VIGGEN Series D/E Direct Action Unit/Special Reconnaissance Unit Commando Cyborgs
Royal Navy Direct Action (DA) VIGGEN Series D Unit of 4th Platoon, Red Squadron, RN SOG in ordinary body armor, with .338" light assault machine gun (LAMG) and underbarrel 64-line pump-action grenade launcher; a Special Reconnaissance (SR) VIGGEN Series E Unit in light battle dress with a .50" magnum pistol, "electro-duster" knuckle irons, and SLR with 12-gauge underbarrel grenade launcher.
VIGGEN is the current codename for the Ministry of War's transhuman supersoldier program, descended from the "cybernetic-bionic commando" units, such as Assault Team Inoka, of the Alarian War. The VIGGEN program builds on the work of GUNGNIR (2040's), MISTEL (2050's), and TYRFING (2060's) to produce a 4th generation combat cyborg for the 22nd century. Based on advances both estimated and demonstrated through recovered corpses of special forces cyborgs, codenamed "Optimates", of the UZR Main Intelligence Directorate (GRU), the STAVEN requested a new series of fully geneline modified cyborgs be introduced which could defeat the Optimates in close combat.
Generational development of cyborg supersoldiers began in the 2020's with various "human optimization algorithms", designed to increase the fightability and performance of commando units during colonial wars, and continued into the Alarian War (2049-2053) after contemporary advances in prostheses had allowed the whole-body replacement of limbs and neural tissues with cybernetic equivalents. This resulted in the GUNGNIR program, a mostly successful program designed to return injured but battle experienced troops to combat as rapidly as possible, and was responsible for successful execution of dangerous missions such as the Castle Berum raid and Operation SUPERKICK. GUNGNIR troops were baseline human soldiers augmented with extreme amounts of cybernetics and prostheses, often leading these soldiers to be successful in their jobs until the support provided by the military was cut off as part of the reconstruction and reorientation of the post-Dorestad economy. Many GUNGNIR veterans found themselves unable to function, quite literally, in post-war society as the advanced cybernetics broke down in lieu of routine maintenance, turning to body modification, illicit employment through organized criminal networks, or even suicide in rare cases. Many more found work in various private military firms that sprung up after the war or helped found charities dedicated to the support and well-being of people suffering from traumatic amputations.
MISTEL, the equivalent cyborg program for the Office of Special Collections (KSI), sought to improve upon the cybernetics with psycho-somatic conditioning, gene therapy, and advanced combat training. MISTEL-type cyborgs were organized into the Office of Special Collections' Section IX (liquidations) and given advanced weapons and prototype powered armor. MISTEL is still used as a general codename when referring to KSI cyborgs. TYRFING, the second generation military cyborg, incorporated gene therapy and microscopic augmentation. Increased mitochondrial count, "cat's eyes" reflectors implanted in the retina, frostbite and cold temperature resistances from freshwater fish species, and improved aerobic performance from advanced gene therapy cocktails increased the natural capacities of volunteer soldiers. In a way this represented a truer version of the pre-GUNGNIR programs of "human optimization", using genes taken from felines and catfish, instead of merely steroids and training regimens, without the need to go as long under the knife as GUNGNIR. The latter, born of both wartime necessity and desperation, was seen as outmoded almost entirely. However, TYRFING's ultimate weakness was that the soldiers were scarce, being volunteers, and fully grown, thus relatively fixed in their capacities for bearing weight, despite gene therapy and pharmaceuticals used to increase bone densities. VIGGEN, promising to produce similar results to TYRFING from birth, began in earnest in the early 2070's at AstraMedivir AB (AMAB) Kivik Facility.
This facility would later be renamed the Kivik Vatworks after the spinoff of Kivat AB from AMAB, after an internal strategic review by AMAB in 2086, becoming the prime contractor for the VIGGEN combat units. Kivat AB has the capacity to produce approximately 600 cyborg soldiers, excluding rejected or defective units, with orders placed in 20 year cycles.
Two genelines were developed for VIGGEN. One, based more heavily on TYRFING volunteers' DNA donations, was designated the "Special Reconnaissance" Series -A and -E geneline. The other, an entirely new geneline based on recently unearthed archaeological samples in pre-Vendish mounds of a previously unidentified peri-Neanderthalensis hominid (presently named Homo sapiens Stokerensis after V.B. Stoker School of Anthropology of Kiruna University) and incorporating sequences from Neandertals and Stokerensis, into what amounts to an entirely new subspecies of Homo. This work was designated as the "Direct Action" geneline, and required three generations to develop fully at the Kivik Vatworks (Kivat AB), with the final Homo s. Kivikensis (patent pending) rolling off the line in 2105. The Kivikensis was designed explicitly to fulfill the need for a large load capacity, innately high ABC/CBR-NEP (Chemical, Biological, Radiological - Nanological, Ecological, Prionological) resistance, and cognitive flexibility while retaining internal moral-political unity. The latter proved to be most challenging, with initial cohorts suffering numerous maladies, thus Series D units first entered service in 2105, while Series A and -E units had been in use since 2088 and 2097 respectively.
Homo Stokerensis is one of the now recognized six species of Homo active over the past 150,000 years since the evolution of the Cro-Magnon. Stokerensis were a predatory offshoot of Homo sapiens (or, more controversially, Homo sapiens is a offshoot of Stokerensis) which adapted for hunting of other Homo subspecies, and first appears between 275±37kya. The first skeleton was discovered in the Jade Empire in 2057 during an archaeological dig, while comparison of other skeletal fragments (primarily through bone density analysis) have revealed that previously identified Sapiens skeletons may be Stokerensis skeletons instead in both Tlaxcalan and proto-Vendish tombs. Stokerensis featured subtle anatomical differences in bone density and structure, with a clear adaptation for distance running and endurance movement, but relatively dense bones allowing for (presumably) very rapid changes in direction. The robusticity of available skeletons falls more in line with Neanderthalensis, or exceeds it in rare cases, and this increased density allowed the muscles to become much sturdier. As a result of hyperpredation competition between Cro-Magnons, Neandertals, Denisovans, Phukiensis, and Erectus (the conventional "Big Five" of the Upper Paleolithic), Stokerensis is believed to have gone extinct between 10-14kya in the Sajaralaric mega-continent. This coincided with the extinction of the Denisovan and Neandertal populations during the Upper Paleolithic. As a result of population transfers from 12-25kya across the Chukchi Strait land bridge, Stokerensis is believed to have sustained its lineage until as brief as 6,000 years ago before disappearing entirely. Further, pre-Uto-Nahautl oral myths record that proto-Tlaxcalan priests and shamans had a pact with "illuminated men" who lived with human families and consumed the blood of children and adults alike. As sequences from Stokerensis have been found in Tlaxcalan populations, it is likely that extinction of the last living Homo subspecies was driven by a combination of local droughts, population collapses depriving Stokerensis of food sources, and introgression. These sequences have also been found in some modern populations of the Vendish Peninsula, such as the Sapmi, Veps, and Geatish. In terms of trophic level, if humans are around 2.25, then Stokerensis is believed to have been approximately 4.1 to 4.3. As a result of the discovery of the Stokerensis subspecies, many anthropological understandings of Tlaxcalan, Dine, and Hopi history had to be rewritten essentially overnight. It is now understood that at least a handful of pre-Alarian, Anahuacian archaeological sites and several proto-Samoyedic settlements were resident to a high-status sub-population of Stokerensis, who acted as both eligious priests and literal shepherds for their livestock-flocks of Homo sapiens.
Early batches of Kivikensis Series B were highly aggressive towards Kivat personnel, albeit only after the onset of puberty, likely caused by the extensive Stokerensis sequences being activated, and were liquidated as a result. Kivikensis Series C were far more amenable to ordinary behavior, but were considered too individualistic to be serious combat soldiers, described by a general manager at Kivat as "exceedingly brash", while their skeletal density was considered to be too low to carry the large weight required by the VIGGEN program. These too were liquidated, albeit in a more traditional sense, and numerous Series C units have since found stable work as bodyguards, huscle, or photo models. The Series D batch, developed simultaneously, incorporated more xenogenetic cocktails, as well as redesigned calcium sequestration and autophagy pathways, providing a much denser body. Better understanding of the genes of Stokerensis that led to prior behaviors of the Series B units have resulted in a VIGGEN unit that is large, robust, capable of rapid movement, and has high moral-political preparedness. Like Neandertals, Kivikensis has a rapid growth cycle, reaching puberty at between 7 to 8 years of age, and rapidly growing over the next four to six years, reaching full adult growth between the age of 14 to 16 and full mental growth by age 20. This has allowed for three full generations of Kivikensis to be produced during the initial run of Series -A and -E SR VIGGENs.
In terms of geneline specific modifications, as the names imply, both VIGGEN series are designed for specific purposes. However, common modifications between the two genelines include increased mitochondrial counts, higher lactate thresholds, improved gluconeogenesis pathways, greater aerobic capacity, "cat's eye" reflectors, at least partial cyberbrain augmentation, denser astrocyte and neuroglia populations, thicker cortices, diminished fear responses, reduced (less than 2 hours per day) sleep demand, innate ABC protection via increased HuBCHe stores and genegineered livers, thickened and strengthened tissues incorporating long protein chains similar to spider silk, rewritten cellular transcription (to aid both healing and neuroplasticity), higher operating body temperatures (to allow for faster enzymatic action and cognition), improved kidney function allowing consumption of saltwater, greatly increased resistance to common fungal or plantborne toxins through modified chemical production in the liver, and denser skeletal-muscular tissues. The average weight of a SR VIGGEN, standing approximately 6' 10" in height, and described as a "typical triathlete build" in appearance, is around 280 pounds.
All VIGGENs are designed to think smarter, move faster, and hit harder than ordinary baseline humans, while carrying more mass (upwards of 200 pounds of combat equipment, ammunition, and body armor are not atypical for SR units, with 300 to 400 pounds common for the DA units) and moving aggressively against the enemy. Special Reconnaissance Units are designed for long-duration, deep reconnaissance and target of opportunity attacks. Limited support, foraging, and long periods of sedentary observation are necessary, with limited sleep and high metabolic endurance. Priority is given to low caloric consumption, judicious water loss, slow-twitch muscle fibers, aerobic capacity, and occipital and hippocampal cortices' relative volumes. Special Reconnaissance missions often involve specialized forms of insertion, such as paraglider or orbital pod insertion, and require covering long distances on foot. All SR VIGGENs are descended from a requirement for the classic Special Reconnaissance operation: SCALPEL.
During Operation SCALPEL in the Alarian War, Army Field Ranger units and Navy Coastal Ranger troops conducted deep reconnaissance (approximately 100 nautical miles from landing zone; >500 nautical miles from assembly area) and attack on Frisian ballistic missile and nuclear artillery units over the course of several weeks before the beginning of Operation SLEDGEHAMMER. Destruction of at least ⅔ of Frisian ballistic missile launch units were needed by STAVEN estimates, with an expectation that ⅓ to ⅔ of the remainder would be shot down by anti-ballistic missile defenses. SCALPEL's insertion of nearly 80 special forces teams of 4 to 8 troops allowed for the identification and subsequent destruction of almost 75 launchers before they could launch. A handful of these were destroyed in suicide attacks by the special forces units, while the bulk were eliminated by a combination of air- and nuclear ballistic missile attack. The ballistic missile submarine HMS Indomitable was destroyed by a dozen missiles which counterfired after its partial ballistic missile launch. During the initial landing of SLEDGEHAMMER, 36 hours later, ten nuclear missiles were intercepted by ballistic missile defense destroyers, while another six detonated successfully, destroying several battalions and a amphibious assault aircraft carrier. Regardless, SLEDGEHAMMER's amphibious armada landed successfully and established a successful beachhead on the continent, ensuring the victory of Allied forces.
SCALPEL's Special Reconnaissance demands specifically called for a successful establishment of a semi-permanent observation position of 340 hours, capped with 36-hour infiltration-exfiltration phases, and multiple patrols spanning a 35 nautical mile radius around the concealed observation point, with an 8-man unit. The SR VIGGEN unit possesses limited ability, by nature of its transhuman nature, to conduct direct action capabilities, but compared to the DA VIGGEN is highly ineffective in this role. Its specialized geneline allows the SR VIGGEN brain to rapidly track movements of troops and machines across a landscape, notice minute details, and remain motionless, neither blinking nor breathing for as long as 20 minutes. Although not as sturdy as their DA counterpart, the melancholic-phlegmatic personalities give SR VIGGENs a high level of detail and process oriented conscientiousness. Their augmented cyberbrains and dense hippocampal and occipital lobes provide them with extraordinary memory and eyesight, even by transhuman standards, while ocular implants allow for zoom magnification out to 8x normal vision. Optimized as snipers, long-range reconnaissance/patrol, and raiding troops, the SR VIGGENs lack much of the Stokerensis-specific derived sequences of the DA VIGGENs, being essentially baseline humans with highly optimized cybernetic and genetic augments.
DA VIGGEN genelines were designed along another Alarian War operation: SUPERKICK. SUPERKICK, involving the original GUNGNIR bionic cyber commandos of the Royal Navy, was a short assault on a heavily defended underground complex via battalion air assault. The commandos were supported by frontal aviation and helicopter gunships. The objective, a bio-nanological weapons facility and cyborg production center, was destroyed by atomic demolition charges, but not before valuable research data, captive Allied prisoners, and research scientists involved were evacuated. The cyborg units, along with battlesuit equipped Milisyje, attempted to defend the facility and were stopped by GUNGNIR's commando troops. The bulk of casualties of the GUNGNIR troops were suffered during SUPERKICK, indicating that even against unaugmented humans "merely human" wasn't good enough, and although SUPERKICK was successful at nearly all its objectives, it ensured that all of the GUNGNIR squadrons had suffered such losses as to render them impotent for the remainder of the war. Direct Action genelines required the ability to wear body armor resistant to 15.5mm ball or 12.7mm API
unassisted across the thorax, .30 caliber AP plate across the limbs, and be able to move at tactical speeds i.e. between 6 and 8 miles per hour for distances up to 50 meters, and still be able to conduct close combat such as bayonet thrusts or accurate automatic fire. Because of its increased bodily temperature over baselines and SR VIGGEN geneline, the DA VIGGEN requires a passive or active cooling system when wearing heavy body armor, although its innate thermal regulation system is adequate for light body armor (12.7mm ball, .30 caliber AP) vests.
The main driving factor for the DA VIGGEN was trunk size, aerobic capacity, and gross load capacity, and thus skeletal size and muscle strength. High loads caused by body armor and speed requirements meant larger, stronger muscles, which meant larger, denser bones to avoid being destroyed by simple movements. Stokerensis provided the basis of highly dense bone structure, while modified autophagic pathways reduced the capacity for the body to eat itself, allowing the body to retain both skeletal and muscular density. The downside of this was that it came at a cost of both thermal regulatory management and caloric intake. Kivikensis requires upwards of 20,000 kcals per day, although this is more often half that in sedentary environments, primarily because its body cannot reasonably break down tissue for energy. Operating at a nominal of 104 degrees, with portions of the deep brain closer to 115 degrees, Kivikensis has extreme thermal management requirements, operating near the limits of hominid protein and enzymatic capacities. An extremely robust immune system is required to prevent the types of severe fevers which might literally cause proteins to denature. The thermal camouflage capacity of the SR VIGGEN, that is to depress its metabolic system in order to resemble a corpse on a FLIR, beyond the capacity of the Kivikensis.
Thus, Kivikensis represents the almost polar opposite of the Special Reconnaissance mission in that it is capable of carrying literally hundreds of pounds of body armor, often powered, but able to be operated manually if necessary. Capable of tearing doors off cars and bending metal with its bare hands, the Kivikensis features incredibly rapid cognition in addition to its physically imposing size. The SR VIGGENs, already standing at an imposing 6' 5", are dwarfed by its nearly 10' stature. Explicitly built for short-duration (less than 96 hours) operations, the DA VIGGEN nonetheless possesses an extremely limited SR capacity. Requirements of the DA VIGGEN were that it be able to operate for up to 72 hours without resupply, given adequate nutritional supplies, and perform limited patrols and ambushes within a 10 nautical mile radius of their observation post when lacking transportation.
Unlike the SR VIGGEN, which can complete a standard 2-mile run in combat boots on average between 5 and 6 minutes, the DA VIGGEN requires nearly 9-10 minutes to complete this task, primarily due to its larger bulk. Under combat weights (57 lbs body armor and helmet, 10 lbs rifle, 6 lbs ammunition, 54 lbs rucksack, with combat boots for SR; 108 lbs body armor and helmet, 25 lbs LAMG, 24 lbs ammunition, 73 lbs rucksack for DA) of a 2-mile run, the DA units slip to 7-8 minutes per mile while the SR units drop to merely ~6 minutes per mile on average. However, over short distances, the DA VIGGEN is capable of startlingly rapid direction changes and can complete a 100-meter sprint nearly thrice as fast as a SR VIGGEN. Combined with its sanguine-choleric personality, the DA VIGGEN is able to rapidly plot positions of enemy weapons based on limited information, intuitively understands complex tactical concepts, and can lead levy troops as an ersatz NCO if required.
Equipment issued to the VIGGEN cyborgs is similar to ordinary troops: automatic rifles, grenade projectors, rocket launchers, and ceramic or titanium body armor. Light body armor specially designed for VIGGEN troops, similar in construction to ordinary conventional vests, is typically resistant to .265" Super armor-piercing and 6mm Unified API and 12.7mm ball. Heavier body armor in the form of "light battle dress", essentially an industrial exoskeleton with thick armor plates and a load carrying cargo shelf on the back, which can resist 12.7mm API. The heaviest available body armor is "heavy battle dress", formerly called the "cybernetic commando battlesuit", which provides 14.5mm ball protection, full ABC sealing, and an integrated high energy power pack that allows use of weapons such as chainguns, sensors such as FLIRs and radar, and increased mobility. SPIE harnesses are integrated into all body armor, allowing for rapid extraction via helicopter or tiltrotor aircraft, and both light and heavy battle dress allow for near unimpeded mobility.
One major obstacle to the Kivikensis remains in that they are capable of succumbing to, during periods of extreme nutritional stress/protein starvation in combination with high heat stress, a major anatomical metamorphosis known as Witiko syndrome. So named after the Algonquin mythological monster, Witiko Syndrome is a series of extreme anatomical changes brought on after between 10 and 14 days of lack of protein intake by the Kivikensis. The cause of Witiko syndrome is presently unknown, but believed to be a result of interactions of reconstructed Stokerensis DNA sequences and donor DNA from Geatish TYRFING troops in the initial DA VIGGEN geneline series. Excessive bodily temperature, causing prion malformation and replication, results in misfolding of certain proteins similar to some forms of TSE. Diagnosis of Witiko Syndrome can be made via biopsy of brain tissue prior to onset of anatomical changes. Preventing Witiko Syndrome is of prime concern for Kivik Vatworks, not only due to lost revenue, but the impact it can have on nearby settlements and civilian populations. A degenerated form of the syndrome was observed in Series B Kivikensis units, which resulted in increased cognition, albeit similarly extreme aggression and cannibalistic behavior. An extreme pallor, the shift of the tapetum lucidum from green to red, avoidance of ultraviolet light, and predatory sadism were also observed in Series B units. Series D units add to this, to include jointed hypermobility, vocal mimicry, total bodily hair loss, reclusive behavior, and blackening of the sclera, thus leading to the term Witiko syndrome. Due to the extreme hormonal changes and organ damage caused by Witiko syndrome, the prognosis of afflicted VIGGEN units is invariably fatal, most often due to renal failure.
Because of the vast differences in displayed behavior and phenotype between Witiko Syndrome and historic Tlaxcalan tlahuelpuchiin, Rusyn upyr, and Gallic tilberadraugr, anthropologists do not believe that Witiko myths were inspired by Stokerensis. Considerations among paleontologists and archaelogists for funding archaeological digs in the southwestern Gallic and northern Tsuutʼina homeland straddling the Innuat Republic/Federal Republic of Oumei are growing to find evidence for a possible Stokerensis hybrid matching clinical descriptions of Witiko Syndrome VIGGEN units.