Untethered Initiative deploys autonomous drone technology to recover abandoned fiber optic cables from post-conflict zones — starting with Ukraine.
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km² of conflict-affected land in Ukraine
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tons of fiber optic cable debris estimated
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drone systems built around one platform
The Problem
A War Leaves More Than Ruins.
Modern drone warfare has blanketed Ukrainian fields, forests, and communities with thousands of kilometers of severed, tangled fiber optic cable. Left uncleaned, this debris entangles wildlife, disrupts ecosystems, contaminates soil, and poses hazards to farmers and civilians attempting to rebuild.
Traditional cleanup methods are slow, expensive, and dangerous. The scale of the problem demands a smarter approach.
We built a drone that detects, collects, and clears — so communities can focus on rebuilding, not cleanup.
Our Approach
Autonomous. Precise. Scalable.
The Avvolgere drone integrates detection, collection, and cutting into a single autonomous platform — guided by AI-mapped flight paths to systematically clear affected zones with minimal human risk.
Our Mission
A nonprofit dedicated to environmental recovery in post-conflict zones
Who We Are
Built on Purpose. Driven by Technology.
Untethered Initiative is a nonprofit organization founded on the belief that technology should serve humanity — especially in the places that need it most. We operate at the intersection of environmental recovery, autonomous systems, and post-conflict reconstruction.
The Crisis
Wildlife. Farmland. Communities.
Fiber optic cables used to guide drones in conflict zones don't disappear after the fighting ends. They accumulate in fields and forests — woven into the earth, tangled in vegetation, mistaken for nesting material by wildlife. The environmental damage is quiet but pervasive.
Farmers cannot safely work land laced with wire. Children cannot play in affected areas. The road to recovery is blocked not just by rubble, but by this invisible lattice of debris.
Core Values
What We Stand For.
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Environmental Stewardship
Every mission we fly restores land to the communities and ecosystems that depend on it. We measure success in hectares recovered and habitats protected.
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Community First
We work alongside local governments, NGOs, and affected communities. Cleanup decisions are made with, not for, the people who live on this land.
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Responsible Innovation
Our technology is purpose-built for this mission. We develop only what's needed to solve this specific problem, safely and transparently.
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Radical Transparency
As a nonprofit, we publish our operational data, funding sources, and mission outcomes. Trust is built through openness.
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Urgency
The window for effective cleanup narrows as debris embeds deeper into the environment. We move with the pace the situation demands.
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Neutrality
We are not a political organization. We serve the land and the people. Our drones collect — they never deploy anything designed to harm.
Our Focus
Ukraine, First.
Ukraine represents the most acute concentration of fiber-optic drone warfare debris in the world. We are deploying our first operations here, with the intention of scaling our model to future post-conflict recovery efforts globally.
Our partnerships with Ukrainian environmental organizations and international reconstruction bodies ensure that our operations are coordinated, legal, and genuinely beneficial to those affected.
The Avvolgere
One drone. Three systems. One purpose.
The Platform
AVVOLGERE
Italian: "to twist" — as in twisting pasta
The Avvolgere is a purpose-built autonomous drone platform engineered for a single mission: detecting, collecting, and cutting abandoned fiber optic cables in post-conflict environments. Named for the Italian word meaning "to twist" — evoking the winding of pasta — the Avvolgere's core mechanism spirals and winds cable debris into a compact, retrievable spool.
All three primary systems — detection, twisting collection, and cutting — are integrated into one compact airframe. There is no handoff between drones, no ground crew required for each pass. The Avvolgere operates as a complete, self-contained cleanup unit.
Integrated Systems
Three Mechanisms. One Drone.
Every Avvolgere unit combines detection, collection, and severance into a unified system — eliminating the need for multi-vehicle operations and reducing mission complexity.
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Detection Module
Onboard sensor array — combining optical, near-infrared, and electromagnetic detection — identifies fiber optic cable signatures on the ground. The system differentiates cable debris from roots, vegetation, and other materials, flagging collection targets in real time and feeding data back to the AI navigation system.
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Twisting Collection Mechanism
The signature system that gives the Avvolgere its name. A motor-driven rotating collector descends to engage cable, twisting and winding it onto a spool in the manner of pasta on a fork. The mechanism handles tangled, knotted, and partially buried cable without requiring the drone to land, operating on a tethered descent arm.
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Cutting Mechanism
When cable lengths exceed the collection spool's capacity, or when cable is embedded in terrain requiring severance before removal, the integrated cutting system activates. Precision blades on the collection arm sever cable at defined points, enabling segmented collection across large debris fields without interrupting the mission.
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Autonomous Navigation
GPS-guided waypoint navigation combined with real-time obstacle avoidance enables fully autonomous flight paths. The Avvolgere can execute pre-planned grid sweeps or dynamic detection-triggered routing without pilot input, operating within defined mission boundaries and returning to base automatically when payload capacity is reached.
AI-Powered Mission Planning
The Avvolgere doesn't just fly — it thinks. An onboard and ground-based AI system processes mapped data from prior sorties, satellite imagery, and real-time sensor feeds to construct optimized flight paths for each mission. The system learns the debris distribution patterns of each target area, prioritizing high-density zones and adapting routes dynamically as cable is collected.
This means no two missions are flown the same way. The AI ensures maximum coverage efficiency, minimizes redundant passes, and continuously updates its model of the debris field as operations progress.
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Area Mapping
Satellite and prior flight data is ingested to build an initial debris probability map of the target zone.
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Path Generation
The AI calculates an optimal flight path prioritizing high-density debris areas and respecting terrain, obstacles, and airspace constraints.
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Live Adaptation
As the Avvolgere flies, onboard sensors feed detection data back to refine the active path in real time, rerouting to newly identified debris concentrations.
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Mission Learning
Post-mission data is integrated into the area model, improving future path generation for subsequent sorties over the same zone.
Get In Touch
Partner with us. Support us. Join us.
Let's Work Together
Whether you're an NGO, government body, research institution, donor, or someone who wants to volunteer — we want to hear from you. Untethered Initiative operates on collaboration.
