https://www.horuset.com/ Mon, 17 Aug 2026 20:50:23 +0000 MyBB https://www.horuset.com/showthread.php?tid=1300 Tue, 05 Nov 2024 00:01:24 +0000 Nivalis]]> https://www.horuset.com/showthread.php?tid=1300 Objective: The objective here is fairly simple and similar to the one displayed in the previous project concerning the fitting of optical cybernetics on wingmaws, with some key differences. Firstly, the difference in the selection of species relates to the intended environments these beasts are tasked with inflitrating. On one hand, wingmaws are more fitted to aerial surveys: The mapping of larger plots of land from above for the purposes of detecting enemy encampments, movements and installations. The spiders on the other hand are more fitted in inflitrating residences, ventilation shafts and other small spaces, being of a much smaller size and having the ability to climb onto walls and ceilings. They are also infinitely more quiet than a wingmaw. So, in short, the intent of this project is to retrofit spiders with optical and audio-recording cybernetics for the purpose of inflitrating interior spaces.

The Prototype: Only one eye was replaced in each spider, in a move to not only maintain a low cost in each procedure, but also to minimize recovery time and result in the smallest electronic signature possible for each specimen. This time, an audio link was also established within the optical cybernetic, allowing for the interception of audio. Two different versions were created; The first allowed the video and audio link to be transmitted to a remote terminal within a radius of 100 meters, although my knowledge is not advanced enough to make this connection encrypted and such will have to be developed in the future in order for the audio feed to be safe from being traced back to its source. The second version is able to have the audio/video feed be stored within a datachit located at the back of the arachnid's head. The second version is a bulkier one, with a slightly larger electronic signature, although it allows for the creature to have a greated degree of independence from its handler and provide flexibility over the distance of handler and spider. The working prototype from the last cybernetic project was used as the basis for this one, as I strived to miniaturize the cybernetics even further. I believe that, at this point, I have reached the limit of how small a cybernetic of this kind can be, as I had to create over twenty different prototypes before a single one of them worked. The version bearing the datachit for the recording was perhaps the most challenging endeavour I have undergone thus far, as the storage device comes in a standard size and has to be sufficiently concealed within the spider. The solution I came up with included a partially exposed port on the base of the spider's neck, that allows for removal of the chip, and works to at least partially contain the electronic component. The plasteel parts are spray-painted with a matte, non-reflective black paint, so as to avoid light reflecting off the cybernetic and giving away the spider's location. Regarding the eyes themselves, inspiration was taken from antique chronometers in the fitting of the gears and cables within the constrained space, as well as my own experience in making spring-loaded knife contraptions. 

Subjects: The species chosen for the fitting of the cybernetics and subsequent training are the common Kaasian jungle spiders. There is absolutely nothing special about these large arachnids, not in ability nor coloration, and that's why they were chosen for this purpose. A spider large enough and with enough base intellect to be controlled through the Force, but unassuming and common in number. I shall not go through the number of failed instances, as they are too many to count, focusing instead on those that succeeded.

SPDR-1: Adult female, common coloration, larger in size

SPDR-2: Adult male, common coloration, smaller in size

Implantation:

SPDR-1: The subject was implanted with the version of the cybernetic containing the datachit, given her larger size. Subject has since fully recovered and has successfully gone through a molt, without any problems regarding the cybernetics thus far. Subject is responsive to Force Bond and training, with simple commands being learned thus far such as staying on a given place or crawling on the ceiling and seeking shelter. Time will tell if more complex commands can be learned.

SPDR-2: The subject, being smaller, was implanted with the version of the cybernetic relying on a remote link. Subject is currently recovering, but has already responded positively to Force Bond.]]> Objective: The objective here is fairly simple and similar to the one displayed in the previous project concerning the fitting of optical cybernetics on wingmaws, with some key differences. Firstly, the difference in the selection of species relates to the intended environments these beasts are tasked with inflitrating. On one hand, wingmaws are more fitted to aerial surveys: The mapping of larger plots of land from above for the purposes of detecting enemy encampments, movements and installations. The spiders on the other hand are more fitted in inflitrating residences, ventilation shafts and other small spaces, being of a much smaller size and having the ability to climb onto walls and ceilings. They are also infinitely more quiet than a wingmaw. So, in short, the intent of this project is to retrofit spiders with optical and audio-recording cybernetics for the purpose of inflitrating interior spaces.

The Prototype: Only one eye was replaced in each spider, in a move to not only maintain a low cost in each procedure, but also to minimize recovery time and result in the smallest electronic signature possible for each specimen. This time, an audio link was also established within the optical cybernetic, allowing for the interception of audio. Two different versions were created; The first allowed the video and audio link to be transmitted to a remote terminal within a radius of 100 meters, although my knowledge is not advanced enough to make this connection encrypted and such will have to be developed in the future in order for the audio feed to be safe from being traced back to its source. The second version is able to have the audio/video feed be stored within a datachit located at the back of the arachnid's head. The second version is a bulkier one, with a slightly larger electronic signature, although it allows for the creature to have a greated degree of independence from its handler and provide flexibility over the distance of handler and spider. The working prototype from the last cybernetic project was used as the basis for this one, as I strived to miniaturize the cybernetics even further. I believe that, at this point, I have reached the limit of how small a cybernetic of this kind can be, as I had to create over twenty different prototypes before a single one of them worked. The version bearing the datachit for the recording was perhaps the most challenging endeavour I have undergone thus far, as the storage device comes in a standard size and has to be sufficiently concealed within the spider. The solution I came up with included a partially exposed port on the base of the spider's neck, that allows for removal of the chip, and works to at least partially contain the electronic component. The plasteel parts are spray-painted with a matte, non-reflective black paint, so as to avoid light reflecting off the cybernetic and giving away the spider's location. Regarding the eyes themselves, inspiration was taken from antique chronometers in the fitting of the gears and cables within the constrained space, as well as my own experience in making spring-loaded knife contraptions. 

Subjects: The species chosen for the fitting of the cybernetics and subsequent training are the common Kaasian jungle spiders. There is absolutely nothing special about these large arachnids, not in ability nor coloration, and that's why they were chosen for this purpose. A spider large enough and with enough base intellect to be controlled through the Force, but unassuming and common in number. I shall not go through the number of failed instances, as they are too many to count, focusing instead on those that succeeded.

SPDR-1: Adult female, common coloration, larger in size

SPDR-2: Adult male, common coloration, smaller in size

Implantation:

SPDR-1: The subject was implanted with the version of the cybernetic containing the datachit, given her larger size. Subject has since fully recovered and has successfully gone through a molt, without any problems regarding the cybernetics thus far. Subject is responsive to Force Bond and training, with simple commands being learned thus far such as staying on a given place or crawling on the ceiling and seeking shelter. Time will tell if more complex commands can be learned.

SPDR-2: The subject, being smaller, was implanted with the version of the cybernetic relying on a remote link. Subject is currently recovering, but has already responded positively to Force Bond.]]> https://www.horuset.com/showthread.php?tid=1206 Sun, 03 Mar 2024 01:07:52 +0000 Nivalis]]> https://www.horuset.com/showthread.php?tid=1206 Objective: Our objective is to retrofit a wingmaw with optical cybernetics able to record live video from above, without rousing much suspicion in the enemy. In addition, the wingmaw's claws are to be reinforced with a lightweight metal alloy that is sharper than their natural claws, as a defense mechanism against aerial or other predators as well as people. The optical cybernetic has to be modified to the wingmaw physiology in order to not stand out as uncanny if the animal is viewed from a closer distance. The same applies to the claws.

The Prototype: The cybernetic implant was created combining different parts from already existing reptavian optical replacements and human cybernetic enhancements that allow for the live transmission of video images. Specifically, live transmission was chosen in favour of a storage device both for economy in size (after all, a wingmaw's cranial cavity is significantly smaller than a human's), as well as safeguarding against the filmed material falling into enemy hands upon the event of the animal's capture. The range of transmission is 100 meters. The first edition of the cybernetic seemed to work without complications, however the look is characteristically mechanical, making it unsuitable for covert missions. The second edition was further finetuned to have a natural appearance and looks much less jarring. One would need to be looking at the animal face to face to distinguish the cybernetic's presence. The metal claws were much simpler to manufacture as well as implant. A layer of paint and careful airbrushing went into each one of them to ensure a natural appearance and eliminate shine.

Subjects: Three subjects were chosen for the experimental phase of the trials. All three of the subjects were wingmaws that were otherwise healthy, but some had limited vision as a result of genetics or disease.

WGM-1: Adult male, albino. Subject was born with poor eyesight. Docile temperament.
WGM-2: Adult female, usual coloration. Subject's eyesight is normal. Aggressive temperament.
WGM-3: Adult female, usual coloration. Subject's eyesight has sustained damage after infection. Inquisitive but obedient.

Implantation:

WGM-1: Subject was retrofitted with the first version of the prototype cybernetic, as well as the claws. Implantation was successful and the subject recovered smoothly from anesthesia. Subject is currently recovering as expected. Since the cybernetic looks rather obviously unnatural and the subject itself unusually friendly for a wingmaw, a recommended use for the subject is as a home surveillance device, or perhaps one than can be mounted to one's shoulder during a meeting.

WGM-2: Subject was retrofitted with the improved version of the prototype as well as the claws. Unfortunately, it did not awake after anesthesia.

WGM-3: Subject was retrofitted with the improved version of the prototype as well as the claws. The operation was a success and the subject is recovering as expected. The next step is the specialized training of the subject for its intended job, that is aerial surveillance and espionage. The subject shows signs of intelligence, for a wingmaw, but also obedience, making it a promising candidate.]]> Objective: Our objective is to retrofit a wingmaw with optical cybernetics able to record live video from above, without rousing much suspicion in the enemy. In addition, the wingmaw's claws are to be reinforced with a lightweight metal alloy that is sharper than their natural claws, as a defense mechanism against aerial or other predators as well as people. The optical cybernetic has to be modified to the wingmaw physiology in order to not stand out as uncanny if the animal is viewed from a closer distance. The same applies to the claws.

The Prototype: The cybernetic implant was created combining different parts from already existing reptavian optical replacements and human cybernetic enhancements that allow for the live transmission of video images. Specifically, live transmission was chosen in favour of a storage device both for economy in size (after all, a wingmaw's cranial cavity is significantly smaller than a human's), as well as safeguarding against the filmed material falling into enemy hands upon the event of the animal's capture. The range of transmission is 100 meters. The first edition of the cybernetic seemed to work without complications, however the look is characteristically mechanical, making it unsuitable for covert missions. The second edition was further finetuned to have a natural appearance and looks much less jarring. One would need to be looking at the animal face to face to distinguish the cybernetic's presence. The metal claws were much simpler to manufacture as well as implant. A layer of paint and careful airbrushing went into each one of them to ensure a natural appearance and eliminate shine.

Subjects: Three subjects were chosen for the experimental phase of the trials. All three of the subjects were wingmaws that were otherwise healthy, but some had limited vision as a result of genetics or disease.

WGM-1: Adult male, albino. Subject was born with poor eyesight. Docile temperament.
WGM-2: Adult female, usual coloration. Subject's eyesight is normal. Aggressive temperament.
WGM-3: Adult female, usual coloration. Subject's eyesight has sustained damage after infection. Inquisitive but obedient.

Implantation:

WGM-1: Subject was retrofitted with the first version of the prototype cybernetic, as well as the claws. Implantation was successful and the subject recovered smoothly from anesthesia. Subject is currently recovering as expected. Since the cybernetic looks rather obviously unnatural and the subject itself unusually friendly for a wingmaw, a recommended use for the subject is as a home surveillance device, or perhaps one than can be mounted to one's shoulder during a meeting.

WGM-2: Subject was retrofitted with the improved version of the prototype as well as the claws. Unfortunately, it did not awake after anesthesia.

WGM-3: Subject was retrofitted with the improved version of the prototype as well as the claws. The operation was a success and the subject is recovering as expected. The next step is the specialized training of the subject for its intended job, that is aerial surveillance and espionage. The subject shows signs of intelligence, for a wingmaw, but also obedience, making it a promising candidate.]]> https://www.horuset.com/showthread.php?tid=1181 Tue, 23 Jan 2024 16:32:21 +0000 Nivalis]]> https://www.horuset.com/showthread.php?tid=1181 Description:

The purpose of the project is the formulation of a water soluble substance with long-lasting effects, meant to be introduced in the water supply of a targeted town, in order to erode the willpower and ability of the population to fight back. The purpose of this is quite simply, population control and pacification, without the use of overt violence and thus lowering the likelihood of eliciting a strong response from the enemy, as well as the formation of a resistance movement. The first stage involves the gathering of the main herbal specimens and their planting upon our available greenhouses. As we wait for the specimens to grow, we will assess the effects of the soluble substances on a smaller scale. The second stage is the larger scale experimentation of the solution upon a small village, after the formation of a successful batch. The third stage is, hopefully, the production of the substance on a larger scale for the use in our campaigns.

Ingredients: algarian torve weed, sweetblossom

Stage 1: Completed

Stage 2: In small scale testing, the effects of sweetblossom were found to be quite potent. The flowers have bloomed and are ready to be harvested.]]> Description:

The purpose of the project is the formulation of a water soluble substance with long-lasting effects, meant to be introduced in the water supply of a targeted town, in order to erode the willpower and ability of the population to fight back. The purpose of this is quite simply, population control and pacification, without the use of overt violence and thus lowering the likelihood of eliciting a strong response from the enemy, as well as the formation of a resistance movement. The first stage involves the gathering of the main herbal specimens and their planting upon our available greenhouses. As we wait for the specimens to grow, we will assess the effects of the soluble substances on a smaller scale. The second stage is the larger scale experimentation of the solution upon a small village, after the formation of a successful batch. The third stage is, hopefully, the production of the substance on a larger scale for the use in our campaigns.

Ingredients: algarian torve weed, sweetblossom

Stage 1: Completed

Stage 2: In small scale testing, the effects of sweetblossom were found to be quite potent. The flowers have bloomed and are ready to be harvested.]]>