OMNITRON SENSORS
The Next Revolution
REVOLUTIONISING THE FUTURE OF SENSOR TECHNOLOGY
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Omnitron Sensors is a San Francisco based technology startup developing a new manufacturing process that will unlock the next revolution in sensors.
OVERVIEW
The company has developed proprietary intellectual property to address a $18b market opportunity and allow the freedom to design in 3D not 2D as it is now. Our team includes experienced technology driven individuals from Google, GoogleX (Moonshot Factory), Tesla, the U.S. Space and Naval Warfare Defense Systems Command, US Naval Research Lab and Intel. The company has developed important strategic partnerships with GM, UCLA Nanolabs, Ascent Robotics, Cepton Technologies, 500 Startups and CDL-Vancouver.
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ERIC AGUILAR
DR TRENT HUANG
BRAD CHISUM
DR RAJI BASKARAN
Google [X] Wing avionics team to develop autonomous flight for consumer drone delivery
Hardware Lead Quantum Computing at Google
CEO of investment firm Launch Factory
“Hall of Fame� for Sensors and MEMS
World Leader in Sensor design (Research, innovation, manufacturing and applications)
Former CEO and co-founder of Lumedyne, a MEMS Inertial Sensor company acquired by Google
35+ Patents
Developed an array of sensors from the ground up at the US Navy Research Labs
20+ Years experience in MEMS SME with 20+ Patents
10 Yrs Experience in the integrated circuit and sensor manufacturing industry
Key member of Lumedyne, a MEMS Inertial Sensor company acquired by Google
Key member of Lumedyne, a MEMS Inertial Sensor company acquired by Google
Head of SPAWAR Advanced Photolithography Research Program
Argo AI lead sensor suite technology development
Ph.D Cornell
Team Lead at STMicroelectronics
CEO
OUR TEAM
Led a team of 300 for Elon Musk at Tesla on vehicle software for Model 3
Board member at Ascent Robotics
CTO
Business Advisor
Technical Advisor
15 years at Intel - IOT and sensor-enabled systems solutions from hardware to machine learning and services layers Ph.D from UC Santa Barbara
4 Patents and 3 Degrees
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The Next Revolution
BIG PICTURE
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MEMS
THE MOST IMPORTANT TECHNOLOGY YOU’VE NEVER HEARD OF.
EXAMPLES OF MEMS Custom Sensors:
Motion, pressure, acoustic, infrared, magnetic, radiation, resonators, chemical, gas, particles. Custom Actuators:
Motors switches, valves, pumps
Micro-electromechanical systems (MEMS) are tiny integrated devices made up of features that are one hundred times thinner than a human hair. They are the gears, levers, switches and joints of microscopic devices or micromachines. We believe that in order for the exponential technologies of tomorrow to be realised there needs to be a fundamental shift in the way that MEMS are manufactured and we believe we have the solution.
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The Next Revolution
By 2025, there will be 1 trillion sensors worldwide attached to 100 billion connected devices.
THE BIG OPPORTUNITY
These sensors will include; motion, pressure, acoustic, infrared, magnetic, radiation, resonators, chemical, gas and particles. Actuators include; motors, switches, valves, pumps 5G connectivity and AI technology will fuel much of this transformation. Autonomous cars, biometric screening, smart living spaces and AIenhanced workplaces will fundamentally change the way we live, work and play. We truly are on precipice of a new world, and the Trillion sensor economy will be at the centre of that new world.
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THE PROBLEM Today’s sensors are not good enough for tomorrow’s technology. Fragile Expensive
MEMS silicon process has been stagnant over the last 10yrs with no major innovations.
SEMICONDUCTOR MARKET INNOVATION (EXPONENTIAL) VS
MEMS (STAGNANT)
Large Unreliable with safety consequences High maintenance costs Susceptible to environmental conditions Susceptible to vibration or shock 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
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TECHNOLOGY
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THE NATURAL EVOLUTION OF SENSORS We’ve taken principles from nature to inspire innovation at the silicon level to bring new revolutionary sensors to the market.
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The Next Revolution
OMNITRON IP MEMS FABRICATION AND ASSEMBLY
MANUFACTURING IP
Revolutionize how MEMS sensors can be produced and manufactured. The ability to BATCH produce 1000s of high precision optical assembly units at once, using known techniques rather than one at a time, which is the current process.
OMNITRON PLATFORM (CORE BLOCK)
SILICON PHOTONICS Showcase the advantages of these fabrication and assembly steps.
PRODUCT IP
Integrate our nature inspired IP to create a LiDAR product to showcase many of the demonstrable enhancements, that we believe will disrupt the whole sensor market.
LIDAR PRODUCT (FIRST REVENUE)
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The Next Revolution
10x+ in performance in MEMS by improving sensing capacitance per unit area. - 100:1 high aspect ratio vs 10:1 currently
TECHNOLOGY 2D v 3D Our manufacturing IP will give companies the ability to design MEMS in 3D vs 2D. As micro technology becomes more advanced, this new manufacturing process will become an invaluable part of the process.
Simplified and robust manufacturing
Reduced manufacturing cost and improved operational reliability - Scalable in process and assembly
Robust design to handle vibration, shock and temperature
In-plane isolation to have the drive sense isolated and true multi-axial control Pre-tilted offset for simpler system-level alignment and assembly |12
FIRST PRODUCT LiDAR Our first product will leverage our IP in a MEMS optical subsystem (mirror and integrated laser source in a package) to develop a LiDAR system for use in robotics applications.
LOW COST: Our IP will significantly drop the price of a LiDAR without compromising on performance. SIMPLE, RELIABLE AND ROBUST: Our product will be designed to meet AEC-Q100 standard, meaning it will easily be able to operate in the harsh environments of cars and drones. SIGNIFICANTLY ENHANCED CAPABILITIES: Achieved by true closedloop design via dynamic capacitance measurements, just like our eyes. COMPACT: Optical subsystem will be the size of a 2x2 lego block and our subsequent LiDAR products are estimated to be the size of a playing card deck.
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BUSINESS
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SENSOR MARKET OPPORTUNITY EMERGING TRILLION SENSOR ECONOMY *all numbers 2025 market estimates
SENSOR ECOSYSTEM
287
TOTAL SENSOR MARKET $287B $B (USD)
160
0.1
TOTAL LIDAR MARKET $4B
3.5
2007 2012 2019
TOTAL MEMS MARKET $18B
2025
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LiDAR COMPETITIVE LANDSCAPE Silicon Process innovation unlocks market. LOW COST
OM LOW PERFORMANCE
O R T NI
EC T N
O N H
G O L
Y
P A E L
HIGH PERFORMANCE
The Competition HIGH COST
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OMNITRON ECOSYSTEM
SENSOR COMPANIES AEVA ASCENT ROBOTICS CEPTON TECHNOLOGIES HESAI
We will be a MEMS silicon process company at the epicenter of the broad Sensor economy. We will minmise hardware and CAPEX exposure by building a licensing ecosystem. We will leverage our ecosystem to build a B2B business model via licensing agreements with strategic partners. (Think Biontech + Pfizer with the COVID-19 vaccine)
INNOVIZ LUMINAR
MEMS
ROBOSENSE
BOSCH
VELODYNE
GLOBAL FOUNDRIES INVENSENSE STMICRO TOWER JAZZ TSMC UCLA NANOLABS
END CUSTOMERS
OMNITRON SENSORS
APPLE BMW DJI DRONES GM GOOGLE INTEL UBER
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OUR PARTNERS FOUNDRY
AUTOMOTIVE
LIDAR / ROBOTICS
LIDAR
UCLA NANOLABS
GENERAL MOTORS
ASCENT ROBOTICS
CEPTON TECHNOLOGIES
Access to advanced research infrastructure for fabrication and characterization of nanoscale materials, systems and devices.
Envisioning a future of zero crashes, zero emissions and zero congestion, and have committed themselves to leading the way toward this future.
An AI startup developing intelligent solutions in industrial robotics and autonomous vehicles.
State-of-the-art, intelligent, lidarbased solutions for a range of markets.
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The Next Revolution
TIMELINE PHASE 1
PHASE 2
PHASE 3 t c u
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BUSINESS TECHNOLOGY
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The Next Revolution
FINANCIALS 300
REVENUE 250
$M (USD)
200
150
100
50
COSTS
2021 2022
2023 2024 2025 2026
2027
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THIS IS YOUR CHANCE TO BE PART OF THE NEXT REVOLUTION
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WHERE IS THE MONEY BEING SPENT?
THE DEAL $2m Seed Round
Manufacturing 31%
RUNWAY 12 MONTHS
Team 41%
VALUATION $10M USD PRE-MONEY
R&D 11% Legal 4% Office 3%
Contractors 10%
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CONTACT
PHONE EMAIL WEBSITE
(+1) 858-220-5467 ERIC@OMNITRONSENSORS.COM OMNITRONSENSORS.COM
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