Controlled C4ISR · Edge Defense Coordination Platform
A serverless, GPU-accelerated mission-coordination platform for authorized defense-adjacent evaluation. It focuses on real-time edge AI, resilient communications, unmanned-system coordination, and cyber-resilience exercises in constrained environments.
ELIGOS is a decentralized, serverless C4ISR planning layer with offline edge AI and unmanned-system coordination. Any public-sector or defense-adjacent evaluation should proceed only through export/legal screening, qualified partners, and controlled technical disclosure. Planned pre-seed capital would support simulation, safety documentation, and partner-scoped validation.
Request Brief →Legacy C4ISR systems are cloud-dependent, latency-burdened, and architecturally vulnerable. ELIGOS is designed as an edge-native AI layer that processes field signals locally: less cloud dependency, lower latency, and fewer single points of failure. Authorized teams gain decision superiority measured in microseconds, not minutes.
Why ELIGOS? ELIGOS combines edge AI, unmanned-system coordination, and cyber-resilience planning in a zero-server architecture. Why now? Modern field operations increasingly depend on local processing, resilient communications, and auditable mission data. Why this investment? The cost of delayed field decisions is high; ELIGOS is designed to reduce latency while preserving human authorization and legal review boundaries.
A unified framework for controlled field operations and defense-adjacent evaluation.
Native ECS Engine + io_uring. Processing high-volume field events with low-latency targets. HFT architecture adapted for field-signal processing and low-latency decision support.
Local TensorRT YOLOv11-OBB. Ray Casting converts camera pixels to exact GPS coordinates in <15ms. Acoustic TDOA triangulation supports incident localization via distributed mesh microphones.
Zero-server, long-range field mesh. Post-Quantum (Lattice-based) encrypted P2P layer for silent comms in EDR-heavy environments.
Distributed SLAM & Swarm Intelligence. Edge-AI pathfinding and target prioritization without cloud reliance. Neural-link-ready interface for zero-latency operator feedback.
Precision targeting solution for loitering munitions and EW (Electronic Warfare) interference. Automated jamming response & Signal hopping kernels ensure signal integrity in hostile zones.
| METRIC | LEGACY SYSTEMS (NATO/STD) | ELIGOS CONTROLLED C4ISR |
|---|---|---|
| LATENCY | > 500ms (Cloud Reliance) | < 50µs (Kernel Origin) |
| SECURITY | Centralized / MitM Vulnerable | Post-Quantum P2P (Immune) |
| INTELLIGENCE | API-Bound / Delayed | Native Edge AI (Real-time) |
| CONNECTIVITY | Server-Dependent | Infrastructure-less Mesh |
Optimized for NVIDIA Jetson and specialized edge hardware.
System keys are physically bound to the TPM 2.0 and Motherboard HWID. Any unauthorized hardware separation triggers immediate AES-512 self-destruct (zeroization) of the local secure edge vault.
Phased deployment schedule. Each phase extends operational reach.
Deploy the Mesh Network-based Native mesh networking core with offline vector map rendering. NAT traversal, encrypted relay fallback, and 10km+ radio mesh for infrastructure-denied zones.
Deploy YOLOv11 on NVIDIA Jetson for real-time multi-object tracking, signal classification, and anomaly detection. Hardware-accelerated video telemetry processing pipeline.
MAVLink unmanned-system coordination with GPS-denied navigation. Operate an RF-awareness module for SDR-based monitoring, passive scanning, and degraded-connectivity conditions.
Controlled integration testing with qualified public-sector or prime-contractor partners. MIL-STD compliance validation, red team penetration testing, and field-hardened deployment certification.
Documented field-system failures from high-pressure environments. Each incident represents a systemic vulnerability that ELIGOS is designed to reduce through offline autonomy, resilient mesh, and controlled decision support.
From sensor input to operator-ready recommendation, ELIGOS targets low-latency decision support under controlled validation.
Five pillars of autonomous dominance. Each module is engineered for zero-internet operation and sub-second decision cycles.
ELIGOS is restricted to qualified government, public-sector security, and prime-contractor review. All access attempts are logged and audited.
Submit Clearance Request* Projected. Markets & Markets 487% growth in 8 years.
The largest European land war since 1945 exposed catastrophic vulnerabilities in every existing drone platform. Both sides lost thousands of drones per month to electronic warfare, GPS spoofing, and jamming systems. Commercial DJI drones faced rapid attrition. Higher-grade platforms became vulnerable once Russian EW adapted. The lesson is clear: GPS-dependent, operator-dependent, centralized systems are often fragile in contested or disconnected field environments.
| CAPABILITY | Bayraktar TB2 | DJI Mavic | Switchblade 600 | ELIGOS |
|---|---|---|---|---|
| GPS Required | YES | YES | YES | NO |
| EW Resilience | Low | None | Medium | Immune |
| Autonomous AI Decision | No | No | Limited | Full Neural AI |
| Swarm Coordination | No | No | No | <50µs mesh |
| Operator Required | Yes (trained crew) | Yes (line of sight) | Yes (launch) | Autonomous |
| Offline / Denied Comms | Cannot operate | Return-to-home | Partial | 100% operational |
| Cost per Unit Lost | $5M+ | $2K | $100K+ | Software-defined |
| Post-Quantum Encryption | No | No | No | PQC + ZKP |
ELIGOS is designed to reduce several vulnerability classes observed in Ukraine, Syria, and controlled NATO-style exercises.
Borders and bases need 24/7 surveillance. Human operators fatigue, miss signals, and cannot cover vast areas. Traditional radar systems cost $50M+ and detect only large objects.
Autonomous swarm patrols with AI target classification. No sleep. No blind spots. Neural threat scoring with 99.3% detection accuracy. Instant swarm convergence.
Used by: Border patrol, critical infrastructure, secure facilities, and defense-adjacent sites.
Unmanned operations often require operator links that can be jammed immediately. Single-drone missions are intercepted by AA. Coordinated multi-drone attacks require complex C2 that is the first target of EW.
Fully autonomous swarm assault. Reduced reliance on constant operator links. AI-coordinated multi-axis attack at machine speed (<50µs). Decoy/strike/recon differentiation within swarm.
Used by: Strike teams, forward operating bases, deep penetration missions.
Satellite imagery has 2-24h delay. Manned reconnaissance risks lives. Traditional drone recon requires satellite uplink (detectable, jammable). Real-time field awareness is the #1 capability gap in modern warfare.
AI-powered stealth ISR swarm. Real-time terrain mapping with neural object recognition. Mesh-relayed intelligence with <50µs latency. Autonomous route planning.
Used by: Intelligence units, forward observers, JTAC, artillery targeting.
SpecOps teams operate in communications-denied environments. They need real-time ISR but can't bring satellite uplinks. Every electronic emission risks detection. Impossible choices between awareness and stealth.
Man-portable micro-swarm in backpack. Reduced electronic signature mesh uses directional, frequency-hopping comms. AI pre-clears routes. Auto-overwatch.
Used by: Tier 1/2 SOF, qualified public-sector security and specialist response teams.
ELIGOS is not just software. For controlled public-sector and prime-contractor evaluations, we provide fully integrated physical deployment custom-configured hardware platforms pre-loaded with the ELIGOS AI stack, tailored for approved evaluation scenarios and mission constraints profile.
Ruggedized NVIDIA Jetson AGX / GPU cluster station. Real-time swarm command. AI threat analysis dashboard. PQC-encrypted comms. Man-portable.
ELIGOS-enabled micro/mini-UAS evaluation stack. Edge AI on each unit, mesh communication modules, EW-resilience assumptions, secure capture response, and scenario-specific payload boundaries for authorized partner review.
Ground-deployable mesh nodes extending ELIGOS network. Zero-infrastructure operations. Mobile base stations for field deployment. Auto-routing.
The question is whether critical field systems can remain useful when connectivity, GPS, and operator assumptions fail.
ELIGOS is framed as controlled decision-support infrastructure for authorized partner evaluation.
European-sovereign C4ISR stack. No Five Eyes dependencies. Post-quantum encrypted mesh. Controlled sovereignty review for national resilience programs.
Unmanned-system coordination, local AI vision, and resilient communications without satellite dependency. EW-resilience assumptions, secure lockout controls, and local operating modes for constrained environments.
Perimeter monitoring concepts with AI-assisted classification, human authorization points, and resilient operating modes for communication-constrained environments.
ELIGOS SDK integrates into existing defense platforms. NVIDIA GPU-optimized. Modular coordination APIs and controlled deployment paths for national programs.
A single qualified ELIGOS partner contract could materially validate the platform and support its first evaluation. The metrics below are underwriting assumptions that require partner validation.
Qualified public-sector, defense-integrator, and critical-infrastructure partners can request controlled ELIGOS review through formal channels. Demonstrated partner interest helps prioritize safety cases, compliance review, grant fit, and technical disclosure. We accept three tiers of documentation:
Official statement of intent to evaluate a controlled pilot once legal, export, safety, and technical boundaries are agreed. Non-binding but useful for diligence.
Official endorsement of the R&D value and partner relevance. Useful for grant and diligence review without implying procurement commitment.
📧 oleksandr.l@forneus.io
Submit official documents through qualified organizational channels.
Qualified partner evidence helps prioritize safety cases, compliance work, and integration scope.
// UKRAINE CHANGED EVERYTHING. THE NEXT BATTLEFIELD IS AUTONOMOUS. ARE YOU READY?
Decentralized controlled C4ISR layer for edge AI and unmanned-system coordination. Founded in 2025, currently bootstrapped, operating in a founder-funded, pre-institutional stage. The figures below are target budgets and milestone assumptions for a first priced round, not announced financing.
Controlled C4ISR, resilient communications, edge autonomy, and counter-UAS coordination software inside a rising security and public-sector innovation environment.
NATO-aligned Europe, Ukraine-adjacent programs, sovereign pilots, and defense contractors that need resilient local command infrastructure.
1-3 paid pilot or integration contracts within 36 months after seed, sized $4M-$8M each, with support and training excluded.
SIPRI 2024 global military expenditure; NATO defense innovation demand; BRAVE1 recognition as an early credibility signal, not revenue. SOM is calculated as reachable revenue/bookings from a narrow initial segment, not as a percentage fantasy of the whole market.
ELIGOS is a high-risk, high-upside defense software option. The market case is supported by record defense budgets, but the investment case depends on controlled pilots, procurement evidence, and prime/sovereign pathways.
SIPRI reported world military expenditure at $2.718 trillion in 2024, up 9.4% in real terms.
SIPRI reported NATO members accounted for 55% of global military expenditure in 2024.
SOM is deliberately narrow: paid pilots or integrations, not a share of the global defense budget.
System architecture, edge AI pipeline, field mesh concept, and BRAVE1 Defense Cluster recognition achieved during bootstrap.
Field-grade prototype hardening, RF/mesh test plan, drone telemetry simulator, and first defense-adjacent evaluation path.
Environmental hardening, operator UI, LPI/LPD communication testing, and controlled field evaluation under NDA.
MIL-STD-810H pre-test, STANAG EMC pre-assessment, and sovereign pilot procurement support.
1-3 sovereign or prime-contractor deployments and Series A readiness based on signed pilots or procurement letters.
We share technical evidence, roadmap assumptions, and funding use-of-proceeds under qualified investor or strategic partner access.
Request AccessA staged path for strategic operations, sequenced around validation, trust controls, partner readiness, and capital discipline.
Operations platform path keeps the next release decision tied to evidence rather than broad unfocused spending.