OpenAlex:
Robot navigation system stays accurate through orchards i...
OpenAlex:
Potato hormone and gene clues could stop scab disease
OpenAlex:
Sun-drenched apples turn sunscald risk into measurable, p...
Europe PMC:
Bee pollen stores hold hidden microbes shaped by habitat ...
OpenAlex:
Traditional liver-protecting herb damiana turned into tes...
OpenAlex:
A plant's amino acid factory secretly controls its growth signals
OpenAlex:
Drone AI pinpoints crop weeds so farmers spray only where needed
iNaturalist:
Chokecherry sightings surge as its dark fruit ripens now
OpenAlex:
Robot navigation system stays accurate through orchards i...
OpenAlex:
Potato hormone and gene clues could stop scab disease
OpenAlex:
Sun-drenched apples turn sunscald risk into measurable, p...
Europe PMC:
Bee pollen stores hold hidden microbes shaped by habitat ...
Myco-barrier: edge-orchestrated post-detection mitigation of IoT botnets via an SDN-based virtual dynamic demilitarized zone.
PubMed · 2026-06-15
This paper describes a computer network security system for protecting Internet of Things devices from botnet attacks. It has no connection to plant science.
1
The Myco-Scout mode provided the fastest device isolation and lowest network control latency among the three mitigation modes tested.
2
The Myco-Swap mode maintained approximately 85% legitimate data delivery during simulated flooding attacks.
3
The framework was validated through large-scale discrete-event simulation and network emulation, not biological or plant experiments.