DsecOS Enterprise

Autonomous Drone Swarm Control & Defense System

COMMAND. COORDINATE. COUNTER. INSTANTLY.

Edge AI Mission-Critical Air-Gapped NATO Compliant

2

Mission Overview

The world's most secure autonomous drone swarm control platform for defense, border security, and critical infrastructure protection. Runs real-time computer vision, swarm coordination, and electronic warfare countermeasures across 100+ drones simultaneously in an air-gapped, zero-trust environment.

Concurrent Drones

500+

Sub-50ms latency

Mission Success

99.99%

GPS-denied environments

Force Multiplier

1:500

Operator to asset ratio

Deployment Time

<30 min

Full edge cluster

                Operational Capabilities
                Real-Time Computer Vision: YOLOv9 threat detection with 99.1% accuracy
Autonomous Threat Neutralization: Jamming, intercept, forced landing
Full Forensic Chain: Rules of Engagement compliance tracking
Network Resilience: Survives total denial via on-board mesh + fallback AI

            

⚠️ Zero Data Exfiltration: Even if drone is captured, data self-destructs. NATO STANAG 4586 + MIL-STD-810H compliant.

3

Technical Foundation

38ms

Control Latency

99.1%

Detection Accuracy

8.4s

Neutralization Time

1,200+

Max Swarm Size

Component	Role	Security Features
PX4 / ArduPilot	Flight control stack	Signed firmware, secure boot
YOLOv9 + DeepSORT	Real-time threat detection	Encrypted weights, GPU memory isolation
ROS 2 Humble	Swarm coordination	DDS-Security (TLS + GMAC)
MAVLink 2	Telemetry & commands	Encrypted + signed packets
AI Commander	Autonomous decision engine	FIPS 140-3 validated crypto

                Platform Hardening
                Edge Kernel: Hardened 6.5 with real-time PREEMPT_RT patch
GPU/TPU Isolation: PCI passthrough + NVIDIA JetPack in drone_t SELinux domain
Mesh Networking: BATMAN-adv + zero-trust encrypted tunnels
AI Brain: On-board YOLOv9 + reinforcement learning for swarm behavior

            

4

Deployment Architecture

4-Node Ruggedized Cluster (Deployable in 20ft Container)

graph TD subgraph "DsecOS Enterprise Edge Cluster (4 Rugged Nodes)" N1[DsecOS Node 1
Command Center + Ceph MON] N2[DsecOS Node 2
AI Vision GPU + TPU] N3[DsecOS Node 3
Swarm Orchestrator] N4[DsecOS Node 4
Ceph OSD + WORM
Air-Gapped Backup] end subgraph "Swarm Control Stack" PX4["PX4 Autopilot
(500+ Drones)"] ROS["ROS 2 Humble
(DDS-Security)"] YOLO["YOLOv9 + DeepSORT
(Threat Detection)"] AI["AI Commander
(RL Swarm Logic)"] end subgraph "Countermeasures" JAM["Software-Defined Radio
(Jamming / Spoofing)"] MESH["BATMAN-adv Mesh
(Self-Healing)"] end N1 <-->|Corosync HA
Encrypted| N2 N2 <--> N3 N3 <--> N4 N1 --> CEPH[Ceph Air-Gapped Pool
WORM Forensics] PX4 --> N1 ROS --> N3 YOLO --> N2 AI --> N2 JAM --> N2 MESH --> N3 style N1 fill:#121212,stroke:#FF4500,color:#FFF style YOLO fill:#1E1E1E,stroke:#FF4500,color:#FFF style AI fill:#8B0000,color:#FFF

5

Autonomous Defense Mission Flow

journey title Drone Swarm Defense Mission Flow section Launch Activate Defense License: 5: Commander Power On Edge Cluster: 5: Operator Connect 500 Drones: 4: Auto-Pairing section Patrol Deploy Swarm Grid: 5: One-Click Real-Time Video Feed: 5: YOLO Overlay AI Detects Intruder: 5: 42ms Alert section Neutralize Execute ROE Playbook: 5: AI Commander Jam GPS + RF: 4: SDR Node Intercept + Force Land: 4: Swarm Maneuver Capture HD Video: 5: WORM Storage section After Action Generate AAR Report: 5: Auto-PDF Cryptographic Sign Evidence: 5: Legal Hold Re-Arm in 3 Minutes: 5: Full Cycle

Rules of Engagement Compliance

Every action is logged with cryptographic timestamps and stored in WORM (Write-Once-Read-Many) storage for legal compliance. The AI Commander executes pre-approved ROE playbooks, ensuring all autonomous decisions are traceable and auditable.

6

Deployment Requirements

⚠️ Export Controlled: Requires DsecOS Enterprise Defense Edition license (ITAR/EAR controlled)

Hardware Specifications

Nodes Required

4x

MIL-spec ruggedized servers

Memory

128 GB

RAM per node

GPU

4x

NVIDIA Jetson Orin per node

Storage

8 TB

NVMe per node

Network Configuration

Primary: Dual 10 Gbps Ethernet for cluster communication
Backup: RF mesh network (BATMAN-adv) for network-denied operations
Isolation: Air-gapped mode with physical network separation

Step 1: Provision Edge Cluster

/scripts/pxe-deploy.sh --cluster drone-defense --nodes 4 --rugged --airgap-mode

⚡ Nodes auto-configure with Ceph + Corosync HA

7

Deploy Swarm Stack

Create /templates/stacks/drone-swarm.yml:

version: '3.8'
services:
  px4:
    image: px4io/px4:latest
    privileged: true
    devices:
      - /dev/ttyACM0
    command: px4 -d /dev/ttyACM0

  ros2:
    image: ros:humble-ros-base
    environment:
      - ROS_SECURITY_ENABLE=true
      - ROS_SECURITY_ROOT=/security
    volumes:
      - ceph-swarm:/security

  yolo:
    image: ultralytics/ultralytics:latest
    deploy:
      resources:
        reservations:
          devices:
            - driver: nvidia
              capabilities: [gpu]
    command: yolo detect stream --source rtsp://drones/

  ai-commander:
    image: python:3.12-slim
    volumes:
      - ceph-ai:/models
    command: python /app/commander.py --mode autonomous

  sdr:
    image: sdr:defense-latest
    privileged: true
    devices:
      - /dev/sdr0

volumes:
  ceph-swarm:
    driver: cephfs
  ceph-ai:
    driver: cephfs

Deploy Command

dsecos deploy drone-swarm

8

Launch & Test Mission

Launch Patrol Grid

curl -X POST https://node1:9443/api/swarm/launch \
  -H "Authorization: Bearer $JWT" \
  -d '{
    "pattern": "grid",
    "altitude": 120,
    "count": 500
  }'

                Threat Simulation Sequence
                Detection: AI identifies intruder drone via YOLO in 42ms
Analysis: AI Commander evaluates threat level and selects ROE playbook
Neutralization: Execute jamming + intercept maneuver (8.4s average)
Evidence: HD video captured and stored in WORM with cryptographic signature
Re-arm: Swarm returns to patrol grid in <3 minutes

            

42ms

Threat Detection

8.4s

Neutralization

<3min

Re-arm Time

9

Security & Compliance

Kill Chain Prevention

100%

Data self-destructs if captured

Evidence Integrity

WORM

Cryptographic timestamping

NATO Compliance

STANAG

4586 certified

Ruggedization

MIL-STD

810H certified

                Compliance Framework
                NATO AQAP-2110: Quality assurance for mission-critical systems
MIL-STD-810H: Environmental testing (shock, vibration, temperature)
STANAG 4586: Standard interfaces for unmanned control systems
ITAR-Ready: Export control compliance for defense technology
FIPS 140-3: Cryptographic module validation

            

Security Feature	Implementation	Benefit
Data Self-Destruct	Hardware-level secure erase on capture	Zero data exfiltration
WORM Storage	Immutable forensic evidence chain	Legal admissibility
Air-Gap Mode	Physical network isolation	No external attack surface
Encrypted Mesh	BATMAN-adv + zero-trust tunnels	Survives network denial

10

Return on Investment

                National Border Force Example
                
                            Category
                            Current Costs
                            With DsecOS Swarm
                            Savings
                        
                            Annual Operating Costs
                            $180,000,000
                            $42,000,000
                            $138,000,000
                        
                            Personnel at Risk
                            High exposure
                            95% reduction
                            Lives saved
                        
                            Coverage Area
                            Limited
                            500x force multiplier
                            Massive expansion
                        
                            Response Time
                            Minutes to hours
                            8.4 seconds
                            99% faster

Category	Current Costs	With DsecOS Swarm	Savings
Annual Operating Costs	$180,000,000	$42,000,000	$138,000,000
Personnel at Risk	High exposure	95% reduction	Lives saved
Coverage Area	Limited	500x force multiplier	Massive expansion
Response Time	Minutes to hours	8.4 seconds	99% faster

Total Annual Savings

$138,000,000+

Plus 95% fewer personnel at risk

                Additional Value Drivers
                Scalability: Add 500 drones without linear cost increase
24/7 Operations: No fatigue, continuous surveillance
Precision: 99.1% threat detection accuracy reduces false positives
Deterrence: Visible swarm presence prevents incidents

            

11

Mission-Critical Use Cases

🛡️

Border Security

Autonomous patrol, intrusion detection, and rapid response across thousands of kilometers

🏭

Critical Infrastructure

Protect power plants, dams, and communications hubs from aerial threats

⚔️

Defense Operations

Force protection, perimeter defense, and counter-UAS operations

🚨

Emergency Response

Disaster assessment, search and rescue coordination, communications relay

                Trusted By
                Defense Contractors: Leading suppliers to military organizations
National Security Agencies: Classified counter-terrorism operations
Border Forces: Multi-national border protection programs
Critical Infrastructure Operators: Energy, water, and communications sectors

            

12

Performance Benchmarks

Metric	Value	Industry Standard	Advantage
Drone Control Latency	38 ms	120-200 ms	5x faster
Threat Detection Accuracy	99.1%	85-92%	Higher precision
Neutralization Time	8.4 seconds	30-60 seconds	4-7x faster
Maximum Swarm Size	1,200+	50-200	10x larger
Deployment Time	<30 minutes	4-8 hours	10x faster
Mission Success Rate	99.99%	92-96%	Higher reliability

⚡ Real-Time Performance: All benchmarks measured in GPS-denied, contested electromagnetic environments with active jamming.

When Lives Are on the Line

38ms

Latency

1,200+

Drones

99.99%

Success

$138M

Savings

"The Only Platform Trusted When Lives Are on the Line"

ZERO-TRUST AIR-GAPPED AUTONOMOUS NATO COMPLIANT

DsecOS Enterprise Defense Edition

14

Next Steps

                Getting Started
                Security Clearance Verification: Required for Defense Edition access
Technical Assessment: Review your mission requirements with our defense team
Pilot Deployment: 30-day evaluation in controlled environment
Full Production: Scale to operational requirements

            

Documentation

Classified technical manuals and deployment guides

Training

On-site operator and maintainer certification

Support

24/7/365 mission-critical support with SLA

Updates

Continuous threat intelligence and AI model updates

⚠️ ITAR/EAR Notice: This presentation contains technical data subject to export controls. Distribution to foreign persons or entities requires prior authorization.

Command. Coordinate. Counter. Instantly.