NAVIGATE 2025 : Global Inertial Navigation Expo
Precision in Motion, Innovation in Position
Where Accuracy Meets the Future of Navigation
Purpose:
Showcase advancements in INS technologies (FOG, RLG, MEMS, quantum), foster R&D partnerships, and address challenges in high-stakes navigation.
Target Audience:
Aerospace & Defense Contractors
Autonomous Vehicle Developers (drones, AGVs, maritime)
INS Component Manufacturers (gyroscopes, accelerometers)
Government/Military Procurement Teams
Research Institutes & Academia
Space Exploration Agencies
Format: Physical + Virtual Demos
Duration: 3 Days (Including Tech Deep Dives)
Scale: 150+ Exhibitors, 2,500+ Attendees
Core Tech Pavilion: MEMS, FOG, RLG, and quantum INS hardware.
Defense & Aerospace Sector: Military-grade INS, GNSS-denied navigation solutions.
Emerging Applications Zone: INS for robotics, urban air mobility, undersea exploration.
Testing & Calibration Corner: Live demos of environmental testing (vibration, thermal, EMI).
Keynotes:
"Quantum INS: Beyond GPS Limitations" (e.g., speaker from Honeywell or Northrop Grumman)
"Autonomy at Scale: INS for Swarm Robotics"
Technical Tracks:
MEMS Miniaturization & SWaP-C Optimization
AI-Enhanced Sensor Fusion for Urban Navigation
Subsea & Arctic Navigation Challenges
Workshops:
"Calibration Standards for High-Accuracy INS"
"Cybersecurity for Critical Navigation Systems"
Drone Obstacle Course: INS performance in GNSS-denied environments.
Automotive Test Track: INS integration in self-driving vehicles.
VR Simulation Lab: Space/maritime navigation scenarios.
Government RFP Briefings: Closed-door sessions with defense agencies.
Startup Pitch Arena: Early-stage INS innovators → VC/investor meetings.
Engineering Roundtables: Problem-solving forums (e.g., "Reducing Drift in MEMS-INS").
Venue:
Munich Conference Center (proximity to automotive/aerospace hubs)
San Jose Convention Center (Silicon Valley tech ecosystem)
Dates: May 12–14, 2026
Partners:
Industry: Honeywell, Safran, VectorNav, Analog Devices.
Associations: IEEE/ION, AIAA, AUVSI.
Research: Fraunhofer, MIT Laboratory for Autonomous Systems.
Technical Content: Whitepapers/webinars on "INS in Hypersonic Systems" or "Quantum vs. FOG".
Targeted Outreach:
Defense via Janes Defence Weekly
Automotive via SAE International
Academia via IEEE Xplore
Social Campaign: #NAVIGATE2026 + LinkedIn engineering groups.
Tier | Benefits |
---|---|
Platinum | Keynote slot, 20x20 booth, branded demo zone |
Gold | Tech track sponsorship, 10x10 booth |
Silver | Workshop host, 4 delegate passes |
Startup | Discounted booth in "Innovation Alley" |
Technical Engagement: 100+ prototype tests/demos conducted.
Deal Flow: $30M+ in announced partnerships/R&D contracts.
Knowledge Sharing: 80%+ attendance in technical workshops.
Global Reach: 40% international attendees.
Hands-On Tech Focus: Live testing zones replace passive booths.
Cross-Industry Bridge: Connects aerospace, automotive, and robotics.
Future-Proofing: Dedicated tracks for quantum navigation and AI/ML sensor fusion.
NAVIGATE 2025 : Global Inertial Navigation Expo
Precision in Motion, Innovation in Position
Where Accuracy Meets the Future of Navigation
Purpose:
Showcase advancements in INS technologies (FOG, RLG, MEMS, quantum), foster R&D partnerships, and address challenges in high-stakes navigation.
Target Audience:
Aerospace & Defense Contractors
Autonomous Vehicle Developers (drones, AGVs, maritime)
INS Component Manufacturers (gyroscopes, accelerometers)
Government/Military Procurement Teams
Research Institutes & Academia
Space Exploration Agencies
Format: Physical + Virtual Demos
Duration: 3 Days (Including Tech Deep Dives)
Scale: 150+ Exhibitors, 2,500+ Attendees
Core Tech Pavilion: MEMS, FOG, RLG, and quantum INS hardware.
Defense & Aerospace Sector: Military-grade INS, GNSS-denied navigation solutions.
Emerging Applications Zone: INS for robotics, urban air mobility, undersea exploration.
Testing & Calibration Corner: Live demos of environmental testing (vibration, thermal, EMI).
Keynotes:
"Quantum INS: Beyond GPS Limitations" (e.g., speaker from Honeywell or Northrop Grumman)
"Autonomy at Scale: INS for Swarm Robotics"
Technical Tracks:
MEMS Miniaturization & SWaP-C Optimization
AI-Enhanced Sensor Fusion for Urban Navigation
Subsea & Arctic Navigation Challenges
Workshops:
"Calibration Standards for High-Accuracy INS"
"Cybersecurity for Critical Navigation Systems"
Drone Obstacle Course: INS performance in GNSS-denied environments.
Automotive Test Track: INS integration in self-driving vehicles.
VR Simulation Lab: Space/maritime navigation scenarios.
Government RFP Briefings: Closed-door sessions with defense agencies.
Startup Pitch Arena: Early-stage INS innovators → VC/investor meetings.
Engineering Roundtables: Problem-solving forums (e.g., "Reducing Drift in MEMS-INS").
Venue:
Munich Conference Center (proximity to automotive/aerospace hubs)
San Jose Convention Center (Silicon Valley tech ecosystem)
Dates: May 12–14, 2026
Partners:
Industry: Honeywell, Safran, VectorNav, Analog Devices.
Associations: IEEE/ION, AIAA, AUVSI.
Research: Fraunhofer, MIT Laboratory for Autonomous Systems.
Technical Content: Whitepapers/webinars on "INS in Hypersonic Systems" or "Quantum vs. FOG".
Targeted Outreach:
Defense via Janes Defence Weekly
Automotive via SAE International
Academia via IEEE Xplore
Social Campaign: #NAVIGATE2026 + LinkedIn engineering groups.
Tier | Benefits |
---|---|
Platinum | Keynote slot, 20x20 booth, branded demo zone |
Gold | Tech track sponsorship, 10x10 booth |
Silver | Workshop host, 4 delegate passes |
Startup | Discounted booth in "Innovation Alley" |
Technical Engagement: 100+ prototype tests/demos conducted.
Deal Flow: $30M+ in announced partnerships/R&D contracts.
Knowledge Sharing: 80%+ attendance in technical workshops.
Global Reach: 40% international attendees.
Hands-On Tech Focus: Live testing zones replace passive booths.
Cross-Industry Bridge: Connects aerospace, automotive, and robotics.
Future-Proofing: Dedicated tracks for quantum navigation and AI/ML sensor fusion.