Strategic Elements Ltd · ASX:SOR
Strategic Elements — Investor Presentation (March 2021)
21 slides from Strategic Elements's investor presentation, Mar 4, 2021
Slide 1: Investor Presentation
ASX Code : SOR Market Capitalisation : $180M Cash at Bank : Approx. $6M. Investor Presentation: March 4th, 2021 Managing Director: Charles Murphy
Slide 2: The Company
The Company Strategic Elements generates 100% owned ventures from combining teams of leading scientists or innovators in the technology and resources sectors. 1. The Australian Federal Government has registered 2. However the Company does not operate like a typical Strategic Elements as a Pooled Dev
Slide 3: Sector Focus
Sector Focus The Company is developing technologies being driven by four of the largest megatrends. 1. Robotics and automation technology for mining, security, agriculture, transport. Collaboration with Fortune 100 Company ‘Honeywell’ for Autonomous Security Vehicles1. Further agreements Data & with
Slide 4: Autonomous robotics software and hardware platform
In July 2019 100% owned Stealth Technologies commenced development of an automated robotics software and hardware platform adaptable to various sizes of vehicles and physical tasks The Autonomous Robotic Vehicle Platform (AxV) combines the capabilities of autonomous driving, computer vision, purpose
Slide 5: Stealth Technologies AxV Platform
Stealth Technologies AxV Platform ”Purpose built for outdoor environments and all weather conditions” “Scalable to any size” “Adaptable to any physical task” STEALTH AUTODRIVE HARDWARE STEALTH OS SOFTWARE STEALTH CUSTOM ROBOTICS Autonomous vehicle technology Sensor Fusion Purpose built robotics adap
Slide 6: Autonomous robotic security vehicle for perimeter security
➤The first release from the AxV Platform is an autonomous robotic security vehicle (ASV) for Perimeter Security. “The security industry is ripe for disruption by way of robotics. The industry itself is quite mature yet has remained reliant upon manual efforts. Innovation in the field of robotics is
Slide 7: Autonomous robotic security vehicle for perimeter security
➤The first release from the AxV Platform is an autonomous robotic security vehicle (ASV) for Perimeter Security. The ASV vision is to deliver an order of magnitude increase in the accuracy and precision of perimeter security for less than the annual cost of a fulltime (24/7 shift) security guard. 1.
Slide 8: Honeywell collaboration for autonomous security vehicles
➤The Company is collaborating with USD 100 Billion Company Honeywell to build Autonomous Security Vehicles for corrections. Ø Honeywell Autonomous Security Vehicle Collaboration Ø Honeywell EBI Integration Stealth has formed a collaboration with US Company Through the year development was conducted
Slide 9: Autonomous security vehicle with Honeywell and WA DOJ
Ø Stealth is collaborating to build a fully autonomous security vehicle with Honeywell and the WA Department of Justice for the Eastern Goldfields Regional Prison1. 1. Completes 3x fully autonomous missions a day around the perimeter of the facility 2. Complete automated testing of the facilities in
Slide 10: Technical collaborations with Honeywell and others
➤Along with US Company ‘Honeywell’ the Company has a number of key technical collaborations. • Collaboration to allow Autonomous Drones to launch and land autonomous surveillance flights from a moving ASV platform1. • World leader in autonomous drone launch and land technologies. • Technology being
Slide 11: Autonomous Robotic Vehicle platform development
Stealth is conducting development on multiple aspects of its Autonomous Robotic Vehicle platform across different security, agriculture and mining applications 1. Initial ASV Currently in Site Acceptance Testing 3. ASV Early Adopter Program § Currently working to complete site acceptance testing of
Slide 12: Revolutionary electronic ink technologies
➤The 100% owned subsidiary is developing revolutionary electronic ink technologies for the battery and computer memory sectors. ➤ The Company is developing printable computer memory and self-charging battery technologies with an international team of world leading development partners. 1. What is pr
Slide 13: Printable self-charging battery ink
➤The printable self-charging battery ink contains tens of thousands of nanosheets of graphene oxide Battery Ink Technology 1. The company is developing a battery technology that 5. Battery cells created with a printable ink that contains generates electricity from humidity (55-75%) in the air millio
Slide 14: UNSW and CSIRO collaboration
➤The Company has a collaboration with UNSW and CSIRO partially funded by the Federal Government. Federal Government Funding § The Battery Ink is being developed under collaboration with the University of New South Wales and CSIRO and is part funded by an Australian Research Council Linkage grant. §
Slide 15: Current solutions are still relatively bulky
➤Current solutions are still relatively bulky and require manual charging or replacement of battery cells 1. IOT Battery Sector 2. Further Market Sectors Initial market focus is on wearables and IOT related devices Ø A supercapacitor is being developed to assist energy such as skin patches, connecte
Slide 16: Demonstrate significant features of the technology
➤Currently working to demonstrate significant features of the technology 1. Scaling Down Battery Cell Size 3. Renewable and Environmentally Friendly Energy § Smaller batteries enable development of much smaller § Moisture is one of the most abundant green energy electronic devices to replace current
Slide 17: More advanced printed memory
➤More advanced printed memory can provide the ‘brain’ for more sophisticated smarter Printed Electronics. 1. What is the Nanocube Memory Ink? § The Nanocube Memory Ink is a transparent ink containing billions of nanometre scale particles. When printed onto a glass or plastic surface and assembled wi
Slide 18: Collaboration to develop new electronic materials
➤Collaboration formed to develop new electronic materials for a wide range of uses in flexible electronics. The underlaying technology was licensed from UNSW and is now owned 100% World Leading Development Team Federal Gov Funded Collaboration with UNSW and CSIRO § The Company, University of New Sou
Slide 19: Demonstrated capabilities of Printed Electronics materials
➤Demonstrated the capabilities of Printed Electronics materials by bringing together touch, display and data storage onto glass. Ø The Nanocube technology was hand-picked to be one of only approx. 20 technologies to demonstrate at the world’s premier Printed Electronics event ‘IDtechEX’ in Berlin Ma
Slide 20: Initial applications for the Nanocube Ink
➤Initial applications for the Nanocube Ink will be in smart packaging and printed sensors Delivering data storage on glass and plastic for transparent and/or flexible electronics. Freedom of design forces a re-think of new product applications and categories. 1. Smart packaging refers to packaging s
Slide 21: Summary
Summary The Company is developing technologies being driven by four of the largest megatrends. 1. Robotics and automation technology for mining, security, agriculture, transport. Collaboration with Fortune 100 Company ‘Honeywell’ for Autonomous Security Vehicles. Further agreements Data & with UWA a
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