Reliable Drone Operations.
Anywhere. Anytime.
AeroNerve 2.0 delivers GPS-free visual navigation, real-time command & control, and high-fidelity simulation with the reliability, observability, and governance enterprises demand — indoors and outdoors.
Platform AN-CC-02 is production-ready drone command & control featuring mTLS device trust, SLSA Level 2+ supply chain assurance, full EASA U-Space compliance and integration readiness, and a built-in Ada/SPARK high-assurance safety kernel.
AN-CC-02 — Production-Ready Drone Command & Control
Operate with confidence in any environment — GPS-denied or not. AeroNerve 2.0 delivers unbreakable positioning, real-time decision support, and the highest levels of reliability and governance at scale.
Visual RTH Without GPS
Precise visual return-to-home and position hold — even without any GPS signal. Works reliably in warehouses, tunnels, dense urban environments and indoors, remaining robust against visual drift, lighting changes and sensor noise.
Dual-Channel Reliability
Two fully independent data paths designed for mission-critical operations. One delivers instant situational awareness to the operator, while the second guarantees acknowledged, duplicate-safe delivery of safety-critical commands and telemetry.
Simulation & HUD
High-fidelity simulation environment paired with a clean, human-centered Heads-Up Display. Validate complex scenarios before deployment and see live deviations in real time during flight.
Enterprise-Grade Observability
Complete end-to-end visibility with standardized metrics, distributed tracing, and searchable incident timelines across the entire flight data chain. Know exactly what happened, when, and why — in seconds.
Ready to Scale
Built cloud-native from the ground up with full environment parity, automated pipelines, and operational discipline that dramatically shortens time-to-production and de-risks scaling from pilot to full fleet operations.
Solutions
Purpose-built solutions for organizations that demand reliable, safe, and scalable autonomous drone operations — even in the most challenging environments.
Public Safety & Search-and-Rescue
Unbreakable indoor and GPS-denied positioning combined with multi-operator Heads-Up Display and real-time incident timelines. Enables faster victim location, coordinated team response, and significantly reduced risk in zero-visibility environments.
Industrial Inspections & Warehousing
Safe autonomous indoor operations with precise visual position hold using downward-facing cameras and intelligent guardrails that automatically protect personnel, equipment, and high-value assets — minimizing human intervention while maximizing safety.
R&D and Education
Complete high-fidelity simulation loop with transparent, auditable data models and fully reproducible experimental environments. Accelerate development, testing, and training of next-generation autonomous systems — from research directly to real-world deployment.
Technology
Production-grade technology stack engineered for the highest levels of reliability, safety, and performance in real-world autonomous flight operations.
Advanced AI & Computer Vision
State-of-the-art computer vision and machine learning models enabling precise visual navigation, real-time obstacle avoidance, and robust positioning in complex GPS-denied environments.
Edge Computing
High-performance edge processing architecture that delivers ultra-low latency execution, allowing immediate, safety-critical decisions directly where they matter most.
Secure Communications
End-to-end encrypted command and telemetry channels with mTLS device authentication and military-grade protocols, ensuring complete data integrity and protection against cyber threats.
Real-time Processing
Deterministic sub-millisecond response times across the full command chain, providing the foundation for reliable autonomous navigation and collision avoidance in mission-critical scenarios.
Security & Compliance
Enterprise-grade security and regulatory compliance built-in from day one. Designed for organizations that cannot afford compromise.
End-to-End Encryption
Military-grade end-to-end encryption with mTLS device trust for all command, telemetry, and video streams. Ensures complete data confidentiality and integrity even in contested environments.
Secure Authentication & Access Control
Multi-factor authentication (TOTP + WebAuthn/FIDO2), role-based access control, and platform-managed PKI. Every operator and device is strictly authenticated and authorized.
Real-time Security Monitoring
Continuous threat monitoring, anomaly detection, and automated incident response across the entire system. Full audit logging with immutable records for complete traceability.
Compliance & Certification
Production-ready compliance with EASA U-Space, SLSA Level 2+, CycloneDX SBOM, DO-178C assessment, ISO 27001, and GDPR. Everything is delivered — not just planned.
Ada/SPARK Safety Kernel
Integrated Ada/SPARK high-assurance safety kernel for deterministic command admissibility, geofence enforcement, and safety-boundary validation.
A capability our competitors simply do not offer.
Capabilities
- ✓GNAT Pro / GNAT Community Toolchain with formal verification
- ✓Deterministic ALLOW/REJECT decisions with zero ambiguity
- ✓Enforcement of geofences and full kinematic constraints
- ✓Machine-readable reason codes for full audit traceability
- ✓Independent runtime monitor with fail-safe behavior
- ✓DO-178C assessment applied to the safety boundary
Integration Model
- ✓Java / Spring Boot remains the main orchestration layer
- ✓Strictly bounded safety validation boundary only
- ✓No replacement or modification of existing Spring Boot stack
- ✓Called directly from the simulator and command path
- ✓All decisions fully auditable and attributable
- ✓Complete session provenance and traceability
Why this matters for defense and critical operations:
Modern military and high-integrity customers require an independent, formally verified safety boundarythat cannot be compromised by the main application layer. Ada/SPARK delivers mathematically proven guarantees and formal verification that no Java-based solution can match. This is a true competitive differentiator in contested and safety-critical environments.
Investors
Join us in revolutionizing autonomous flight technology and shaping the future of aerial operations.
Market Opportunity
The global drone market is projected to reach $58.4B by 2026, with enterprise applications leading growth.
Experienced Team
Led by industry veterans with decades of experience in avionics, AI/ML, and safety-critical systems.
Proven Technology
Our GPS-denied navigation technology has been validated in real-world scenarios and harsh environments.
Scalable Solution
Cloud-native architecture designed for enterprise deployment and rapid scaling across industries.
Investment Opportunity
We're seeking strategic partners and investors to accelerate our mission of making autonomous flight operations as reliable and observable as modern cloud systems.
About the Founder
Siergej Sobolewski
Founder & CEO
Senior Software Engineer specializing in AI/ML, Embedded Systems, Radar & Avionics
Siergej Sobolewski brings over two decades of hands-on experience in building complex, high-integrity software systems across defense avionics, radar technologies, safety-critical embedded platforms, and large-scale cloud-native AI/ML infrastructures.
His career spans the full spectrum from low-level systems programming and formal methods to architecting production-grade autonomous systems. He has led multiple safety-critical initiatives compliant with DO-178C, delivered advanced AI capabilities on IBM WatsonX, and designed resilient, observable platforms running on Kubernetes in demanding operational environments.
Prior to founding AeroNerve, he developed GuardBSD — a hardened operating system in Rust, the AstraDesk AI framework, and numerous internal tools and DevOps platforms used in production. He is also the author of several technical textbooks and in-depth training programs in Python, Java, and Julia.
At AeroNerve, he is committed to raising the bar for autonomous flight systems — making them as reliable, observable, and governable as the most demanding cloud and avionics platforms in the world.
Our Values
- Safety and formal correctness take precedence over speed of delivery — especially in systems where failure is not an option.
- Open interfaces, interoperability, and transparency as fundamental principles of trustworthy systems.
- Measurable reliability, complete observability, and continuous, evidence-based improvement.
- Human-centered design that empowers operators and decision-makers rather than replacing them.
Contact
Let's talk about your mission profile or request early access.
Confidentiality & Trust
Client confidentiality is our highest priority. All discussions, demonstrations, technical evaluations, and shared information are handled with strict discretion and protected under appropriate confidentiality agreements (NDA) if required.
Your trust and data security come first.
Get Early Access
Share your email and use case. We'll reach out with next steps.
We respect your privacy. Unsubscribe anytime.
Direct Contacts
General: contact@aeronerve.co
Investors & Sponsors: investors@aeronerve.co
Website: www.aeronerve.co
GitHub: github.com/SSobol77/aeronerve