{"as_of":"2026-09-29","editorial_status":"Dated, source-backed research records; not a live telemetry feed","records":[{"id":"samsung-helix-investment","date":"2026-09-29","company":"Samsung affiliates / Helix","title":"$1 billion announced for integrated AI infrastructure","categories":["integrated infrastructure platform","power certainty","distributed power","connectivity","construction","capital","data center readiness"],"status":"investment announced","fact":"Samsung Electronics and five other Samsung affiliates announced a combined $1 billion investment in KKR-established Helix; Samsung Electronics' portion is $500 million. Helix describes a mandate spanning data centers, power generation and distribution, and fiber.","unknowns":"The announcement does not establish completed deployments, energized capacity, individual supplier awards or investment return.","verify":"Track closing and funding, sites, power rights, fiber routes, EPC awards, commissioning and operating capacity by project.","supplier_classes":["Power developers and interconnection specialists","Powered-land and data-center developers","Fiber route and network operators","Electrical EPC and commissioning firms"],"source_url":"https://news.samsung.com/global/samsung-to-invest-usd-1-billion-in-ai-infrastructure-company-helix","source_label":"Samsung release","theme":{"key":"integrated-platform","label":"Integrated AI infrastructure","geography":"Global","stage":"investment announced","evidence":{"primary_source":true,"named_parties":true,"commercial_commitment":true,"funded_or_ordered":false,"site_identified":false,"equipment_installed":false,"operating_measurement":false,"paying_customer":false},"screening":{"power_rights":"verify by project","grid_and_transmission":"verify by project","fiber":"verify by route","construction":"EPC awards unverified","compute":"operating capacity unverified"},"next_milestone":"Funded closing and first named project with power, fiber and EPC evidence"},"disclosure_score":{"value":40,"components":{"primary_source":15,"named_parties":10,"commercial_commitment":15,"funded_or_ordered":0,"site_identified":0,"equipment_installed":0,"operating_measurement":0,"paying_customer":0},"scale":100,"algorithm_version":"infrastructure-theme-1","kind":"disclosure maturity; not investment merit or supplier verification"},"supplier_links":[{"class":"Power developers and interconnection specialists","relationship":"research target; no award verified"},{"class":"Powered-land and data-center developers","relationship":"research target; no award verified"},{"class":"Fiber route and network operators","relationship":"research target; no award verified"},{"class":"Electrical EPC and commissioning firms","relationship":"research target; no award verified"}]},{"id":"spectrum-network-edge","date":"2026-09-28","company":"Charter / Spectrum","title":"Existing network edge sites positioned for AI workloads","categories":["connectivity","compute","ai interconnect","data center readiness","edge ai site reuse","distributed compute"],"status":"network footprint and partnerships announced","fact":"Spectrum says its network includes more than 1,000 edge data centers and announced AI ecosystem partnerships.","unknowns":"AI capacity activated at each site, committed customers, power readiness and revenue are not established by the footprint count.","verify":"Separate existing facilities from AI-ready, deployed and revenue-producing sites; check power, latency and customer contracts by market.","source_url":"https://corporate.charter.com/newsroom/spectrum-network-edge-ai-partnerships-scte-techexpo-2026","source_label":"Company release","theme":{"key":"edge-network-reuse","label":"Edge AI site reuse","geography":"United States","stage":"network sites exist; AI rollout announced","evidence":{"primary_source":true,"named_parties":true,"commercial_commitment":false,"funded_or_ordered":false,"site_identified":false,"equipment_installed":false,"operating_measurement":false,"paying_customer":false},"screening":{"owned_facilities":"more than 1,000 in described footprint","ai_ready_facilities":"unquantified","power":"site-level validation needed","latency":"company network target, verify by market","customer_contracts":"not disclosed"},"next_milestone":"Named market activations with power, measured latency and paid workloads"},"supplier_classes":["Compact liquid cooling","Micro-UPS and rack power","Edge orchestration","Remote facility management","Regional fiber interconnect"],"disclosure_score":{"value":25,"components":{"primary_source":15,"named_parties":10,"commercial_commitment":0,"funded_or_ordered":0,"site_identified":0,"equipment_installed":0,"operating_measurement":0,"paying_customer":0},"scale":100,"algorithm_version":"infrastructure-theme-1","kind":"disclosure maturity; not investment merit or supplier verification"},"supplier_links":[{"class":"Compact liquid cooling","relationship":"research target; no award verified"},{"class":"Micro-UPS and rack power","relationship":"research target; no award verified"},{"class":"Edge orchestration","relationship":"research target; no award verified"},{"class":"Remote facility management","relationship":"research target; no award verified"},{"class":"Regional fiber interconnect","relationship":"research target; no award verified"}]},{"id":"bell-cisco-sovereign-ai","date":"2026-09-29","company":"Bell Canada / Cisco","title":"MOU for Canadian sovereign AI infrastructure","categories":["sovereign ai infrastructure","data residency","security","networking","compute"],"status":"memorandum of understanding; offering proposed","fact":"Bell and Cisco announced an MOU to combine Canadian data-center space, power, cooling, connectivity and operations with Cisco AI infrastructure, security, observability and modular AI POD designs. Bell separately described a nonbinding path toward up to 1.2 GW in Saskatchewan.","unknowns":"The MOU is not a customer order or a completed deployment. The Saskatchewan capacity path is nonbinding and is not installed capacity. Domestic hardware origin, certifications and customer contracts require separate evidence.","verify":"Track executed agreements, actual energized MW, hardware provenance, data residency controls, security certifications, signed customers and operating performance.","supplier_classes":["Canadian rack integration","Domestic hardware manufacturing","Network and optical equipment","High-density cooling","Power and security controls","Observability software"],"source_url":"https://explore.business.bell.ca/news-and-events/cisco-bell-ai-fabric-collaborating-on-sovereign-ai-infrastructure-for-canada","source_label":"Bell Canada release","theme":{"key":"sovereign-ai","label":"Sovereign AI infrastructure","geography":"Canada","stage":"MOU announced","evidence":{"primary_source":true,"named_parties":true,"commercial_commitment":false,"funded_or_ordered":false,"site_identified":false,"equipment_installed":false,"operating_measurement":false,"paying_customer":false},"screening":{"domestic_ownership":"Bell Canadian; full control model to verify","manufacturing_origin":"unknown per component","data_residency":"offering intent; validate controls","security_certification":"not established for proposed offering","power_source":"project-specific evidence needed","supply_chain_provenance":"requires component traceability"},"next_milestone":"Binding procurement and site-level sovereignty documentation"},"disclosure_score":{"value":25,"components":{"primary_source":15,"named_parties":10,"commercial_commitment":0,"funded_or_ordered":0,"site_identified":0,"equipment_installed":0,"operating_measurement":0,"paying_customer":0},"scale":100,"algorithm_version":"infrastructure-theme-1","kind":"disclosure maturity; not investment merit or supplier verification"},"supplier_links":[{"class":"Canadian rack integration","relationship":"research target; no award verified"},{"class":"Domestic hardware manufacturing","relationship":"research target; no award verified"},{"class":"Network and optical equipment","relationship":"research target; no award verified"},{"class":"High-density cooling","relationship":"research target; no award verified"},{"class":"Power and security controls","relationship":"research target; no award verified"},{"class":"Observability software","relationship":"research target; no award verified"}]},{"id":"terraflow-dgmatrix-power-conditioning","date":"2026-09-28","company":"TerraFlow Energy / DG Matrix","title":"Flow-battery UPS and solid-state transformer for live HPC","categories":["power conditioning","solid-state power chain","long-duration ups","ai power architecture"],"status":"commercial deployment agreement; operating results pending","fact":"TerraFlow and DG Matrix announced an agreement for an initial deployment combining TerraFlow LDUPS vanadium-redox-flow storage, DG Matrix Interport solid-state transformer technology and Dell PowerEdge servers in an HPC cluster. DG Matrix separately announced a 400 kW Interport module using STMicroelectronics SiC devices.","unknowns":"The first-U.S. characterization is the companies’ claim. The agreement does not yet show commissioned operation, measured grid-load buffering, uptime, customer revenue or repeat orders. The 400 kW module announcement is separate from proof of the integrated deployment.","verify":"Track named site, commissioning, metered transient response, grid interaction, UPS duration, 400 kW qualification, repeat purchase orders and operating uptime.","supplier_classes":["SiC power devices and packaging","Vanadium electrolyte and flow-battery components","Solid-state transformer modules","Power controls and harmonic filtering","Grid commissioning and monitoring"],"source_url":"https://www.dgmatrix.com/news-and-media/press-release/terraflow-energy-and-dg-matrix-to-deploy-first-u-s-vrfb-and-solid-state-transformer-architecture-to-power-live-high-performance-compute/1235","source_label":"DG Matrix company release","theme":{"key":"power-conditioning","label":"AI power conditioning","geography":"United States","stage":"deployment agreed; performance pending","evidence":{"primary_source":true,"named_parties":true,"commercial_commitment":true,"funded_or_ordered":false,"site_identified":false,"equipment_installed":false,"operating_measurement":false,"paying_customer":false},"screening":{"grid_to_rack_architecture":"LDUPS plus Interport proposed","transient_response":"metered result pending","storage_duration":"claimed multi-hour; site measurement pending","sic_device":"ST collaboration announced separately","commissioning":"pending","repeat_orders":"unverified"},"next_milestone":"Commissioned HPC cluster and third-party metered performance"},"procurement":{"lane":"800 VDC power","specifications":{},"named_relationships":[]},"disclosure_score":{"value":40,"components":{"primary_source":15,"named_parties":10,"commercial_commitment":15,"funded_or_ordered":0,"site_identified":0,"equipment_installed":0,"operating_measurement":0,"paying_customer":0},"scale":100,"algorithm_version":"infrastructure-theme-1","kind":"disclosure maturity; not investment merit or supplier verification"},"supplier_links":[{"class":"SiC power devices and packaging","relationship":"research target; no award verified"},{"class":"Vanadium electrolyte and flow-battery components","relationship":"research target; no award verified"},{"class":"Solid-state transformer modules","relationship":"research target; no award verified"},{"class":"Power controls and harmonic filtering","relationship":"research target; no award verified"},{"class":"Grid commissioning and monitoring","relationship":"research target; no award verified"}]}],"methodology":"Evidence-only 0–100: primary source 15, named parties 10, commercial commitment 15, funded or ordered 15, identified site 10, installed equipment 15, operating measurement 10, paying customer 10. Missing proof earns zero. A score is not a forecast or supplier endorsement."}