added note to update for canvas

notes.md

@@ -0,0 +1,70 @@
+Title: "When the Sky Falls: Cybersecurity Threats to Mining's Aerial Operations"
+
+
+
+## Equipment used
+- [research from sciencedirect](https://www.sciencedirect.com/science/article/abs/pii/S2352938523000708)
+- Sattelite
+    - Remote Sensing & Imagery (Hyperspectral, Multispectral)
+    - real time data transmission for quick adjustments
+- Drones
+    - [Drone based Echo sounder, Ground Penetrating Radar](https://www.sphengineering.com/news/drone-based-gpr-and-echo-sounder-for-mining-operations-enhancement)
+        - [Zond Aero 1000 NG](https://cdn.shopify.com/s/files/1/0596/9451/4353/files/RadSys_Zond_Aero_1000_NG_datasheet.pdf?v=1732295405)
+            - [skyhub User manual](https://integrated.ugcs.com/dl/docs/skyhub-user-manual-r14.pdf)
+            - [zond software](https://www.radsys.lv/en/download/)
+- Sattelites
+    - language of satelites
+        - [CCSDS](https://ccsds.org/)
+        - [lossless data compression](https://ccsds.org/wp-content/uploads/gravity_forms/5-448e85c647331d9cbaf66c096458bdd5/2025/01//121x0b3.pdf?gv-iframe=true)
+    - type of scanning
+        - Remote Sensing & Imagery (Hyperspectral, Multispectral)
+    - real time data transmission for quick adjustments 
+    - Sattelite equipment
+        - MSS
+        - LandsatTM
+        - ETM 
+        - SPOT 
+        - IKINOS 
+        - QUICKBIRD 
+        - [Sentinal 1](https://eos.com/find-satellite/sentinel-1/)
+        - [Application of remote sensing in mining](https://www.researchgate.net/publication/354208628_Application_of_Remote_Sensing_in_Mining)
+## list of attack vectors
+- Denial of Service
+    - signal jamming
+    - gps jamming (have device to detect this from Larry Peschie)
+- MITM
+    - [hacking the Space Link Extension Protocol](https://visionspace.com/hacking-sle/)
+    - [NASA cryptolib sw](https://github.com/nasa/CryptoLib)
+    - [crashing cryptolib](https://securitybynature.fr/post/hacking-cryptolib/)
+    - Hijacking
+- Data Exfil
+
+
+## countermeasures
+- Incident response
+- training
+- P2P encryption
+    - consider PSK
+
+
+
+## Klanker results
+### Satellites for Surveying Mining Sites (Geological Surveys)
+- **Landsat series** (NASA/USGS): Multispectral imaging for mineral mapping and alteration detection.
+- **ASTER** (NASA/Japan): Hyperspectral for ore deposit mapping and alteration zones.
+- **Sentinel-2** (ESA): High-res multispectral for rock/vegetation analysis.
+- **WorldView-3** (Maxar): 30cm res hyperspectral for detailed mineralogy.
+- **Hyperion/Prisma** (NASA/ASI): Hyperspectral for spectral signatures.
+
+### Satellites for Continuous Monitoring
+- **Sentinel-1** (ESA): SAR radar for slope stability, stockpiles, and deformation (every 6-12 days).
+- **Landsat series**: Optical time-series for land changes and environmental impacts.
+- **Sentinel-2**: Frequent revisits for vegetation, water, and disturbance tracking.
+- **WorldView-3**: High-res for ongoing stockpile and spill detection.
+
+### Drones Commonly Used in Mining Surveys
+- **DJI Matrice 300 RTK**: High-precision mapping, LiDAR, and thermal imaging for geological surveys and stockpile analysis.
+- **DJI Phantom 4 RTK**: Photogrammetry for detailed 3D terrain models and mineral exploration.
+- **SenseFly eBee X**: Fixed-wing for large-scale surveys, multispectral sensors for mineral detection.
+- **Freefly Alta X**: Heavy-lift for LiDAR and geophysical sensors, ideal for rugged mining terrain.
+- **WingtraOne**: VTOL drone for high-res mapping and hyperspectral imaging in remote sites.