR doctrine — miniaturize, weatherize, ruggedize. Phase II development roadmap.

InfantryMIL-STD-810H DesignPhase II

06 · Emerging

Emerging

Allied Forces & FMS

Foreign Military Sales potential for NATO allies and partner nations facing FPV drone threats. Ukraine theater data confirms the tactical requirement. Edge AI architecture — no cloud, no network dependency — makes the R1-Pro suitable for denied communications environments.

NATO AlliesFMSPartner Nations

About Guardian Shield AI

Built by a Veteran. Built for The Gap.

Guardian Shield AI was founded by a U.S. Army veteran (11B Infantry) with direct operational knowledge of ballistic threats, protective systems, and the gap between when a threat is identified and when personnel are actually protected.

That gap — measured in seconds — is where casualties happen. The R1-Pro exists to close it. By combining AI-driven threat detection with autonomous barrier deployment, the system responds faster than any human operator, with no dependence on personnel being in position or making a decision under fire.

Based in Alexandria, Virginia, Guardian Shield AI is positioned at the center of the defense technology ecosystem — adjacent to DoD, DHS, DARPA, and the Northern Virginia defense contractor corridor. The company is currently in the patent and proof-of-concept phase, seeking DoD and DHS SBIR funding.

The R1-Pro is the first product in a platform roadmap that includes the R1-Trench, a one-man deployable field blast shield for dismounted FPV drone defense — addressing the primary casualty mechanism in near-peer conflict identified from Ukraine theater data.

We are not building a better alert system. We are building a system that detects a threat and stops it — without waiting for a human to act.

Company Status

EntityVirginia LLC — Formed 2025

EINReceived

SAM.govRegistered — UEI Confirmed

PatentProvisional Filed Sept 2025

Utility FilingPlanned Before Sept 2026

SBIRPhase I Candidate

xTech ArmyApplication Submitted

OwnershipSDVOSB

R&D Status

Barrier SystemFabrication — 2 Coupon Builds Complete

CO₂ ActuationIntegration — Active

Edge AI PipelineDevelopment

NIJ HG2 Cert.Phase II Planned

● Accepting Briefing Requests

Request a Technical Briefing

All technical materials — including full system specifications, autonomy architecture details, patent status, and R&D progress — are provided under NDA upon request. Available for DoD and DHS program offices, defense-focused investors, and manufacturing partners.

Email[email protected]

LocationAlexandria, Virginia

NDAAvailable on Request

SAM.govRegistered — UEI Active

PatentProvisional Filed Sept 2025

X / Twitter@GS_AI_LLC

Defense-Focused Investors

Composite Manufacturing Partners

Ballistic Testing Collaboration

Briefing Request Form