First-order effects

• ISPs hosting Open Connect appliances absorb the power, space, and maintenance costs of serving Netflix traffic locally, while Netflix offloads the bulk of its delivery from paid transit onto hardware it controls and refreshes on its own cycle.
• The retired unit's specs show what a single node carries — hundreds of terabytes tuned to popular titles — so each decommissioning event means re-balancing cached content across remaining nodes in that ISP's footprint.

Second-order effects

• Because the caches sit inside ISP networks, peering negotiations shift: an ISP that hosts enough Open Connect capacity has less incentive to sell Netflix expensive transit, turning cache placement itself into commercial leverage.
• Decommissioned appliances reaching the secondary market expose the refresh cadence of Netflix's fleet, useful signal for storage vendors and for rival streamers deciding whether to copy the embedded-cache model or rent generic CDN capacity instead.

Third-order effects

• If the pattern holds, high-volume streaming delivery keeps migrating out of centralized CDNs and into storage appliances embedded at the network edge — making flash and disk capacity inside access networks a strategic input for any service with Netflix-scale traffic.
• The model also concentrates dependency: services that embed their own hardware in ISP networks trade CDN flexibility for control, and regulators weighing open-access rules for ISP-hosted equipment gain another case study in who pays for whose infrastructure.