Industrial Aerospace Efficiency

Orchestrating
aerospace assembly.

From LEO constellations to heavy-lift boosters, unify your manufacturing floor with precision orchestration, automated compliance, and real-time floor pathing.

FAA Ready NASA-STD Aligned ITAR/EAR Safeguards AS9100 ESA Compliant
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0%
Cycle time cut
0 ms
Sync latency
LEO -> GEO
Coverage
LEO Constellations | Heavy-Lift Boosters | Launch Vehicles | Satellite Buses | Propulsion Lines | Avionics Cells | Mission Planning | Space Research | LEO Constellations | Heavy-Lift Boosters | Launch Vehicles | Satellite Buses | Propulsion Lines | Avionics Cells | Mission Planning | Space Research |

Precision tools for
aerospace production.

Five modules that sit atop your existing MES and ERP systems. No rip-and-replace, just plug in and ship faster.

Floor Logic

Real-time spatial optimization for assembly technicians and robotic nodes. Tasks are assigned, tracked, and routed based on floor telemetry, not spreadsheets.

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Auto-Compliance

FAA, NASA, and ESA documentation generated automatically as work happens. Audit trails write themselves.

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BOM Sync

Zero-latency synchronization between engineering CAD and floor assembly. Revision changes propagate instantly, with no manual handoff.

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QA Vision

Neural validation of every assembly step via integrated floor sensors. Anomalies caught at the bolt, not at the launchpad.

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Mission Telemetry

Live sensor streams across every mission phase. 240+ events per second with sub-millisecond P99 latency and full observability from factory to orbit.

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TELEMETRY ACTIVE — 240 ev/sec
[17:10:13.298] orbit.telemetry.sync LEO_BLOCK_7 stable
[17:10:14.504] qa.frame.validate score 0.998 PASS
[17:10:15.112] compliance.faa.check active validation OK

Requirements-to-Verification Loop

Assemble-It connects left-side design criteria directly with right-side validation data, ensuring zero compliance debt across the engineering lifecycle.

VALIDATION LINK COMPLIANCE MAP VERIFICATION LOOP SOFTWARE / HARDWARE DEVELOPMENT & INTEGRATION User Requirements & ConOps System-Level Specs High-Level Design Sub-system Req's Detailed Allocations Component Design Detailed Specs Component Verify 100% PASSED Sub-system Verify ALMOST DONE System Verify ACTIVE CHECK System Validation UNCONNECTED PIPELINES

Global aerospace compliance
built into the core.

Assemble-It maps engineering designs and requirements directly to international space law and export regimes.

Export Control (ITAR / EAR)

Automatic classification tagging and restricted asset shielding. Protects drawings, CAD models, thermal analysis files, and source code from unauthorized foreign national access.

Orbital Debris & Sustainability

Active mitigation tracking for end-of-life disposal, including the 25-year deorbit rule, probability of breakup limits, conjunction assessments, and orbital passivation plans.

Safety & Mission Assurance

System reliability analysis mapping. Link failure modes (FMEA, FTA, PRA), single-point failure flags, and FDIR recovery actions directly to physical graph components.

Unified Standards Ecosystem

Pre-mapped compliance tracking against NASA procedural standards, ECSS requirements, ISO aerospace series, CCSDS communication profiles, and SAE limits.

Space Treaties & National Regs

Built-in compliance checking for international space law, global agency standards, and national authorizations, enabling aerospace operators to streamline global launch clearance.

UN Space Treaties Compliance

Automatic audit trails conforming payload operations to the Outer Space Treaty, Liability Convention, Registration Convention, and Rescue Agreement.

Indian Space Framework

Workflows mapped to IN-SPACe authorization guidelines, ISRO engineering/technical standards, and NSIL commercial policy standards.

NASA Flight Safety

Integrated compliance matrices for NASA-STD-8719.13 software safety, NASA-STD-5001 structural designs, and planetary protection.

ESA ECSS Standards

Verification checklists aligned with European Cooperation for Space Standardization engineering (E), management (M), and product assurance (Q) branches.

JAXA Regulations

Quality assurance workflows satisfying Japan Aerospace Exploration Agency technical regulations and spacecraft safety assessments.

KARI / Korean Space Act

Operations conforming to Korea Aerospace Research Institute standards and Korea's national Space Development Promotion Act provisions.

We built VyomFix because rockets shouldn’t wait for paperwork. If your compliance docs take longer than your propulsion tests, something’s broken.
40%
Assembly cycle time reduced across production lines
0 ms
BOM sync latency between CAD and floor assembly
5+
Aerospace standards validated continuously in production
4.2x
Throughput gain versus conventional floor scheduling
Accelerate your
launch timeline.

Join the next generation of aerospace manufacturers using VyomFix to reduce assembly cycles by up to 40%. Request a demo or download our Abstract.

Download Abstract

From engineering models
to airworthy
assets.

The VyomFix Orchestration Matrix transforms unstructured PLM data and Bill of Materials into a dynamic Knowledge Graph, creating a high-fidelity digital twin that maps every fastener, sensor, and subsystem. assigns operations by certification and telemetry, and continuously validates against the anomaly shield - entirely without manual intervention.

Live orchestration active
PLM DATA Siemens/PTC BOM DATA Parts & Assembly TELEMETRY Sensor Stream ORCHESTRATION MATRIX LLM Parsing Digital Twin Cognitive Routing ANOMALY SHIELD COMPLIANCE FAA / NASA / ESA TASK ENGINE Cert-Aware Routing RESEARCH CONTINUITY Persistent State - Zero Context Loss ASSEMBLE-IT ARCHITECTURE v1.0
Digital Graph Integration

LLM parsing transforms PLM and BOM data into a dynamic digital twin that feeds real-time operational decisions.

Cognitive Orchestration Layer

Certification-aware task assignment across human teams and automated systems using live telemetry.

Anomaly Shield

Sensor scoring and photographic evidence intercept defects at the step level, before propagation to orbit.

Research Continuity Engine

Persistent state management ensures zero context loss across mission phases, teams, and time zones.

Assemble It—your
aerospace production layer.

A modular orchestration layer that sits atop your existing MES and ERP systems, providing real-time intelligence for rocket assembly and spacecraft manufacturing.

Mission Overview
Live
Active Mission Programs
LEO - 540KM MEO - 8,000KM
6
Active missions
+2 this quarter
99.8%
Uptime SLA
+0.3% this month
0s
Sync latency
Real-time
Engineering & Assembly Throughput
73%
Cycle time cut
4.2x
Assembly throughput
12h
Saved per engineer/wk
100%
Compliance coverage
OUTPUT INDEXTIMEAssemble-It outputManual effort
Compliance Status
FAA
100%
NASA
98%
ESA
100%
AS9100
96%
ITAR
100%
All standards passing - last audit 0ms ago
Bill of Materials Sync
A42.119Main Thruster Assembly14:02:17SYNCED
B17.404Cryogenic Valve Stack14:02:11SYNCED
C88.210Avionics Relay Board14:01:58PENDING
D02.337Payload Fairing Latch14:01:46SYNCED
E61.008Guidance IMU Bracket14:01:29SYNCED
F09.722Pressurant Line Sensor14:01:03SYNCED
G31.550Stage Separation Bolt14:00:47PENDING
H73.018Telemetry Antenna Bus14:00:22SYNCED
847
components synced
0ms
propagation delay
3
revisions today
Quality Assurance Vision
FRAME_12482
PASS
FRAME_12483
PASS
FRAME_12484
WARN
FRAME_12485
PASS
FRAME_12486
PASS
FRAME_12487
PASS
6 frames validated / Avg score: 0.994 / 0 anomalies detected
Live Event Stream
0
Events/sec
0.8ms
P99 latency
0
Critical alerts

Roles & Permission Matrix

Granular, role-based access controls mapped strictly to organizational operations and certification workflows.

Permission Super Admin Project Lead Systems Eng QA Eng Assembly Tech Doc Specialist Compliance Eng
Manage Org
Manage Users
Create Projects
Manage Projects ✅ (Assigned)
View Projects ✅ (Assigned) ✅ (Assigned) ✅ (Assigned) ✅ (Assigned) ✅ (Assigned) ✅ (Assigned)
Manage Teams ✅ (Assigned)
Create Tasks
Assign Tasks
Update Tasks ✅ (Assigned) ✅ (Assigned) ✅ (Assigned) ✅ (Assigned) ✅ (Assigned) ✅ (Assigned)
Upload Documents
Delete Documents
Advance Workflow
Manage Compliance
Generate Reports
Trigger AI Jobs
View Audit Logs

Enterprise-grade
cloud architecture.

Assemble-It is built on a scalable, cloud-native architecture utilizing enterprise AWS services and managed platforms for maximum reliability and security.

Deployment Topology

Assemble-It is built on a scalable, cloud-native architecture utilizing enterprise AWS services and managed platforms for maximum reliability and security.

AWS Amplify

Secures and serves the client-side SPA with low-latency edge-caching and automated SSL/TLS deployments.

AWS ECS (Elastic Container Service)

Orchestrates application containers inside secure, auto-scaling application environments.

Supabase Integration

Powers robust user identity management, multi-role access verification, and real-time database change streams.

Amazon RDS (PostgreSQL)

Houses the relational document, task, and compliance graphs, backed by pgvector for high-performance semantic search.

Schema Relationships

Assemble-It utilizes a highly normalized, relationally structured database to enforce strict referential integrity across engineering and compliance graphs.

User Access & Scope:
organizations → users → roles → permissions

Maps system logins to specific organizational boundaries and roles, controlling endpoint and data access gates.

Workflow State Machine:
organizations → projects → workflows → workflow_stages

Tracks step-by-step project progression through sequential stage gates, requiring cryptographic validation to unlock subsequent phases.

Task Allocation Matrix:
projects → tasks (multi-user assignment mapping table)

Supports finish-to-start dependencies, parent-child subtasks, and multi-user tracking for complex hardware and avionics assembly operations.

Compliance Traceability:
projects → documents → vector_embeddings (pgvector)

Links uploaded design plans, test procedures, and raw evidence files directly to semantic vectors for continuous compliance matching.

Partitioned Audit Trail:
projects → audit_logs (monthly range-partitioned)

Maintains a high-performance, monthly partitioned log of every system operation to conform with 10-year regulatory retention guidelines.

Audit-ready,
always.

Documentation aligned with FAA, NASA, ESA, AS9100, and ITAR standards - generated automatically as operations execute. No post-hoc audits. No compliance debt.

Federal Aviation Administration

Real-time compliance validation for US aerospace operations and manufacturing under 14 CFR and related standards.

Active validation
Space Program Standards

Aligned to NASA procedural requirements (NPR) for human spaceflight, science missions, and ground operations.

Active validation
European Space Agency

Full compliance with ESA engineering standards and ECSS requirements for satellite and launch vehicle development.

Active validation
Quality Management

End-to-end AS9100 Rev D compliance for aerospace quality management systems with automated evidence capture.

Certified coverage
Export Control

ITAR-aware workflows ensuring controlled technical data is accessed only by authorized, cleared personnel.

Controlled access
30+
Standards covered

Continuously expanding coverage across global aerospace regulatory frameworks.

Compliance flows automatically, as work executes.

010203040506
Live validation activeFAA · NASA · ESA · AS9100 · ITAR

V-Model Lifecycle Regulatory Matrix

Explore mapped aerospace standards and compliance regulations across all 12 phases of the systems engineering V-model.

1. Left-Arm Decomposition

  • ECSS-E-ST-10C & ECSS-M-ST-10C: Establishes Systems Engineering Management Plans (SEMP) & milestones.
  • ISO/IEC/IEEE 15288: Guides tailoring of systems engineering lifecycle models.
  • MIL-STD-499C: Formulates WBS and Concept of Operations (ConOps).
  • NASA-SP-2007-6105: Stakeholder needs analysis and mission concept reviews.
  • AS9100D: Coordinates initial quality planning and risk criteria.
  • UN Outer Space Treaty: Evaluates payload legality (peaceful uses, non-contamination).
  • IN-SPACe Authorization: Initiates preliminary registration for Indian startups/NGEs.
  • ITAR Cat XV & EAR: Drives USML dual-use technology control planning.
  • ISO/IEC/IEEE 29148: Authors and traces testable System Requirements Documents (SRD).
  • ECSS-E-HB-10-02A: Configures Verification Control Documents (VCD) mapping T/A/I/D methods.
  • MIL-STD-882E (Task 201): Conducts Preliminary Hazard Analysis (PHA) for subsystems.
  • IEC 61508-1: Computes Safety Integrity Levels (SIL) for software/hardware modules.
  • DO-178C & ECSS-Q-ST-80C: Allocates Software Design Assurance Levels (DAL A–E).
  • ITU Radio Regs & CCSDS 401.0: Selects frequency bands and radio licensing parameters.
  • ECSS-E-ST-10C & MIL-STD-1553B: System Design Documents (SDD), ICDs, & data bus parameters.
  • CCSDS 232.0 / 131.0: Configures TC/TM channel coding and packet encapsulation.
  • MIL-STD-882E (Task 202/203): Conducts system Hazard Analyses (SHA/SSHA) and Fault Trees.
  • DO-254 & DO-297: Outlines hardware development and Integrated Modular Avionics (IMA) partitioning.
  • MIL-STD-461G & ECSS-E-ST-20-07C: Defines Electromagnetic Compatibility (EMC) bounds.
  • IADC & ISO 24113: Drives space debris mitigation and system passivation designs.
  • DO-178C §5 / ECSS-Q-ST-80C: Traces Software High-Level Requirements (HLR) to SRS.
  • MISRA C:2012 / C++:2023: Mandates static analysis and coding standard compliance.
  • DO-254 §5: Maps hardware subsystem specs and derating curves.
  • MIL-STD-975M: Enforces electronic component parts selection and screening.
  • ECSS-E-ST-32C & MMPDS-18: Establishes metallic material load allowables.
  • DO-178C §5.3 & DO-330: Software Design Descriptions (SDD) and compiler qualification.
  • DO-254 §6 & IPC-2221B: Models detailed PCB layout clearance & track widths.
  • ECSS-Q-ST-70C: Coordinates Materials and Processes Data Sheets (MPDS) & DML.
  • ECSS-Q-ST-70-01C & NASA-STD-6001B: Controls cleanroom ISO classes & outgassing testing.
  • ECSS-Q-ST-60-15C: Enforces Single-Event Effect (SEE) protection in rad-hard layouts.

2. Bottom-Arm Implementation

  • AS9100D & AS9102B: Controls production quality, supplier tracing, and FAI reports.
  • ECSS-Q-ST-10-09C: Manages Nonconformance Reports (NCR) and Material Review Boards (MRB).
  • IPC-A-610H & J-STD-001H Class 3S: Enforces space-grade workmanship and high-reliability soldering.
  • SAE AS5553C: Screens electronic components to prevent counterfeit parts.
  • ITAR §123 & EAR Part 762: Tracks shipping licenses, export records, and foreign national access.
  • ECSS-E-ST-10-02C & 10-03C: Compiles unit-level verification records and configuration tests.
  • DO-178C §6.4: Verifies statement, decision, and MC/DC structural code coverage.
  • DO-254 §7: Compiles timing analyses and gate-level hardware test coverage.
  • MIL-STD-810H & ECSS: Executes unit vibration, thermal cycling, and shock tests (+6dB vibe, +10°C thermal margin).
  • MIL-STD-883K: Coordinates microcircuit TID irradiation & lot screening tests.

3. Right-Arm Integration

  • MIL-STD-1540E & MIL-STD-810H: Coordinates subsystem-level product test sequences.
  • ECSS-E-ST-10-03C: Evaluates subsystem test runs and Thermal Vacuum (TVAC) chambers.
  • MIL-STD-461G & DO-160H: Tests electromagnetic compatibility at integration levels.
  • DO-178C §6.5 & DO-254 §7.3: Audits software-hardware interface timing and integration tests.
  • NASA-GSFC-STD-7000B (GEVS): System-level acoustic, random vibration, and shock tests.
  • MIL-STD-464C: System electromagnetic environmental effects (lightning, ESD tests).
  • FAA 14 CFR Part 417 / ISRO Range Safety: Compiles hazardous material lists, trajectory checks.
  • Launch Vehicle ICD: Verifies physical payload fit checks and adapter interfaces.
  • IN-SPACe Final License: Processes operational launches and satellite orbital releases.
  • FAA 14 CFR Part 413/415: Coordinates FAA launch vehicle licensing.
  • FCC 47 CFR Part 25: Files and tracks commercial LEO satellite spectrum clearances.
  • UN Liability & Registration: Submits satellite registration forms & insurance checks.
  • CCSDS 520.1 & 650.0: Governs ground station cross-support and data exchange compatibility.
  • CSpOC CDM (Space-Track): Ingests Conjunction Data Messages for orbital collision avoidance.
  • NIS2 / NIST SP 800-82: Enforces operational cyber controls on space telemetry infrastructure.
  • CCSDS 350.0: Telecommand link encryption key rotation and authentication.
  • IADC & ISO 24113:2023: Executes post-mission deorbit maneuvers within rules.
  • ECSS-E-ST-10-04C: Passivates on-board tanks, venting remaining fuel, and battery discharges.
  • ITU Graveyard Rules: Manages GEO graveyard transitions (raising altitude ≥+300 km).
  • IN-SPACe EOL Reporting: Deregisters operational payload from national registries.

Built for
platform teams.

Event-driven workflows, certification-aware assignment APIs, and live telemetry streams. Engineered to connect your existing aerospace stack in hours, not months.

Event-Driven
Webhook and streaming APIs for real-time integration
Permission Hierarchies
Role-based access with mission-scoped controls
Certified
All endpoints are certification-context aware
Telemetry
240+ events/sec with sub-millisecond P99
compliance_trace.js
// Query the compliance trace graph
const response = await fetch('https://api.assemble-it.com/v1/compliance/trace', {
headers: {
'Authorization': 'Bearer vx_live_...'
}
});
const data = await response.json();
// Response (200 OK)
{
"status": "compliant",
"standards_mapped": 14,
"checks_passed": true,
"unresolved_orphans": 0
}

Connect your existing aerospace stack. VyomFix plugs into the tools your team already uses.

Siemens Teamcenter
PTC Windchill
SAP PLM
JIRA / Confluence
REST / Webhooks
MATLAB / Python
+ More coming
Let's build the automated space ecosystem.

Whether you're an enterprise space program, investor, or exploring a partnership - we want to hear from you.

tech.admin@vyomfix.com
India - Global Operations
Request received!

We'll be in touch shortly to schedule your demo.