Two NASA Standard Initiator cartridges are used to generate a rapidly expanding gas that drives the blade forward as soon as the pins are sheared by the output pressure. This cutter consists of a housing facilitating a steel blade, piston retainer, an anvil and shear pins. The drogue chutes are separated by a cutter assembly that uses a pyrotechnically initiated guillotine to severe the drogue parachute line. It protects the equipment installed underneath from the extreme temperatures during space flight and the heating environment during re-entry. The cover consists to six composite face sheets with titanium honeycomb cores covered with TUFI-coated AETB-8 tiles (Toughed Uni-Piece Fibrous Insulation alumina-fiber-enhanced-thermal-barrier tiles). FBC is 2/6 meters in diameter and weighs 205 Kilograms. The Forward Bay Cover is used to protect the equipment installed atop the forward bulkhead of the Orion Crew Module which offers a large volume for the installation of external hardware around the Crew Tunnel of the spacecraft. Orion Network Performance Monitor SL500 - upgrade license This section also facilitates the vehicle’s side hatch for crew in- and egress. The cone installed atop the lower barrel section includes four windows – two docking windows looking forward and two horizon windows. The Crew Module’s aft bulkhead and barrel sections serve as a mounting structure for the backbone assembly that uses an aluminum grid structure to provide additional rigidity to the module and offer attach points for crew seats, internal systems, and storage lockers. Network Performance Monitor is an industry favorite. Read my earlier Orion report from Michoud here. I inspected the test capsule at Michoud shortly after the last major segments were welded into shape using state of the art Friction Stir Welding (FSW) processes and machinery. It is used to monitor Application Performance, database monitoring, storage platform performance, etc Finally, Symantec discovered the Raindrop malware, which was also used to deploy beacons via Cobalt Strike onto other hosts in an already compromised network. FireEye discovered that the Sunburst backdoor would drop a malware named Teardrop, a post-exploitation tool used to deploy customized beacons via the Cobalt Strike code framework. Once executed, Sunburst would routinely connect to a remote command and control server for commands to execute on the infected device. According to CrowdStrike, a malware named SunSpot was first executed in the SolarWinds network to monitor for and automatically inject the Sunburst backdoor in the SolarWinds development builds. The Sunburst backdoor would then be transferred to victims via automatic updates via the SolarWinds Orion platform. After performing investigations of SolarWinds supply chain victims, researchers have begun to get a better idea of the different malware used in the SolarWinds attack.

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