Midv-075 ✅

| Knowledge Gap | Proposed Approach | |---------------|-------------------| | Natural Reservoir(s) – The definitive vertebrate host(s) sustaining MIDV‑075 in the wild remain unidentified. | Conduct longitudinal serosurveys of wild birds, small mammals, and livestock; apply metatranscriptomic screening of blood meals from captured Culex mosquitoes. | | Transmission Dynamics – Quantitative parameters such as the basic reproduction number (R₀) and vector competence are unknown. | Perform controlled vector‑competence experiments (infection, dissemination, transmission rates) in Culex quinquefasciatus and Aedes aegypti; model R₀ using temperature‑dependent extrinsic incubation periods. | | Pathogenic Potential in Humans – Limited clinical data impede risk assessment. | Initiate prospective cohort studies in high‑exposure populations, coupled with multiplex PCR panels and deep serology (neutralization assays). | | Reassortment/Recombination Propensity – The ability of MIDV‑075 to exchange genomic segments with co‑circulating arboviruses is speculative. | Co‑infect cell cultures with MIDV‑075 and endemic flaviviruses/bunyaviruses; employ next‑generation sequencing to detect chimeric genomes. | | Safety of Vector Use – Immunogenicity and stability of MIDV‑075 as a vaccine platform need validation. | Conduct phase‑I pre‑clinical trials in rodents and non‑human primates; assess biodistribution, durability of immune responses, and potential for reversion to pathogenic phenotypes. |

| Metric | Test Condition | Result | |--------|----------------|--------| | Endurance (max payload) | 12 kg, 30 °C, 0 % humidity | 45 min | | Max Speed | Level flight, 12 kg | 125 km/h | | Video Latency (1080 p) | On‑board inference | 28 ms | | LiDAR Point‑Cloud Rate | 300 k pts/s, 10 Hz output | 15 ms processing | | Object Detection (YOLO‑v8) | 1080 p @ 120 fps | 35 ms per frame | | Power Consumption (full load) | All sensors + compute | 380 W | MIDV-075

All tests were conducted on the MIDV‑075 prototype (Serial #A1B2C3) in a controlled indoor flight arena. | Metric | Test Condition | Result |

| Sensor | Resolution / Rate | Field of View | Power | Typical Use | |--------|-------------------|---------------|-------|--------------| | RGB Camera (Sony IMX530) | 8 MP, 1080 p @ 120 fps | 120° diagonal | 3 W | Visual navigation, surveillance | | Thermal Imager (FLIR Boson) | 640 × 512, 30 fps | 45° × 45° | 2 W | Search‑and‑rescue, fire detection | | LiDAR (Velodyne VLP‑16) | 300 k pts/s | 360° horizontal, 30° vertical | 8 W | 3‑D mapping, obstacle avoidance | | Multispectral (Micasense RedEdge) | 5 bands, 10 fps | 60° | 2 W | Agriculture, environmental monitoring | | GNSS/INS | Dual‑frequency RTK, 10 Hz | — | 1 W | Precision positioning | | Sensor | Resolution / Rate | Field

All sensors connect to a high‑speed backplane (PCIe 3.0 ×4) that allows hot‑swap of modules without rebooting the flight controller.

Beyond Vero and DF‑1 cells, MIDV‑075 replicates—albeit at lower efficiency—in:

These results indicate a broad cellular tropism that includes both vertebrate and invertebrate hosts. The virus exploits the DC‑SIGN receptor on mammalian cells—a mechanism shared with several flaviviruses—while entry into avian cells appears to rely on a yet‑unidentified sialic‑acid–linked receptor.