Art. 92(1)

ML training corpora and pretrained models often arrive via supplier or scientific-archive channels — 92(1)'s contractual information-security obligation governs how training-data provenance is disciplined.

Component collusion via supply-chain compromise is the canonical case 92(1)'s contractual information-security obligation addresses — operators must structure supplier contracts to limit cooperative-component insertion.

Hardware/firmware corruption requires manipulation at supplier or integration stages; 92(1)'s contractual information-security obligation covers the supply-chain touchpoints where bitstreams and firmware images are produced or loaded.

COTS/FOSS components arrive via supply-chain pathways; 92(1)'s contractual information-security obligation governs how supplier-provided components and FOSS dependencies are tracked and remediated.

AI/ML training data and pretrained models often arrive from third-party scientific archives, partners, or simulator providers — 92(1)'s contractual information-security obligation governs how training-data provenance is disciplined.

Malicious DSP changes packaged as legitimate updates ride supplier toolchains; 92(1)'s contractual information-security obligation governs SDR vendor relationships and update governance.

Development and integration environments at contractors and partners are supplier touchpoints; 92(1)'s contractual information-security obligation extends to supplier dev-pipeline governance.

Commercial ground stations, relay networks, and partner data-processing pipelines are third-party service providers; 92(1)'s contractual obligation directly governs these relationships.

Pre-flight insertion of malicious code/data/configuration into manufacturing and integration is the canonical case 92(1)'s supply chain risk management framework addresses — operator contracts with supplier manufacturers must include information-security requirements that govern these touchpoints.

Software-dependency and dev-tool compromise is supply-chain attack surface; 92(1)'s contractual information-security obligation on supplier and service-provider relationships covers these dev-pipeline touchpoints.

Software supply-chain manipulation (altering source, swapping signed binaries, subverting update metadata) is squarely within 92(1)'s contractual supply-chain security scope.

Hardware Trojans, modified bitstreams, and counterfeit substitutions are the canonical hardware-supply-chain compromise 92(1)'s contracts must address.

SDR compromise via the radio's development pipeline is supply-chain attack surface; 92(1)'s contractual obligation extends to SDR vendor relationships and toolchain governance.

Alternate commercial stations and contingency chains are supplier relationships under 92(1) — operator contracts must include information-security requirements for backup providers.

Build pipelines often involve supplier toolchains; 92(1)'s contractual information-security obligation covers the build-environment security clauses for supplier touchpoints.

Trusted-relationship initial-access exploits formal interconnections with partners, vendors, and user communities — exactly the contractual supplier landscape 92(1) requires the operator to govern with information-security clauses.

Mission collaborators (academic, international partners) operate under contractual or MoU relationships; 92(1)'s information-security contractual obligation extends to telescience and shared-repository connections.

Vendor remote administration and patch-delivery routes are the canonical supplier-trust channels 92(1)'s contracts must cover — limiting vendor-derived compromise via security clauses.

User-segment compromise targets terminals, gateways, and tasking portals; 92(1)'s information-security contractual obligation covers commercial user-side service relationships.

ATLO concentrates supplier touchpoints (test controllers, EGSE, simulators, vendor support); 92(1)'s contractual information-security obligation covers the supplier-density of integration and test sites.

Rideshare deployment involves shared launch infrastructure — the canonical multi-tenant supplier scenario 92(1)'s contractual information-security obligations cover.

Hardware backdoors are typically introduced at supplier or integration stages; 92(1)'s contractual information-security obligation governs supplier-side discipline that limits hardware-backdoor insertion.

Art. 92(1)'s supplier-contract information-security obligation is domain-relevant to supplier-introduced backdoors, but contractual governance does not itself interdict an embedded backdoor; signed-build and provenance verification would be the interdiction.

Third-party ground systems are commercial supply-chain components; 92(1)'s contractual information-security obligation governs how the operator constrains third-party-station provider security posture.

When the third-party spacecraft is the operator's hosted-payload host or rideshare neighbor, 92(1)'s supply-chain governance covers the contractual relationship that affects access to neighboring assets.

Design info shared with supplier manufacturers is a supply-chain attack surface; 92(1)'s contracts-must-include-information-security-requirements obligation governs how the operator constrains supplier disclosure.

Firmware comes from supplier manufacturers; 92(1) requires supply-chain contracts to include information-security requirements that govern how vendor reference packages and OTA images are handled.

The contractual mapping of primes, subs, MSPs, and partners is exactly the supplier ecosystem 92(1) requires the operator to govern through supply-chain security contracts.

FTS interfaces sit on the boundary between operator and range/launch provider; 92(1)'s contractual information-security obligations govern how the operator constrains range-side disclosure.

FSW development environments are operated by the operator's primes, integrators, and tool vendors — 92(1)'s supply-chain security obligation governs what these supplier contracts must include for protecting the dev pipeline.

Development environment compromise sits squarely in supply-chain risk; 92(1)'s information-security contractual obligation extends to dev environment access governance with suppliers.

Supply-chain reconnaissance is the canonical case 92(1)'s supply-chain risk management framework addresses — operators must structure contracts to limit the value of supply-chain mapping.

Hardware-component reconnaissance (ASIC/FPGA part numbers, security fuses, JTAG policies) is supply-chain attack surface that 92(1)'s contracts must include security clauses for.

Software-supply-chain reconnaissance (build pipelines, signing services, package registries) is exactly what 92(1)'s contractual information-security obligations address through supplier governance.

Mapping of business relationships and contractual touchpoints is squarely within 92(1)'s supply-chain risk management framework — the framework structures who-can-do-what across primes, subs, and partners.