The Cyber in Space and ExeQuantum partnership combines space system cybersecurity, regulatory compliance and operational assurance with cryptographic discovery, inventory and post-quantum migration capabilities.

Cyber in Space and ExeQuantum tailored the partnership’s services for government and commercial space programs.

The partnership combines Cyber in Space’s space system cybersecurity, regulatory compliance and operational assurance work with ExeQuantum’s cryptographic discovery, inventory and post-quantum migration capabilities.

The Cyber in Space and ExeQuantum partnership includes quantum readiness and post-quantum cryptography assessments, Cryptographic Bill of Materials discovery and analysis, space system cyber assurance and risk assessments, supply chain cyber resilience programs, space mission and ground segment security reviews, and compliance and certification support for government and commercial space programs.

The Cyber in Space and ExeQuantum partnership will support organisations across Australia, North America, Europe, the Middle East, and Asia-Pacific.

The Cyber in Space and ExeQuantum partnership provides cyber resilience and quantum-readiness services to organisations across the global aerospace and space sector.

The Cyber in Space and ExeQuantum partnership will provide cyber resilience and quantum-readiness services to organisations across the global aerospace and space sector.

Cyber in Space will act as ExeQuantum’s exclusive partner for the aerospace and space sector.

The Cyber in Space and ExeQuantum partnership will support organisations across Australia, North America, Europe, the Middle East and Asia-Pacific.

Cyber in Space will incorporate ExeQuantum’s cryptographic discovery capabilities into its advisory services for migration planning toward quantum-safe operations.

Cyber in Space has formed an exclusive strategic partnership with ExeQuantum.

Cyber in Space will provide customers with migration planning that includes identifying cryptographic vulnerabilities and developing roadmaps toward quantum-safe operations.

The partnership includes supply chain cyber resilience programs.

Cyber in Space will incorporate ExeQuantum’s cryptographic discovery capabilities into its advisory services.

The partnership includes space system cyber assurance and risk assessments.

The partnership combines Cyber in Space’s space system cybersecurity, regulatory compliance, and operational assurance work with ExeQuantum’s cryptographic discovery, inventory, and post-quantum migration capabilities.

Cyber in Space has an exclusive strategic partnership with ExeQuantum.

Tianwen-2 is scheduled to arrive at Kamo'oalewa on July 4, 2026.

Hayabusa2 is scheduled to blast past asteroid Torifune on July 5, 2026.

HEO provides commercial in-orbit satellite inspection services that can verify spacecraft behavior after launch.

BULL HORN uses a deployable membrane to increase surface area exposed to the residual atmosphere in low Earth orbit.

BULL HORN is a post-mission disposal technology designed to reduce the time satellites remain in orbit after their missions end.

HEO captured images showing the deployed membrane of HORN-L and HORN-R at the start of their mission.

HEO collaborated with BULL to image and characterize the HORN satellites in orbit after their June 12, 2026 launch.

The Long March 8A uses rocket-grade kerosene and liquid oxygen in its first stage and boosters and liquid hydrogen and liquid oxygen in its second stage.

The July 5 launch brought the total number of deployed Qianfan satellites to 238.

Each Qianfan satellite uses a flat-pack design with a single solar array.

The Long March 8A’s first stage has two YF-100 engines, and its two boosters each have one YF-100 engine.

China Rocket implemented improved second-stage insulation and introduced the YF-75DB engine on the Long March 8A.

The Long March 8A’s second stage has two YF-75DB engines that produce 20 tons of thrust.

Each Qianfan satellite costs under 10 million yuan and weighs 300 kilograms.

The Long March 8A can deliver more than 10,000 kilograms to low Earth orbit.

The Long March 8A is currently flown from the Wenchang Space Launch Site and the Wenchang Commercial Space Launch Site in Hainan province.

The Long March 8A uses a two-and-a-half-stage design.

The Qianfan deployment plan targets 324 satellites launched in 2026.

The July 5 mission was the sixteenth launch of the Long March 8 series.

The China Aerospace Science and Technology Commercial Launch Vehicle Group acted as the liaison between the China Academy of Launch Vehicle Technology and Shanghai Spacesail Technologies for the July 5 mission.

The China Academy of Launch Vehicle Technology developed the Long March 8A.

The Long March 8A upgrades increased payload capacity by almost 1,000 kilograms.

The Long March 8A stands 50.5 meters tall when fully fueled on the launchpad.

Shanghai Spacesail Technologies Co Ltd aims to provide space-based internet connectivity in China, Brazil, Malaysia, Kazakhstan, Türkiye, and via airlines in the fourth quarter of this year.

The Long March 8A can deliver 6,800 kilograms to a 900-kilometer sun-synchronous orbit.

The Long March 8A weighs 371,000 kilograms when fully fueled.

China Aerospace Science and Technology Corporation completed a second Long March 8 series preparation bay around a month before the July 5 launch.

China Central Television reported in March that the Long March 8 series is set to fly fifteen times in total in 2026.

With current infrastructure at the launch site, the Long March 8 series can fly up to thirty times per year.

A Long March 8A launched from Commercial Launch Pad 1 at the Wenchang Commercial Space Launch Site on July 5 at 21:43 China Standard Time.

The Long March 8A can deliver 7,000 kilograms to a 700-kilometer sun-synchronous orbit.

The Qianfan mega-constellation is operated by Shanghai Spacesail Technologies Co Ltd.

The Long March 8A can deliver 3,500 kilograms to geostationary transfer orbit.