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Given their widespread use in stealth [[wikipedia:Infiltration tactics|infiltration]]/[[wikipedia:Extraction (military)|exfiltration]], all classes of [[prowler]] notably feature electronic protection capabilities in the form of stealth technology, but many also include electronic attack and support technologies to directly assist in military actions and to gather intelligence.{{Ref/Book|Id=Enc22P129|Enc22|Page=129}} Prowlers' hulls are often covered in a [[stealth ablative coating]] that make the vessel's profile virtually undetectable when targeted by [[radar]], though requires extensive maintenance.{{Ref/Novel|Id=GoO291|GoO|Page=291}} This coating is often paired with [[active camouflage]] technologies such as [[texture buffer]]s to make the vessels invisible to visual detection as well.{{Ref/Novel|Id=GOO32|GoO|Chapter=32}}{{Ref/Reuse|Warfleet46}} The largest member of the prowler family—the {{Class|Point Blank|prowler}}—makes use of powerful jamming technology capable of blocking all outbound communications within a targeted area.{{Ref/Novel|Id=HSS7|HSS|Chapter=7}} The {{Class|Sahara|heavy prowler}} incorporates a large dish on its dorsal surface that contains both passive and active sensor systems for narrow-band signal manipulation. Additionally, the vessel features parallel passive phased-scanners for long-ranged threat detection.{{Ref/Book|Id=VIS|H4EVG|Page=190}}{{Ref/Book|Id=Mythos140|HM|Page=140}} Perhaps most interestingly, the ''Sahara''-class includes two [[XEV9-Matos nonlinear pulse cannon]]s capable of disabling enemy warships via [[Electromagnetic pulse|EMP]], one of the most direct methods of electronic attack.{{Ref/Reuse|Enc22P129}}{{Ref/Novel|Id=HGL9|Gla|Chapter=9}} The {{Class|Winter|prowler}} is particularly well-suited to electronic warfare with a full suite of cloaking technologies designed to reduce and distort their emissions and sensor profile. If detected, the ''Winter''-class's turrets even incorporate electronic warfare countermeasure dispensers that can launch projectiles such as heat sinks and deception jammers to confuse sensors or break target locks.{{Ref/Book|Id=Warfleet46|HWF|Page=46-47}} The {{Class|Chiroptera|subprowler}} incorporates advanced counter-intrusion software to protect against electronic attacks.{{Ref/Book|Id=Enc11|Enc11|Page=259}}
Given their widespread use in stealth [[wikipedia:Infiltration tactics|infiltration]]/[[wikipedia:Extraction (military)|exfiltration]], all classes of [[prowler]] notably feature electronic protection capabilities in the form of stealth technology, but many also include electronic attack and support technologies to directly assist in military actions and to gather intelligence.{{Ref/Book|Id=Enc22P129|Enc22|Page=129}} Prowlers' hulls are often covered in a [[stealth ablative coating]] that make the vessel's profile virtually undetectable when targeted by [[radar]], though requires extensive maintenance.{{Ref/Novel|Id=GoO291|GoO|Page=291}} This coating is often paired with [[active camouflage]] technologies such as [[texture buffer]]s to make the vessels invisible to visual detection as well.{{Ref/Novel|Id=GOO32|GoO|Chapter=32}}{{Ref/Reuse|Warfleet46}} The largest member of the prowler family—the {{Class|Point Blank|prowler}}—makes use of powerful jamming technology capable of blocking all outbound communications within a targeted area.{{Ref/Novel|Id=HSS7|HSS|Chapter=7}} The {{Class|Sahara|heavy prowler}} incorporates a large dish on its dorsal surface that contains both passive and active sensor systems for narrow-band signal manipulation. Additionally, the vessel features parallel passive phased-scanners for long-ranged threat detection.{{Ref/Book|Id=VIS|H4EVG|Page=190}}{{Ref/Book|Id=Mythos140|HM|Page=140}} Perhaps most interestingly, the ''Sahara''-class includes two [[XEV9-Matos nonlinear pulse cannon]]s capable of disabling enemy warships via [[Electromagnetic pulse|EMP]], one of the most direct methods of electronic attack.{{Ref/Reuse|Enc22P129}}{{Ref/Novel|Id=HGL9|Gla|Chapter=9}} The {{Class|Winter|prowler}} is particularly well-suited to electronic warfare with a full suite of cloaking technologies designed to reduce and distort their emissions and sensor profile. If detected, the ''Winter''-class's turrets even incorporate electronic warfare countermeasure dispensers that can launch projectiles such as heat sinks and deception jammers to confuse sensors or break target locks.{{Ref/Book|Id=Warfleet46|HWF|Page=46-47}} The {{Class|Chiroptera|subprowler}} incorporates advanced counter-intrusion software to protect against electronic attacks.{{Ref/Book|Id=Enc11|Enc11|Page=259}}


Several classes of UNSC [[dropship]] incorporate electronic warfare technologies. These include the [[U81 Condor]], a variant of the [[D81-LRT Condor]] dropship that features an advanced electronic warfare suite and passive sensor array.{{Ref/Site|Id=Waypoint|URL=https://www.halowaypoint.com/en-us/universe/vehicles/d81-lrt-condor|Site=Halo Waypoint|Page=Condor|D=30|M=06|Y=2021}} The [[D77-TC Pelican]] includes several forms of electronic warfare technologies including wide-spectrum flares, microdrone decoys, rainbow laser blinders, RADAR/LIDAR sensors, directional jammers, and "hard chop" guillotines on data processing modules to minimize their susceptibility to cyber intrusion.{{Ref/Book|Id=Warfleet44|HWF|Page=44-45}} ''[[Bogof]]'', a [[Pelican]] dropship attached to the {{UNSCShip|Port Stanley}}, was upgraded by the [[Huragok]] [[Requires Adjustment]] with reactive camouflage and an electronic warfare technologies.{{Ref/Novel|Id=HMD|HMorDi}} While it does not feature the stealth ablative coating or active camouflage technologies commonly featured on prowlers, the [[D102 Owl]] utilizes a nanoblack biopolymer coating for stealth functions.{{Ref/Novel|Id=SOR2|HSoR|Chapter=2}}
Several classes of UNSC [[dropship]] incorporate electronic warfare technologies. These include the [[U81 Condor]], a variant of the [[D81-LRT Condor]] dropship that features an advanced electronic warfare suite and passive sensor array.{{Ref/Site|Id=Waypoint|URL=https://www.halowaypoint.com/en-us/universe/vehicles/d81-lrt-condor|Site=Halo Waypoint|Page=Condor|D=30|M=06|Y=2021}} The [[D77-TC Pelican]] includes several forms of electronic warfare technologies including wide-spectrum flares, microdrone decoys, rainbow laser blinders, RADAR/LIDAR sensors, directional jammers, and "hard chop" guillotines on data processing modules to minimize their susceptibility to cyber intrusion.{{Ref/Book|Id=Warfleet44|HWF|Page=44-45}} ''[[Bogof]]'', a [[Pelican]] dropship attached to the {{UNSCShip|Port Stanley}}, was upgraded by the [[Huragok]] [[Requires Adjustment]] with reactive camouflage and an electronic warfare technologies.{{Ref/Novel|Id=HMD|HMorDi}} While it does not feature the the stealth ablative coating or active camouflage technologies commonly featured on prowlers, the [[D102 Owl]] utilizes a nanoblack biopolymer coating for stealth functions.{{Ref/Novel|Id=SOR2|HSoR|Chapter=2}}


The UNSC also makes use of naval munitions which incorporate electronic warfare capabilities. UNSC missiles can be fitted with specialized warheads that conduct jamming and decoy functions to disrupt enemy countermeasures, therefore having the capability to function in both electronic attack and protection roles.{{Ref/Book|Id=Enc22P115|Enc22|Page=115}} Professor [[Ellen Anders]] led a project to upgrade the {{UNSCShip|Spirit of Fire}}'s [[Magnetic Accelerator Cannon]]s that resulted in a specialized MAC round capable of emitting an EMP on impact, giving the weapon electronic attack potential.{{Ref/Level|HW2|The Cartographer}}
The UNSC also makes use of naval munitions which incorporate electronic warfare capabilities. UNSC missiles can be fitted with specialized warheads that conduct jamming and decoy functions to disrupt enemy countermeasures, therefore having the capability to function in both electronic attack and protection roles.{{Ref/Book|Id=Enc22P115|Enc22|Page=115}} Professor [[Ellen Anders]] led a project to upgrade the {{UNSCShip|Spirit of Fire}}'s [[Magnetic Accelerator Cannon]]s that resulted in a specialized MAC round capable of emitting an EMP on impact, giving the weapon electronic attack potential.{{Ref/Level|HW2|The Cartographer}}
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===Covenant usage===
===Covenant usage===
[[File:HWF_T&RSensorVane Cutaway.png|thumb|right|300px|A cutaway of the sensor vanes on the {{Pattern|Ket|battlecruiser}}, ''[[Truth and Reconciliation]]''.]]
[[File:HWF_T&RSensorVane Cutaway.png|thumb|right|300px|A cutaway of the sensor vanes on the {{Pattern|Ket|battlecruiser}}, ''[[Truth and Reconciliation]]''.]]
[[Covenant]] vessels such as the [[Covenant stealth ship|an unidentified class]] of stealth vessel possess electronic countermeasures to counter the [[guidance lock]]s on [[Archer missile]]s. One of these vessels used these countermeasures to disrupt missiles fired by the {{UNSCShip|Iroquois}} during the [[Battle of Sigma Octanus IV]]. This class also features active camouflage technologies to render the ship virtually invisible,{{Ref/Novel|Id=FoR195|HTFoR|Page=195-196}} a trait also shared by the Covenant [[intrusion corvette]]{{Ref/Novel|Id=HSS12|HSS|Chapter=12}} and {{Pattern|Akton|escort}}.{{Ref/Tabletop|Id=HFBADP|HFB|Detail=ADP-class escort in-game unit}} In the case of the intrusion corvette, it has been recorded that their stealth systems require consistent maintenance. If optimal maintenance practices are not met, the effectiveness of the intrusion corvette's stealth systems decreases dramatically.{{Ref/Novel|Id=HO5|Oblv|Chapter=5}} The {{Pattern|Makar|light corvette}} and {{Pattern|Ceudar|heavy corvette}} are both equipped with ''Ushab''-pattern [[Stealth shroud|stealth generators]], utilizing powerful distortion screens and a multispectral hypersink that renders the ships practically invisible to both human and Covenant long-range passive sensors. The ''Ceudar'' pattern also notably features a high-tier [[auspex array]], utilizing the electromagnetic spectrum to examine [[slipstream space]] for approaching ships or probe vast distances in realspace to instantly map local planetary systems. These systems can also detect the subtle changes in planetary or ship atmospheres, which indicates the presence of [[Flood]] contamination.{{Ref/Book|Id=Enc22P376|Enc22|Page=376}} Much larger ships, such as the {{Pattern|Varric|heavy cruiser}} ''[[Incorruptible]]'', also possess electronic countermeasures for countering enemy [[Plasma turret|plasma torpedoes]], as well as counter-countermeasures.{{Ref/Novel|Id=GoO193|GoO|Page=193-194}} Several classes of Covenant warships—such as the {{pattern|Hekar Taa|blockade runner}} and {{Pattern|Mutan Et|storm cutter}}—feature [[hyperscanner]]s.{{Ref/Book|Id=WF18|HWF|Page=18}}{{Ref/Site|Id=Season5intel|URL=https://www.halowaypoint.com/news/reckoning-intel|Site=Halo Waypoint|Section=Halo Infinite|Page=Reckoning Intel|D=01|M=01|Y=2024|LocalArchive=Halo Infinite Story & Intel#Season 5}} Hyperscanners provide extremely-detailed information on any object in range, including internal scans and structural composition. The sheer volume of data available generally overwhelm biological Covenant crews, and as a result their workstations typically filter anything not of immediate tactical significance.{{Ref/Reuse|WF18}} Several classes of warships—particularly [[Covenant cruiser|cruiser]]s—prominently feature external protrusions called [[sensor vane]]s, which either contain some or all of the ship's sensor equipment, or otherwise assist in their function.{{Ref/Site|Id=CFCalm|URL=https://www.halowaypoint.com/en-us/news/calm-in-the-storm|Site=Halo Waypoint|Page=Canon Fodder - Calm in the Storm|LocalArchive=https://archives.halopedia.org/waypoint/www.halowaypoint.com/en-us/news/calm-in-the-storm.html|D=04|M=08|Y=2021|Quote=No, although the sensor vane layout is often a way of helping to differentiate between different patterns. For example, if you look closely most of the battlecruisers you see in Halo 3 are actually different from than the Ket-pattern Truth and Reconciliation described in Halo: Warfleet (pp. 62-63), despite their similar fin arrangement.|Quotee=Kenneth Peters}}
[[Covenant]] vessels such as the [[Covenant stealth ship|an unidentified class]] of stealth vessel possess electronic countermeasures to counter the [[guidance lock]]s on [[Archer missile]]s. One of these vessels used these countermeasures to disrupt missiles fired by the {{UNSCShip|Iroquois}} during the [[Battle of Sigma Octanus IV]]. This class also features active camouflage technologies to render the ship virtually invisible,{{Ref/Novel|Id=FoR195|HTFoR|Page=195-196}} a trait also shared by the Covenant [[intrusion corvette]]{{Ref/Novel|Id=HSS12|HSS|Chapter=12}} and {{Pattern|Akton|escort}}.{{Ref/Tabletop|Id=HFBADP|HFB|Detail=ADP-class escort in-game unit}} In the case of the intrusion corvette, it has been recorded that their stealth systems require consistent maintenance. If optimal maintenance practices are not met, the effectiveness of the intrusion corvette's stealth systems decreases dramatically.{{Ref/Novel|Id=HO5|Oblv|Chapter=5}} The {{Pattern|Makar|light corvette}} and {{Pattern|Ceudar|heavy corvette}} are both equipped with ''Ushab''-pattern stealth generators, utilizing powerful distortion screens and a multispectral hypersink that renders the ships practically invisible to both human and Covenant long-range passive sensors. The ''Ceudar'' pattern also notably features a high-tier [[auspex array]], utilizing the electromagnetic spectrum to examine [[slipstream space]] for approaching ships or probe vast distances in realspace to instantly map local planetary systems. These systems can also detect the subtle changes in planetary or ship atmospheres, which indicates the presence of [[Flood]] contamination.{{Ref/Book|Id=Enc22P376|Enc22|Page=376}} Much larger ships, such as the {{Pattern|Varric|heavy cruiser}} ''[[Incorruptible]]'', also possess electronic countermeasures for countering enemy [[Plasma turret|plasma torpedoes]], as well as counter-countermeasures.{{Ref/Novel|Id=GoO193|GoO|Page=193-194}} Several classes of Covenant warships—such as the {{pattern|Hekar Taa|blockade runner}} and {{Pattern|Mutan Et|storm cutter}}—feature [[hyperscanner]]s.{{Ref/Book|Id=WF18|HWF|Page=18}}{{Ref/Site|Id=Season5intel|URL=https://www.halowaypoint.com/news/reckoning-intel|Site=Halo Waypoint|Section=Halo Infinite|Page=Reckoning Intel|D=01|M=01|Y=2024|LocalArchive=Halo Infinite Story & Intel#Season 5}} Hyperscanners provide extremely-detailed information on any object in range, including internal scans and structural composition. The sheer volume of data available generally overwhelm biological Covenant crews, and as a result their workstations typically filter anything not of immediate tactical significance.{{Ref/Reuse|WF18}} Several classes of warships—particularly [[Covenant cruiser|cruiser]]s—prominently feature external protrusions called [[sensor vane]]s, which either contain some or all of the ship's sensor equipment, or otherwise assist in their function.{{Ref/Site|Id=CFCalm|URL=https://www.halowaypoint.com/en-us/news/calm-in-the-storm|Site=Halo Waypoint|Page=Canon Fodder - Calm in the Storm|LocalArchive=https://archives.halopedia.org/waypoint/www.halowaypoint.com/en-us/news/calm-in-the-storm.html|D=04|M=08|Y=2021|Quote=No, although the sensor vane layout is often a way of helping to differentiate between different patterns. For example, if you look closely most of the battlecruisers you see in Halo 3 are actually different from than the Ket-pattern Truth and Reconciliation described in Halo: Warfleet (pp. 62-63), despite their similar fin arrangement.|Quotee=Kenneth Peters}}
 
''Hekar Taa''-pattern blockade runners feature stealth systems unrelated to the more modern Covenant stealth shroud concept, instead relying on brute-force jamming and the use of small drones to conceal the ship's location.{{Ref/Site|Id=hot drops|URL=https://www.halowaypoint.com/en-us/news/hot-drops-flag-caps|Site=Halo Waypoint|Page=Halo Community Update - Hot Drops & Flag Caps|D=01|M=03|Y=2021}}


===Banished usage===
===Banished usage===

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