Drones in real use
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This document discusses the use of drones for infrastructure monitoring and inspection. It notes that infrastructure projects are huge, expensive, and have high costs of failure, making drones an appealing option for continuous, low-cost monitoring. Drones can collect various types of data like GPS, LiDAR, video and images that can be used for tasks like land survey, agriculture, and inspecting electric or mobile networks. The document also addresses regulatory and operational maturity for commercial drone use, noting that expertise and experience are required to legally fly drones beyond visual line of sight or use wireless networks.
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Drones in real use
- 1. DRONES NIKO VUOKKO – SHARPER SHAPE
- 2. WHAT MAKES DRONES DIFFERENT?
- 3. GO WHERE IT’S Too expensive Too dangerous Too difficult Too much hassle Too slow Too intrusive Too imprecise
- 4. WHERE ARE DRONES USED?
- 10. WHY INFRASTRUCTURE? Huge Bulk High Cost of failure IoT Not worth it
- 11. MONITORING INFRASTRUCTURE IS EXPENSIVE Extensive Continuous Diverse Complex
- 12. DRONES & INTERNET OF THINGS
- 13. Shared tech 4 Cs: Cheap, Compact, Composable & Connected Shared ideology Cheaper and continuous data collection Different method Internal vs. external monitoring
- 14. DRONE DATA GPS LiDAR Thermal Video + Images Telemetrics Hyperspectral
- 15. CHARACTER OF DATA Machine- generated Data quality Privacy National security Gathering & management Sensor fusion
- 16. IS DRONE TECHNOLOGY MATURE YET?
- 18. ARE DRONE USERS MATURE YET?
- 19. Core advisors in creating international legislation (NASA, FAA, EASA, EC) Sharper Shape the *only* company in Europe: • Legal permit, capability and experience to fly BVLOS • Legal permit, capability and experience to use 4 x 4G in drones • Operate logistics deliveries with drones FINLAND AND SHARPER SHAPE SHOWING EXAMPLE
- 20. 300PAGES 300PAGES 130STEPS Laws and regulation Internal manuals Flight ops flow diagram
- 21. … BUT READING BOOKS IS NOT ENOUGH
- 22. SUMMARY Explore Solve Limits of tomorrow Observe Needs of today Our environment
Editor's Notes
- Drones can do more than just deliver your pizza and infringe your privacy This talk also discusses their relation to IoT
- Not feasible or worthy to equip sensors EXPENSIVE: sensors main cost, BVLOS DANGEROUS: to humans DIFFICULT: terrain, narrow spaces HASSLE: logistics, safety, spacing SLOW: response time, agility INTRUSIVE: noise, size IMPRECISE: machines vs humans
- Most well-known use case Photo is from the first flight in Europe for Urban Delivery
- Precision agriculture: treatment Aerial imaging: hobby/pro/gov Land mapping: planning, changes Environment surveying: changes
- Now showing several similar use cases Electric network inspection spearheads drone use
- More infrastructure we don’t pay attention to Mobile network inspection is just too hard without drones
- Similarly: roads, tunnels, bridges, rigs Everything set out there is wearing out How about erosion under those bridge supports?
- Huge amount, Strict expectations, Must not fail No sensors in a slab of concrete Too much to ever track with sensors
- Reason: High costs of failure + Infrastructure is in cold and rain EXT: 100 % coverage CONT: no gaps DIV: Cover all possibilities CMP: Important things hidden, digitization is a must
- IoT is convention theme Drones and IoT complement each other
- Difference: Drones: external, responsive, adaptable IoT: Internal, detailed, static Flexible vs. efficient
- Whatever you can nail on the drone Drones track changes data goes stale
- MACH-GEN: huge, growth DATA QUALITY: real world is messed up PRIVACY: Especially imaging NAT SEC: E.g. LiDAR in some countries GATHER & MANAGE: Distributed sources, complex data FUSION: Real prize, multiply value
- Tech still very young Hobbyists drive limits Specialized components coming Plenty of obstacles left It ”works” Messy but very useful !
- These are some way too common headlines
- Finland really formed the template for others We spearhead the industry: BVLOS is the future Stream 4K video? Use 4x4G networks We don’t do just inspection, but explore limits
- Not a wild west Not a cakewalk to get there Attention to detail, but fast progress
- Industry is still very young, that’s why you need experience No one knows how things might work, you just have to try things out
- OBS: Infrastructure is a special breakthrough use case Drones complement IoT Both try to understand the world SOLVE: Drones are very unique + useful already EXPL: What can be achieved? DATA: What and how?