Primary Domain
Technology
Within the Primary Domain facet, Technology intelligence groups reporting by primary domain so readers can follow a focused area of internet infrastructure, governance, connectivity markets, or digital capital. The page brings together related articles, public evidence, institutions, companies, people, regional exposure, operating dependencies, and market context that may otherwise sit across separate category pages. It explains the domain, the likely actor class, the market or governance context, and the source material readers should use when comparing signals. Operators, analysts, and governance readers can see how the same domain appears across events, profiles, market shifts, public-source evidence, regional dependencies, and longer-cycle infrastructure decisions over time.
Global Institutional Trends
At DE-CIX, the Route Server’s Default Is a Market Rule
One BGP session can replace hundreds of bilateral introductions. That efficiency is real, but so is the delegation hidden inside it: the route server’s defaults, filters and exceptions help decide who can reach whom, under which evidence, and at whose operational cost.
Creators
Jakub Kicinski: How Linux makes network features supportable
A new network card can arrive with an impressive capability and a commercial deadline. Linux has to ask a slower question: can the feature be expressed in a way that other hardware can understand, operators can observe, tests can reproduce and maintainers can still support years…
Global Institutional
NTT DATA, Palo Alto set US$1bn alliance target
NTT DATA and Palo Alto Networks are expanding joint engineering and managed security services under a global alliance targeting US$1bn in business by 2029.
Asia-Pacific Datacenter Trends
Eaton, SP launch 800VDC training
Eaton and Singapore Polytechnic will add 800VDC to data-centre training as higher-density AI systems reshape power design.
Asia-Pacific Datacenter Trends
L&T secures Together AI order for 10,000-GPU Chennai cluster
The order launches L&T's AI Factory business at its Chennai campus, where the 10,000-GPU deployment must now move through integration and commissioning.
Europe and Middle East National Telecom Trends
Ampito puts Highlight across 5,000 customer connections
Ampito will use Highlight across more than 5,000 customer connections, giving operational and customer-facing teams the same service-performance view.
Global Institutional
containerd: the runtime daemon most container users never see
Kubernetes, Docker and managed cloud platforms make containers look like applications, pods and services. Beneath those interfaces, containerd moves images, prepares filesystems, preserves runtime state and supervises processes. Its value comes from being deliberately incomplete…
Global Institutional
DMTF: The Standards That Control Servers Below the Operating System
A server can be powered off, inspected, updated or reconfigured even when its operating system is unavailable. DMTF defines much of the language used for that privileged management plane, from Redfish APIs and MCTP transport to PLDM commands, SPDM identity and SMBIOS inventory.…
Global Institutional
DMTF and the Language of Server Management
A server can be powered off, inspected, updated or reconfigured even when its operating system is down. DMTF defines much of the language of that privileged management plane: from the Redfish API and MCTP transport to PLDM commands, SPDM identity and SMBIOS inventory. Common…
Global Institutional
Slurm: The Scheduler That Decides Who Gets the GPU
Slurm allocates scarce compute across HPC and AI clusters, turning queue policy into a practical decision about who gets GPUs and when. NVIDIA’s 2025 acquisition of SchedMD gave the project more resources while making vendor-neutral stewardship a question that now has to be…
Global Institutional
NVM Express: how storage became a network protocol
NVMe began as a more efficient way to talk to the flash memory installed in a server. It has become a family of protocols capable of carrying the same command queues and namespaces over PCIe, TCP or RDMA. That continuity has made storage composable, while moving part of its…
Global Institutional
NVM Express: how storage became a network protocol
NVMe began as a more efficient way to communicate with flash memory installed inside a server. It became a family of protocols capable of carrying the same queue, controller and namespace model over PCIe, TCP or RDMA. That continuity enabled capacity to be disaggregated, but…
Global Institutional
NVM Express: How storage became a network protocol
NVMe began as a more efficient language for flash storage in the server. It became a protocol family that carries the same model of queues, controllers and namespaces over PCIe, TCP or RDMA. That continuity made storage composable but shifted complexity into the fabric, firmware…
Global Institutional
The UCIe promise for chiplets depends on what lies beyond the link
UCIe has defined a die-to-die interface that reaches 64 GT/s and now spans 3D packaging, raw traffic and whole-package management. The decisive test will be whether these rules sustain multi-vendor products when power, thermals, manufacturing yield, software, security and…
Global Institutional
NVM Express: How storage became a network protocol
NVMe began as a more efficient protocol for accessing flash inside servers and developed into a family of standards that carries consistent queue, controller and namespace semantics over PCIe, TCP and RDMA. It makes storage easier to pool and compose while shifting complexity…
Global Institutional
UCIe's chiplet promise depends on engineering and accountability beyond the link
UCIe has pushed the die-to-die interface to 64 GT/s and added 3D packaging, raw data transport and whole-package management. The real test is whether these rules can support multi-vendor products when power delivery, thermals, yield, software, security and accountability still…
Global Institutional
UCIe’s chiplet promise will be decided beyond the link
UCIe now defines a die-to-die interface reaching 64 GT/s and covering 3D packaging, raw traffic and package-wide management. Its market value depends on whether these rules can support multi-vendor products while power, thermal design, yield, software, security and liability…
Global Institutional
UCIe’s chiplet vision will be decided beyond the link
UCIe defines die-to-die links reaching 64 GT/s and now covers 3D packaging, raw traffic and package-wide management. Its real test is whether multi-vendor products can succeed while power, heat, yield, software, security and responsibility remain outside the standard.
Global Institutional
UCIe’s chiplet promise extends beyond the link
UCIe has defined a die-to-die interface capable of 64 GT/s, 3D stacking, raw traffic and package-wide management. The decisive test is whether those rules enable multi-vendor products while power, thermal design, manufacturing yield, software, security and contractual…
Global Institutional
The promise of UCIe depends on what happens beyond the link
UCIe has defined an inter-chip interface that reaches 64 GT/s and already covers 3D packaging, raw traffic and whole-package management. The decisive test will be whether those rules can sustain multi-vendor products when power, thermals, manufacturing yield, software, security…