Saber Defense • Helix Swarm™
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.
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.”
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
~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.
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.
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.
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
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.
Y1 (2026)
Y2 (2027)
Y3 (2028)
Y4 (2029)
Y5 (2030)