Fevris Derzelas
ᴍᴇᴅɪᴄᴀʟ ᴏꜰꜰɪᴄᴇʀ
Out of Character Information
- Intent: Create an advanced medical datapad and scanner.
- Image Source: Davison Carvalho; Peter Fletcher; Link; Link; Paul Indrobo.
- Canon Link: N/a.
- Permissions: N/a.
- Primary Source:
Production Information
- Name: Ios Scanner.
- Manufacturer: NoxaCorp.
- Affiliation:
- Closed-Market.
- Model: N-1.
- Modularity:
- It is available in two versions: a datapad like format suitable for indoor facilities with a larger holo-interface range and a wirst-watch shaped version, portable and designed for field work.
- It can be integrated into or linked to more complex systems such as armor, computers or spaceships, providing the necessary sensors are installed in the latter.
- Production: Mass-Produced.
- Material:
- Agrinium.
- Flexiplast.
- Glasteel.
- Life-form analyzer.
- Medisensor.
- Electrical components.
Special Features
- An advanced combination of scanner and medisensor, the N-1 Ios can sense and identify a myriad of species in an 100m radius.
- Using its array of scanners and sample analyzers, the N-1 Ios provides extensive information both on the morphology, physiology and biological make up of its subjects.
- Capable of recreating a linked subject's anatomy in 3D holographic models, the N-1 Ios can then present them as holo-projections in an interactive gestural interface which allows diagnosis and study without need of further scans or invasive methods, down to the microscopic scale.
Strengths
- For Scientists or Explorers: Whether its meant to be incorporated to the arsenal of a hospital or taken out into the open to collect and analyze samples, the N-1 Ios comes in two different versions to suit its users' purpose. It is waterproof and has a high elemental and kinetic resistance which protect it from the most common forms of damage. Its innovative holo-projected gestural interface allows its users to analyse subjects swiftly and without the need of further and usually more invasive studies.
- The Genome Master: Whereas other life-form scanners will fail to detect a lifeform they are not already familiar with, the N-1 Ios is capable of assessing and recognizing life-forms even if they are not present in its memory crystals although it won't be able to provide further information or create its holographic reconstructions until further sampling is provided. It achieves this because genomes are a universal language, and its database is so large and complete that it can pick up on similarities between known and unknown species that allow it to identify and pinpoint "potential new life-forms".
- Powerful Processor and Memory: The N-1 Ios can save and swiftly process tons of information, always ready to provide accurate and detailed assessments for a myriad of known species.
- Adaptable: Although it is perfectly usable on its own (datapad and wrist watch versions), its system and sensors can be easily modified to merge with other systems, specially droids and computers.
Weaknesses
- Not for Novices: The N-1 Ios was designed for the use of qualified personnel, either doctors, medics, scientists or researchers. In the hands of someone without the needed knowledge to correctly assess and understand the information it provides, the N-1 Ios becomes nothing more than a fancy gadget.
- Delicate: The device is relatively resilient for a piece of technology. There are still a lot of ways of damaging it with ease: smashing it, fire, a high enough fall...
- Life-forms Only: Its purpose is detecting and analyzing living organisms, the N-1 Ios has no way of sensing or otherwise providing information on any non-living subject such as droids or machinery.
- A Specialist: While acting as a computer and holoprojector to reconstruct a subject's anatomy, the N-1 Ios loses its ability to scan its surroundings since it lacks the processing capacity to tend to both tasks at the same time.
One of the most celebrated and renowned inventions by NozaCorp., the N-1 Ios BioScanner has allowed a new approach to medicine and research available both for use indoors or in the field. A step forward in the right direction, the N-1 Ios is sought after by hospitals, facilities, scientists and researchers of the highest caliber.
Its innovative system has allowed for increased efficiency and precision both in the medical practice (diagnosis, control and treatment of patients or subjects) and in research (quicker understanding of life-forms, better chances to study them). The N-1 Ios, by analyzing structural data (morphology and anatomy) can access processes that allow it to derive reliable and precise approximations of a life-forms genetic composition and therefore provide information on non-evident functions such as physiology.
Its scannings and holographic reconstructions allow professionals to study and diagnose their patients/objectives relatively swiftly and with clearer results than most other imaging studies since the N-1 Ios allows for a three dimensional overview of its linked life-form's external and internal structure from the macro to the microscopic scale.
