"vulnerable process" is correct and usable in written English.
You can use "vulnerable process" to describe a process that is subject to potential harm or failure due to some kind of exploit. For example, "The company was unprepared to protect against a cyber attack, leaving their IT infrastructure and vulnerable process open to exploitation."
Clients can often bring light to a vulnerable process that needs to be addressed.
Being different is hard enough; receiving disability accommodations should be made as easy and comfortable as possible as it is already a vulnerable process.
Not disregarding the sorrows and difficulties of many adoptive parents, adoption is often a tough outcome for two of the three parties involved in this precious and vulnerable process of "human exchange".
The liver's capacity to transport and specifically excrete organic anions seems to represent a particularly vulnerable process in septic rodents and presumably in critically ill patients with sepsis, which should be considered in 'critical care pharmacology.' In addition, monitoring of the canalicular pole might serve as an early warning signal of hepatocellular dysfunction.
We argue that creating stability in rural communities by encouraging migrant settlement requires going beyond economic integration – emphasising the more versatile and vulnerable processes of relating to unfamiliar places and worlds.
The neurodevelopmental trajectories of the fetal brain are vulnerable processes that may be disturbed by toxic insults and potentially by in utero exposures to air pollution.
While some local flexibility is essential, our findings suggest that future initiatives to improve test result follow-up both within and outside the VA should consider a higher degree of standardisation for the most vulnerable processes.
While previous hypotheses have focused on the role of neuregulin in early development as a predisposing factor in schizophrenia, the present data suggest that it has an important additional function in the maturation of the prefrontal cortex and may be one of many factors involved in the "unmasking" of vulnerable processes at this time point.
The design of conventional safety systems is based on failure likelihood and accident severity, which is normally obtained empirically, leaving the system vulnerable to process nonlinearities.
In ultra-deep submicron VLSI designs, clock network size must be minimized to reduce power consumption, power supply noise, and the number of clock buffers which are vulnerable to process variations.
Whether a system is vulnerable to processes of endogenous risk production (self-endangering) of a system itself is of importance.
