Saber Defense • Helix Swarm™
HELIX™ SHIELD
The defensive role of the Helix Swarm dual-role attritable flying drone
Build the Web. Own the Sky.
The Saber Helix Swarm™ is an advanced, attritable, multi-domain unmanned aerial system developed by Saber Defense LLC. It consists of up to 1,500-drone packages organized as hierarchical MARL clusters that form dynamic, self-positioning airborne webs over critical infrastructure, naval task forces, and contested airspace. The system is called "Swarm" because it operates as a decentralized, self-organizing collective of many relatively simple drones that together exhibit emergent intelligence, resilience, and adaptability — much like a biological swarm of bees or birds. Rather than relying on centralized command, the Helix Swarm™ derives its strength from large-scale coordination through hybrid Multi-Agent Reinforcement Learning (MARL), enabling complex group behaviors that no single platform could achieve.
Company Vision
“To become the preeminent U.S. provider of autonomous attritable swarm systems by delivering unmatched endurance, decentralized intelligence, vertical integration, and mission adaptability — redefining the future of tactical and operational advantage for the U.S. and its allies.”
WHAT IS THE HELIX SWARM™
Each drone is a single dual-role flying platform serving as both the Helix Shield (defensive) and Helix Sword (offensive) — one common airframe and a single production line for two mission roles. The platform is equipped with five hot-swap effector cartridges (kinetic HE, EW/jammer, ISR/BDA, decoy/spoof, cyber-takeover), integrated AeroHydroCell™ atmospheric power harvesting, full RS105 EMP resilience with rapid recovery, and quantum-resistant PQC mesh communications. Detailed airframe specifications appear in the Platform section below.
The Helix Swarm™ enables emergent swarm behaviors, dynamic formation, real-time tactical adaptation, and graceful degradation even under severe attrition or electromagnetic attack. Fully manufactured at a U.S. vertical-integration facility at a secured U.S. facility, the Saber Helix Swarm™ represents a next-generation, scalable capability aligned with DoW priorities such as Replicator and JIATF-401, delivering persistent, low-cost, high-volume effects across contested battlespaces.
THE DEFENSIVE PROBLEM
Stationary turrets and fixed-site C-UAS cannot keep up with mass swarm, fiber-optic, and AI-piloted threats. Defense must itself be airborne, mobile, and intelligent.
Swarm Saturation Overwhelms Stationary Defenses
Coordinated drone swarms of 100–500+ UAS routinely overwhelm static turrets and fixed-site C-UAS. Kinetic systems run out of ammunition; ground-based DEW can only cover a single arc. The defender needs a counter-swarm that is itself airborne, mobile, and re-positions in seconds — not a stationary box waiting to be flanked.
Fiber-Optic & AI-Piloted Threats Evade Traditional EW
Adversary UAS now use fiber-optic guidance, immune to RF jamming and GPS spoofing. AI-piloted drones adapt routes in real time and exploit gaps between uncoordinated ground sensors. Defeating them requires AI-vs-AI in the air, not RF interference from the ground.
Homeland & Critical-Infrastructure Gaps
Airports, stadiums, refineries, and government facilities cannot accept kinetic collateral or fixed laser hardpoints. They need on-demand defensive coverage that arrives, forms a protective web overhead, and clears the airspace — then leaves. No production system delivers this today.
Industrial-Base & Sovereignty Gap
DoW Replicator 2 demands attritable, mass-producible autonomous systems with sovereign supply chains. The U.S. lacks a vertically integrated provider that can field a single airborne platform doing both shield and sword roles at scale. Helix Swarm fills that gap from one secured U.S. line.
Cost-Per-Engagement Crisis
A $500 commercial drone forces a $1M–$3M interceptor missile today. A 200-drone swarm costs defenders $200M+ per incident. Helix Swarm flips the equation: $49K–$59K attritable interceptor drones, hierarchical MARL coordination, sub-$1K cost-per-effect at volume.
No Unified Dual-Role Platform Exists
Today's market is fragmented — sensor vendors, jammer vendors, interceptor vendors, ISR vendors. Helix Swarm is one airframe, one autonomy stack, one production line — toggled between Shield (defensive web) and Sword (precision strike) by mission planning, not by buying a different SKU.
HELIX SWARM PLATFORM — SHIELD CONFIGURATION
Shield-cartridge loadout and web-formation MARL policy on the common Helix Swarm airframe — full platform specifications below.
Multimodal Passive Sensors (Onboard)
EO/IR + passive RF (0.1–6 GHz) + acoustic + edge LiDAR fused on-drone. 7B-param VLM detects, classifies, and tracks adversary UAS in rain/fog/stealth — without emitting a single watt that gives the defender's position away.
Hierarchical MARL Defensive Web
MARL-LAC + hierarchical MARL on every drone. 1,500-drone packages = 5 × 300-drone clusters that self-position into dynamic 3D web formations. Continual online learning adapts to novel threats in <4 hours.
Hot-Swap Defensive Effectors
EW jammer cartridge, kinetic interceptor cartridge, decoy/spoof cartridge, ISR/BDA cartridge, cyber-takeover cartridge. 90-second tool-less swap on the flight line. One airframe, mission-configurable defeat options.
16nm SNN ASIC + FPGA Bridge (Phase I; 7nm ASIC Phase II)
~9 W average inference, ≤6 ms decision latency. Hybrid ANN-SNN spiking co-processor delivers 3–5× lower power for terminal control and collision avoidance. Operates fully GPS/EW-denied.
Post-Quantum Encrypted Mesh
ML-KEM-768 + ML-DSA-65 + AES-256-GCM across the Helix Web mesh. Optional QKD overlay on critical command links. Self-healing: 40% drone loss → >95% web effectiveness retained.
Dynamic Self-Positioning Web
Drones don't sit on towers — they re-form the web in real time around the threat axis, the protected asset, the wind, the terrain. Lattice-compatible C2 plug-in for joint operations; native autonomy when C2 is denied.
EMP-Hardened Pre-Woven Al-C Exoskeleton (Block B, Month 4–9)
80–85% carbon / 15–20% aluminum 7075-T6 pre-woven hybrid weave exoskeleton functions as a structural Faraday cage delivering 50–80 dB EMP shielding, MIL-STD-461G / RS105 compliant against HEMP and NNEMP threats. Phased rollout: Block A baseline composite ships from Month 1; Block B EMP-hardened exoskeleton cuts over Months 4–9 (3–6 month perfection window) per Production Manual v1.2 §3a. No financial or schedule impact.
≤5 kg
Mass
Attritable, tube/canister-launched
1200 mm
Wingspan
Folded for canister stowage
100–300 km
Range
Per-drone operational radius
12–20 hr
Loiter
AeroHydroCell v2.0 boosted
OPERATIONAL CONCEPTS
How the Helix Shield role deploys across homeland, contested, and maritime environments.
On-demand airborne web overhead refineries, airports, stadiums, government facilities, major events. Helix Swarm canisters launch from ground vehicles, naval platforms, or fixed sites; 300-drone clusters form a 360° coverage dome at altitude in minutes.
- Non-kinetic effectors first (EW jamming, cyber-takeover) for ROE-compliant defeat in dense civilian environments.
- Kinetic effectors held in reserve for verified hostile UAS that defeat non-kinetic options.
- Persistent 12–20 hr coverage per drone, with cluster rotation for indefinite overwatch.
Helix Swarm operates fully autonomously when GPS and external C2 are denied. Onboard 16nm SNN ASIC + FPGA bridge (Phase I; 7nm ASIC deferred to Phase II) handles SLAM, threat fusion, and MARL decisions at ≤6 ms latency on ~9 W average power. Block B EMP-hardened pre-woven Al-C exoskeleton (Month 4–9 cut-over per Production Manual v1.2 §3a) survives the electronic environment that grounds competitor platforms.
One Helix Swarm 1,500-drone package replaces multiple ground-based C-UAS batteries plus interceptor missile inventories. Fits inside Lattice / FCS / ABMS architectures as a sensor + effector. Supports NATO interoperability via STANAG-compatible datalinks. U.S. all-up production = sovereign U.S. supply chain for FMS partners.
Helix Swarm clusters launch from naval platforms or coastal canisters and form moving defensive webs around naval task forces and over chokepoints. AeroHydroCell v2.0 thrives in maritime humidity, extending loiter 15–38% over baseline. Cluster rotation maintains 24/7 overwatch without recovery operations.
TECHNOLOGY DEEP DIVE
Helix Swarm fields 1,500-drone packages organized as 5 × 300-drone hierarchical clusters. Each cluster has a MASAC commander policy (exploration / tactic discovery) coordinating MADDPG executor policies (deterministic precision). Clusters coordinate via the encrypted mesh.
- Local Autonomy Layer: Reactive evasion, terminal intercept, collision avoidance — all on the SNN co-processor at sub-millisecond latency.
- Collaboration Layer: Web reformation, threat hand-off between clusters, decoy positioning, self-healing on attrition.
- Hierarchical Command: Commander policy assigns sectors and threat priorities; executors handle the kill chain end-to-end without external C2.
AeroHydroCell v2.0 harvests 160–460 mW continuous from atmospheric humidity gradients during loiter. On a 12–20 hr defensive overwatch mission this delivers 15–38% endurance gain over baseline battery, extending the Helix Web's persistent coverage window without resupply. Critical for maritime chokepoints and high-humidity operating theaters.
- ML-KEM-768 (key encapsulation) + ML-DSA-65 (digital signatures) + AES-256-GCM (bulk encryption) — NIST PQC standardized.
- Optional QKD overlay on critical command links between cluster commanders and friendly C2.
- 40% drone loss → >95% web effectiveness retained. MARL re-tasks survivors automatically.
The airframe itself is the Faraday cage: 80–85% carbon, 15–20% aluminum 7075-T6 pre-woven hybrid weave exoskeleton delivers 50–80 dB EMP shielding at MIL-STD-461G / RS105 levels. No bolted-on shielding, no mass penalty. Survives HEMP and NNEMP threats that disable competitor platforms outright.
Phased rollout: Block A baseline composite shell ships from Month 1 with all other Helix subsystems (AHC v2.0, MARL-LAC, 16nm SNN, PQC mesh, 5-cartridge bay) at full Phase I spec. Block B EMP-hardened pre-woven Al-C exoskeleton cuts over Months 4–9 after a 3–6 month lamination perfection window per Production Manual v1.2 §3a. No financial or schedule impact — Block A units are field-retrofittable.
COMPETITIVE LANDSCAPE
Helix Swarm is the only single-platform dual-role attritable flying drone with hierarchical MARL at 1,500-drone scale.
Strength: Lattice C2 mesh is the de-facto integration backbone; Roadrunner-M is a recoverable VTOL kinetic interceptor.
Helix Edge: Lattice integrates third-party hardware — Helix Swarm is the hardware. One airframe, one autonomy stack, one production line, dual role. Helix plugs into Lattice as a sensor + effector when joint, and runs fully autonomous when C2 is denied. Roadrunner-M is one drone per launch tube; Helix Swarm fields 1,500 drones in a hierarchical cluster at $49K–$59K each.
Strength: Hivemind autonomy ported across V-BAT, CCA, Hornet interceptor. GNSS-denied ops proven in Ukraine.
Helix Edge: Shield AI is software on someone else's drone. Helix Swarm is co-designed airframe + 16nm SNN ASIC + FPGA bridge (Phase I; 7nm ASIC deferred to Phase II) + MARL-LAC + AeroHydroCell v2.0 endurance + post-quantum mesh — engineered as one product. Hivemind on a Hornet costs $400K+ per shot; Helix Swarm interceptor costs $49K–$59K with 12–20 hr loiter.
Strength: Pulsed HPM defeats large UAS swarms in a forward arc with one waveform. $43M Army IFPC-HPM contract.
Helix Edge: Leonidas is ground-fixed with a single forward arc — Helix Swarm forms a 360° airborne web at altitude over the protected asset. Helix complements Leonidas perfectly: Leonidas defeats the bulk-saturation wave from below, Helix Swarm clears leakers and fiber-optic / AI-piloted threats above. Joint deployment is the 2026 winning combination.
Strength: Mass-producible loitering munitions; established procurement pipelines.
Helix Edge: Coyote/Switchblade fly individually with simple RL or scripted autonomy — they cannot form a 1,500-drone hierarchical cluster, cannot self-heal a defensive web, cannot do dual-role offense/defense. Helix Swarm is purpose-built for the next-generation Replicator threshold: emergent coordinated behavior at brigade-level scale.
ECONOMIC MOAT
$49K–$59K ASP per Helix Swarm drone vs. $400K–$3M per legacy interceptor. Sub-$1K cost-per-effect at volume when accounting for cluster reuse on EW/ISR/BDA missions and attritable economics on HE/cyber missions. The unit economics flip the cost-exchange ratio in the defender's favor for the first time.
100% U.S. R&D + manufacturing for the entire airframe, ASIC packaging, AeroHydroCell, and final integration. Secured U.S. facility handles warhead loading and live-fire testing only. One product, one line, two roles — eliminates the bolt-on integration risk that competitors face when fielding multi-vendor stacks.
Software updates (MARL policy refresh, threat library, mission packs) + cartridge replenishment + sustainment generate recurring revenue across the deployed fleet. Y5 base-case proforma: $590M revenue at 85.6% gross margin / 10,000 units (single line); multi-site Arsenal upside (Phase II/III, reference): $5,340M / 60,000 units.
ROADMAP — Y1 → Y5
Y1 (2026)
Foundation
- U.S. R&D + manufacturing line stand-up
- Secured U.S. facility — warhead loading + live-fire range online
- 1,500 units produced (single-line) · $73.5M revenue
- v1 Helix Swarm prototype + 100-agent MARL flight tests
Y2 (2027)
Validation
- JIATF-401 OTA live-fire (Shield + Sword roles)
- First pilot orders (DHS critical infrastructure + DoW homeland)
- 3,500 units produced · $180M revenue
- First 300-drone hierarchical cluster fielded · segment EBITDA positive ($18M)
Y3 (2028)
Scale
- Single-line: 6,500 units · $351M revenue
- First full 1,500-drone package deployed (5 × 300 hierarchical clusters)
- NATO FMS pipeline active
- Tranche B draw trigger: first OTA contract closed at secured facility (unlocks Phase II $95M)
Y4 (2029)
Allied Delivery
- 8,500 units · $480M revenue · 3-shift cadence
- Persistent overwatch on three CONUS critical-infrastructure programs
- First-silicon SNN ASIC bring-up (Phase II)
Y5 (2030)
Full Rate (Base Case)
- Single-line full rate: 10,000 units / yr · $590M revenue · 85.6% gross margin
- 220 FTE steady-state · 6-min takt across 3 shifts
- Prime contractor status, Middle East & Indo-Pacific exports
- Multi-site Arsenal upside (Phase II/III, reference only): 60,000 units / $5,340M
DoW REPLICATOR PROGRAM
The Department of War's flagship initiative to rapidly field thousands of low-cost, attritable, autonomous systems — and the strategic tailwind powering Helix.
~$1B
Initial Funding
FY2024–2025 allocation
18–24mo
Sprint Timelines
Concept to fielding
JIATF-401
C-sUAS Lead
Replicator 2 organization
FY2026
Funding Decision
Full Replicator 2 budget
Program Overview
Launched August 28, 2023, by then-Deputy Secretary of Defense Kathleen Hicks, Replicator was designed to counter China's massed uncrewed systems advantage in the Indo-Pacific by changing the economics and speed of acquisition.
- Attritable Autonomy (ADA2): Low-cost, expendable systems manufactured at scale. "Mass" over exquisite performance — swarms that overwhelm through quantity, software-driven collaboration, and rapid iteration.
- All-Domain: Air, maritime (surface/sub-surface), land, and enabling software across all domains.
- Acquisition Speed: Bypass traditional slow procurement via DIU-led tranches, OTAs, and reprogramming to field capabilities in 18–24 months.
- Software-First: Emphasis on autonomy, C2, collaboration, and lethal effects — not just hardware.
Goal: Field "multiple thousands" of ADA2 systems by August 2025 (18–24 month sprint).
Tranches:
- Replicator 1.1: AeroVironment Switchblade 600, Anduril Altius-600/Ghost-X UAS, Performance Drone Works C-100, uncrewed surface vehicles, and initial C-UAS assets.
- Replicator 1.2: Maritime systems (Anduril Dive-LD AUVs), additional air-domain platforms, and integrated software enablers for autonomy, resilience, and swarm collaboration.
Status (March 2026): Hundreds of systems delivered and transitioned to warfighters by August 2025. Software layer selected from Aalyria, Viasat, Higher Ground, and IoT/AI providers. Focus shifting to end-user adoption by services and SOCOM.
Announced September 27, 2024 via Secretary Lloyd Austin memo — shifts focus to countering the small UAS threat to critical assets and force concentrations.
- JIATF-401: Consolidated into the Joint Interagency Task Force 401 (August 2025) as the lead organization for C-sUAS development and acquisition across DoW.
- First Buy (Jan 2026): JIATF-401 awarded contract for two Fortem Technologies DroneHunter F700 AI-powered interceptor systems (delivery by April 2026) — the initial operational buy under Replicator 2.
- Low-Cost Sensing Challenge: 10 finalists (BLUEiQ, CHAOS 1, Fortem, Guardian RF, Hidden Level, MatrixSpace, REVOBEAM, Squarehead, Teledyne FLIR, Thalrix) for distributed sensing. Live demos at NORTHCOM Falcon Peak.
- Timeline: Deliver "meaningfully improved C-sUAS protection" within 24 months of Congressional funding approval (FY2026).
- Initial Funding: $500M FY2024 (reprogramming) + $500M requested FY2025 = ~$1B over two years.
- FY2026: Senate has recommended full funding; Replicator 2 line items part of pending budget request.
- CRS Issues (Jan 2026): Whether to approve/modify funding; adequacy of information for oversight; transition from prototype to programs of record.
Now often referred to with a secondary "Department of War" designation under Executive Order 14347. Congress continues to debate oversight and specific capability details.
Primary Threat Driver: China's rapid uncrewed systems buildup and mass production advantage in the Indo-Pacific.
Progress: Officials highlight accelerated acquisition, software collaboration, and hundreds fielded. Replicator has driven cultural change — iterative risk tolerance, commercial integration, and software-centric lethality.
Evolution: Transitioning from DIU-led prototype effort to service/SOCOM execution. Moving from concept to hundreds fielded (Replicator 1) and first operational C-sUAS buys (Replicator 2), with FY2026 funding decisions imminent.
Helix × Replicator Alignment
Helix Defense aligns directly with Replicator 2's C-sUAS focus. JIATF-401 is the exact customer for multimodal passive sensors + MARL-LAC defensive swarms + hybrid DEW/interceptors.
- The January 2026 Fortem DroneHunter award validates the market for AI-powered interceptors — Helix's hybrid effectors and launch-from-Defense-Nodes capability provide a differentiated, full-spectrum offering.
- Bid into JIATF-401 via OTAs, prize challenges (Low-Cost Sensing), and direct C-sUAS acquisitions.
- 18–24 month sprint timelines align perfectly with Helix Y1–Y2 prototype and field trial roadmap.
The single Helix Swarm™ airframe is reconfigured between Shield (defensive web) and Sword (offensive strike) by 90-second hot-swap effector cartridge and MARL policy selection — creating a closed-loop offense-defense ecosystem that no single competitor offers. This positions Saber for cross-tranche wins across both Replicator phases from a single secured U.S. manufacturing campus and shared MARL foundation.
TEAM
Co-Founder & CEO
Philip Pritchard
Defense-tech execution; 50% owner
Co-Founder & Principal
Co-Founder & Principal
50% owner — holder of the Original Helix patent + 3 CIPs
Autonomy & Neuromorphic Compute
CTO
MARL-LAC + 16nm SNN ASIC (Phase I) / 7nm ASIC (Phase II) architect
Production / R&D Manager
Joseph Malouff
Leads production-line stand-up and cross-workstream R&D execution (AHC, EMP exoskeleton, MARL-LAC)
Chief Revenue Officer
CRO
Ex-SOCOM acquisition leadership