Thematic Silo Architecture • Aerospace & Avionics

Autonomous Telemetry Analysis, Satellite Flight Dynamics & Scramjet Thermal Monitoring

Architectural Answer Capsule • Executive Summary

Elesium's aerospace AI architecture processes high-throughput telemetry streams from satellite constellations, commercial avionics, and hypersonic propulsion testbeds, executing sub-5ms anomaly detection and orbital trajectory corrections under AS9100D and RTCA DO-178C guidelines.

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Telemetry Decommutation
< 5ms
Real-time CCSDS frame telemetry analysis
Orbital Conjunction Alert
< 120s
Automated collision risk assessment
Quality Standard
AS9100D / DO-178C
Aerospace mission-critical verification
Thermal Drift Detection
0.01 deg C Precision
Hypersonic leading edge sensor models

Statutory & Regulatory Compliance Matrix

Governing Authorities: DGCA, ISRO, IN-SPACe & AS9100D

AS9100D Aerospace Quality Management System, RTCA DO-178C Software Considerations in Airborne Systems, DGCA Civil Aviation Requirements (CAR), and ISRO/IN-SPACe Space Activity Standards.

DPDP Act 2023 Sec 8(5) Automatic statutory data erasure upon workflow execution completion.
Sovereign Data Residency Tier-IV Indian datacenters (CtrlS, Yotta Shakti) with zero foreign telemetry.
Cryptographic Hashing SHA-256 state ledger verification for statutory explainability audits.

Deterministic Multi-Agent Architecture

Commercial aerospace fleets, satellite constellation operators, and hypersonic flight test programs generate millions of multi-channel telemetry data points per second. In orbital flight operations or supersonic atmospheric transit, delayed anomaly detection results in loss of mission control, catastrophic structural disintegration, or uncontrolled orbital decay.

Elesium builds ultra-low-latency aerospace telemetry processing agents that adhere to Consultative Committee for Space Data Systems (CCSDS) packet standards. Deployed on high-throughput ground stations or edge-hardened flight controllers, our agents decommutate and validate thousands of analog and digital flight channels in sub-5ms cycles.

Our Satellite Flight Dynamics Agent continuously ingests two-line element (TLE) orbital sets, GNSS receiver positions, and solar flux data, predicting orbital conjunction risks and atmospheric drag decay curves. When collision probabilities exceed designated thresholds, the agent automatically models deterministic propulsion burns, optimizing delta-V fuel budgets while maintaining satellite constellation coverage geometry.

Enterprise Production Capabilities

Real-Time Satellite Constellation Telemetry Triage

Sub-5ms decommutation and anomaly classification across thousands of telemetry channels from LEO/GEO satellite platforms.

Autonomous Orbital Conjunction Assessment

Rapid evaluation of space debris orbital trajectories with automated delta-V avoidance maneuver calculation.

Aero-Engine & Hypersonic Thermal Monitoring

High-temperature sensor drift and heat-flux modeling for turbofan engines, scramjet combustors, and thermal protection systems.

Avionics Bus Health Diagnostics

Continuous electrical waveform analysis on ARINC 429, MIL-STD-1553, and AFDX avionics buses to predict wiring degradation.

Aerospace & Avionics Production Architectures

Verified production-ready sovereign AI solutions in the Aerospace & Avionics thematic cluster.

Engagement Tiers & Institutional Pricing

Tier Investment (INR) USD Equiv. Timeline Deliverables
Pilot Sprint ₹1,50,000 – ₹3,50,000 $2,000 – $4,500 14 days Single-process deterministic agent, private cloud staging, production validation
Enterprise Suite Most Deployed ₹6,00,000 – ₹15,00,000 $7,500 – $18,000 30–45 days 3-agent triad, LangGraph StateGraph, ERP integration, zero-data-retention VPC
AI Engineering Pod ₹4,50,000 / month $5,500 / month 12-month retainer 3 AI engineers + 1 principal architect, continuous fine-tuning, 1-hour critical SLA

Frequently Asked Questions

Can Elesium software be certified under RTCA DO-178C for airborne flight systems?
Our core algorithms are designed with deterministic state boundaries, exhaustive test suites, and structural coverage artifacts that facilitate Level C and Level B DO-178C certification pathways.
How does the platform handle telemetry packet dropouts during ground station passes?
Our telemetry ingest engine implements robust sliding-window packet reassembly and predictive spline interpolation to maintain continuous state tracking through RF fade intervals.
Is the system compatible with private Indian space startups operating under IN-SPACe?
Yes. We work closely with commercial space entities in India, offering pre-configured telemetry pipelines for launch vehicle staging and smallsat operations.
What machine learning architectures are used for hypersonic propulsion monitoring?
We deploy physics-informed neural networks (PINNs) that enforce thermodynamic energy conservation laws, preventing unphysical predictions during extreme atmospheric flight regimes.
What is the typical infrastructure footprint for a satellite ground station operations center?
A high-availability dual-server rack equipped with enterprise NVMe storage and low-latency networking can monitor over 100 concurrent satellite telemetry streams simultaneously.

Deploy a Scoped Aerospace & Avionics Pilot in 14 Days

30-minute private architecture review with Principal AI Systems Architect Chaman Shah. We evaluate legacy interfaces, data residency requirements, and model your 90-day cash-flow ROI SLA.

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