Content Type
Analysis
Within the Content Type facet, Analysis intelligence gathers BTW.MEDIA articles that share the same editorial format, helping readers compare briefings, profiles, risk notes, market analysis, and event coverage without mixing different kinds of evidence. The page explains how this content type frames internet infrastructure events, company movements, governance decisions, operational signals, and public evidence across the site. Readers can compare which actors or infrastructure systems appear most often, how source quality changes interpretation, and whether the material is a durable profile, a time-sensitive event, a strategic market signal, or a governance development. The result is a useful search page for operators, investors, customers, analysts, and policy stakeholders who need to understand the consequence, timing, and evidence behind similar article formats.
Global Institutional
PCI-SIG and the rulebook inside the AI server
An AI server may bring together processors, accelerators, network adapters, storage controllers, switches, retimers and security devices from companies that compete everywhere else. PCI-SIG maintains the shared interface that lets those parts find one another and exchange data…
Global Institutional
Console Connect: The Telecom Network Behind a Cloud-Style API
Console Connect presents global connectivity through the language of cloud consumption: choose endpoints, select capacity, create a service and manage it through a portal or API. Beneath that interface sits a more complicated system of carrier backbone, data-centre ports, local…
Creators
Steven Bellovin and the security questions that escaped the network
Steven M. Bellovin began by testing the claims computers accepted from packets: source addresses, routes, sequence numbers and names. His later work applied the same suspicion to institutions, asking what systems make the public trust when governments demand access, companies…
Global Institutional
Caliptra and the root of trust inside the data-centre chip
Modern servers contain several chips that boot code, hold keys and enforce policy before the host operating system is awake. Caliptra gives those components a common open root of trust, but factories, provisioning systems, physical implementations and fleet verifiers still decide…
Creators
Ion Stoica and the abstractions behind distributed computing
Distributed systems fail when software assumes machines are interchangeable. Ion Stoica’s work repeatedly moves complexity behind a narrower abstraction—from packet-carried state and Chord to Mesos, Spark, Ray and cross-cloud placement—then tests how much operational, economic…
Global Institutional
OpenINTEL built a memory for the DNS—not a copy of it
The Domain Name System answers current questions and preserves little of its own history. OpenINTEL has built a longitudinal record by repeatedly measuring a defined set of domains and address space, creating unusual research value while leaving user demand, resolver behaviour…
Creators
Richard Barnes and the protocols that made trust routine
Richard Barnes has worked on the protocols that make trust routine enough to disappear into operations: automated certificates, recipient encryption, changing group membership and protected media. Their value lies in open, composable mechanisms; their limits appear when services…
Global Institutional
DNSViz and the graph that makes DNSSEC failures legible
DNSViz turns one of the internet's least intuitive failure modes into a picture that teams can actually examine. Created by Casey Deccio and run publicly by DNS-OARC, this open-source project links delegations, keys, signatures and non-existence proofs in a single operational…
Global Institutional
DNSViz: Turning DNSSEC failures into a readable map
DNSViz turns one of the hardest Internet failures to grasp at a glance into diagrams operators can check step by step. Created and maintained by Casey Deccio, with its public instance run by DNS-OARC, the open-source tool connects delegation, keys, signatures and authenticated…
Global Institutional
DNSViz and the graph that makes DNSSEC failures legible
DNSViz turns one of the internet's least intuitive failures into an image operators can investigate. Created by Casey Deccio and publicly operated by DNS-OARC, the open-source project links delegations, keys, signatures and authenticated non-existence proofs into an operational…
Global Institutional
DNSViz and the graph that makes DNSSEC failures legible
DNSViz turns one of the internet’s least intuitive failure modes into a picture that operators can investigate. Created by Casey Deccio and publicly operated by DNS-OARC, the open-source project links delegations, keys, signatures and authenticated denial records into an…
Creators
Bruce Maggs and the algorithms that turned distance into an infrastructure business
Akamai did not shorten the internet; it built a system that made distant content behave as though it were nearby. Bruce Maggs helped turn placement, mapping, caching and failure algorithms into commercial infrastructure, while the scale of that achievement belongs to the team and…
Global Institutional
perfSONAR and the path no single network can diagnose alone
perfSONAR gives research and education networks a shared way to test paths that cross several institutions. It can replace anecdote with common evidence, but endpoint quality, clock accuracy, local policy and incomplete coverage keep diagnosis a collective judgement rather than…
Creators
Eric Dumazet and the small queues shaping Linux server economics
A heavily loaded server can show excellent throughput while wasting time, memory and processor behind its own packets. Eric Dumazet’s work on TCP Small Queues, fair queueing, pacing and in-memory structure layout has helped Linux account for these hidden costs more accurately. It…
Global Institutional
OpenTitan’s real test began after the silicon shipped
OpenTitan makes the first security decisions inside a computer inspectable. Its reported March 2026 Chromebook deployment moved the project from open design to commercial hardware, where manufacturers, provisioning systems and long-term maintenance now determine whether…
Creators
Eric Dumazet and the small queues that support the Linux server economy
A busy server can deliver excellent performance figures while still losing time, memory and CPU capacity behind its own packets. Eric Dumazet's work on TCP Small Queues, fair queueing, pacing and cache-sensitive structures helped Linux account for those hidden costs with more…
Creators
Eric Dumazet and the small queues inside Linux server economics
A busy server can appear healthy on a throughput chart while wasting time, memory and processor capacity behind its own packets. Eric Dumazet’s work on TCP Small Queues, fair queueing, pacing and cache-aware data structures helped Linux account for those hidden costs more…
Creators
Stephen Hemminger and the commands that make Linux networking operable
Stephen Hemminger’s long stewardship of iproute2 sits between Linux kernel capability and operational control. The suite’s commands make routes, queues, bridges, sockets and devices inspectable, while carrying decades of compatibility and maintainer obligations.
Academics
Kathleen Nichols and the queue delay a fast link cannot hide
Kathleen Nichols’ best-known work changed the variable used to judge a network queue: time, rather than packet count. CoDel made persistent waiting measurable, while leaving deployment dependent on bottleneck placement, responsive senders and maintained implementations.
Creators
Poul-Henning Kamp and the performance discipline of doing less
Poul-Henning Kamp’s systems work is held together by a suspicion that software becomes slow and fragile when several layers keep the same state or repeat the same task. His record shows what doing less can gain—and which responsibilities it transfers.