NITETIME BUILDS OUT: DIRECT RADIO, A BIGGER UNIVERSE, AND A MIDNIGHT THRILL RIDE NITETIME.NET // October 19, 2026 Station notebook, based on operating reports through 3:07 PM CDT There has been a lot happening behind the green letters. In the last two days, NITETIME has added new ways to explore the network, expanded its public documentation, assembled a press kit, and brought another original animated production to the review stage. The most substantial engineering change is easy to miss from the front page: the radio now has a direct, listener-triggered path from the broadcast workstation to the public MP3 stream. The familiar addresses remain. What has changed is the machinery behind them, the amount of explanation available to visitors, and the work taking shape in the production rooms. Here is where things stand in the latest available station records. THE RADIO TAKES A MORE DIRECT ROUTE Yesterday's radio field guide described a server extracting audio from the Kick video broadcast and encoding it as a 128 kb/s MP3 stream. That was the documented arrangement when the article was published. The October 19 implementation replaces that relay with a workstation encoder and a server bridge that passes the resulting MP3 through to Icecast without another encode. The new workstation output is 48 kHz stereo MP3 at a constant 320 kb/s. Its capture uses the Yamaha MG-XU input identified in the active saved OBS profile and applies that source's fader setting. The public server distributes the encoded bytes; it no longer has to recover the radio audio from Kick's HLS video delivery. Kick remains the television destination, while the radio gets its own direct source path. This is also a change in when the radio upload runs. A public listener request tells the bridge that audio is needed. The workstation receives that desired state over an authenticated control connection, starts its capture and encoder, and supplies one stream. Additional listeners share that source. They do not each start another workstation encoder or upload. When the last listener leaves, the bridge allows a ninety-second grace period for reconnects before asking the source to stop. The first listener after an idle period may wait while the source starts; the gateway is designed to hold that request for up to sixty seconds. This is live radio starting its delivery path, not an on-demand song library or a promise of instant startup. The station records include successful public samples from both ends of the system. The workstation decoded a six-second public sample, and the server independently decoded a later eight-second sample. Both identified stereo 48 kHz MP3 at 320 kb/s with audible signal. A subsequent workstation report confirmed the zero-listener shutdown: capture stopped after the grace period, leaving only the lightweight control poll running. These checks establish more than a diagram. They show the direct feed reaching the public listener route and the idle behavior working in the reported test. They do not establish a measured improvement in perceived sound quality, exact synchronization with Kick, or a full simultaneous-public-listener stress test. A higher encoding rate and removal of the Kick extraction stage are concrete changes; listening comparisons remain a separate question. The address is still radio.nitetime.net, and the familiar nitetime.net/live.mp3 listener URL remains in place. The receiver keeps its phone layout, home-screen installation affordance, and Now Playing display. There is no new station to bookmark. THE TITLE HAS ITS OWN DELIVERY PATH Program information continues through the signed metadata system. The workstation observes actual playout, submits the supported program description, and the server supplies public JSON and ICY titles. That system remained in service during the radio change. One practical repair addresses DJRC announcements displaying generated filenames. The source publisher now consults the active announcement record for a readable label and uses a generic DJRC announcement label where needed. A synthetic check passed. The reviewed handoff still called for checking a real subsequent DJRC transition at the public endpoint, so that part should not be mistaken for a completed live acceptance test. The new audio route also changes the context for timing claims. The earlier metadata hold was chosen around the old source-to-Kick-to-radio path. Exact alignment between titles and the newly delivered audio has not been measured in the latest report. Seeing a current title and hearing valid audio are useful checks, but they do not by themselves prove that both change together at every listener. A BIGGER KNOWN UNIVERSE The Known Universe at sitemap.nitetime.net gives the network a place to be explored. Its latest documented presentation is an illustrated broadcasting campus: a central NITETIME mothership, television and radio destinations, a Great Lakes observatory, music and artwork, archives, community doors, and the machinery behind the signal. Locally hosted transparent illustrations now give the major destinations distinct identities inside the WebGL scene. The artwork occupies fixed positions in the map. Visitors can focus a destination, follow the guided tour, inspect connections, or use the text directory. The camera was adjusted to approach selected destinations from outside the central structure, and phone controls were repositioned to keep the information panels usable. The documented map contains twelve public destinations and twenty-five paths. Those paths have different meanings: navigation, content movement, shared infrastructure, control, and conceptual relationships. The backstage layer includes NITETIME-RAM, the versioned record used to exchange operating notes, reports, and requests. It also explains the physical organ's MIDI and audio relationship with the workstation. There is an important date boundary here too. The atlas's documented Kick-to-radio path explains the earlier relay. Today's direct radio change supersedes that portion of the signal-chain description; the reviewed records do not establish that the atlas drawing has already been revised to match. A map can remain useful while a particular connection needs an update. The live indicators remain deliberately limited. The atlas can observe changes in public Now Playing data and read the separate legacy Owncast status. Owncast status does not prove that Kick is on air. The machine shapes and AI figures are illustrations, and the connection lines are not a live view of every process or cable. The conventional text directory remains available when a visitor does not want or cannot run the 3D view. THE LAKES HAVE A PROPER WEATHER DESK The Great Lakes Surf Report remains another substantial recent addition. It brings five lakes together with selected shoreline forecasts, station observations, and a night desk that combines wave guidance with moon and daylight calculations. Its expanded observation tools distinguish what a station measured from what a forecast expects. The leaderboard can sort available reports by waves, wind, air temperature, water temperature, or visibility. Fog Office identifies nearby weather reports. Last Light gives calculated sun and moon times. Water Does Not Love You identifies a nearby same-lake temperature station rather than substituting air temperature or presenting a distant measurement as the reader's beach. The moon calendar and overnight filters provide another way to examine forecast windows. They do not manufacture wave guidance beyond the provider's coverage. The report preserves source times and missing-data states, and the Gopher feature explains how those pieces fit together. This roundup introduces the service; it is not a report of today's lake conditions. THE NETWORK NOW HAS A PRESS KIT The expanded Press page gives visitors and writers a more useful starting point than a collection of unexplained service links. Its downloadable PDF and ZIP kit include organization and founder descriptions, the station logo, public homepage and radio screenshots, a social image, and dated facts. The screenshots are captures of the public services. The directory is curated, with twelve listed public destinations. Its music count is attributed to the homepage's claim of more than three hundred original songs; it is not presented as a fresh audit of the whole library. Audience, revenue, and profitability figures are absent where there is no approved reliable count. Operational services, projects in development, and future concepts are separated in the editorial material. The Technology page has also expanded into a tour of the workshop: the Lowrey organ, MIDI control, mixer and capture equipment, OBS, the camera chain, Gopher and its web gateway, the video stack, the atlas, and the weather collectors. It links into the longer Gopher articles. Its earlier radio-relay description, like yesterday's field guide, belongs to the architecture before this afternoon's direct-MP3 change. Across the homepage, company pages, radio receiver, and atlas, smaller typography changes improve how headings and paragraphs wrap on narrow screens. These are modest changes, but they make a growing amount of material easier to read. A SIXTY-SECOND MIDNIGHT THRILL RIDE BOXEY's latest production report describes a complete sixty-second illustrated cut of The Midnight Thrill Ride, built with Remotion. It is a separate original production from the earlier Contagious Fear Blender work. The delivery contains six scenes, locally prepared artwork, synthesized music and effects, and synthesized speech. The recorded master is 1920 by 1080 at thirty frames per second: exactly eighteen hundred video frames. A smaller preview comes from that same master. Full decoding passed, and the project includes a contact sheet, technical checks, and engineering and artistic reports. The production remains awaiting artistic review. Character motion is limited cutout animation, and the report names concerns about the apparent drop height, the clarity of an island lifting off, and the synthesized announcer's performance. Those are creative questions that a successfully encoded video cannot answer. No public release or broadcast scheduling is established by this delivery. The earlier nine Contagious Fear review masters and browser-premiere work likewise should not be read as an announcement of a finished series. The useful news is that another complete piece now exists for review, with its limitations recorded alongside its technical results. KEEPING THE RECORD WITH THE WORK The Gopher site now has full features on the radio, the Known Universe, and the Great Lakes Surf Report, each with a plain-text edition. An October 19 workstation report verified their native Gopher selectors on the public server. This new dispatch joins those longer explanations and records the radio change that overtook yesterday's article. NITETIME is growing in several directions at once: a more direct radio feed, a more legible network map, a deeper weather desk, better public documentation, and original production work that can be watched and judged. The station's reading room has a job in that process too: keep the dates attached, explain what actually changed, and leave the older record available when someone wants to follow how it was built. EDITORIAL SOURCE NOTE Prepared from NITETIME-RAM records available locally through October 19, 2026, 3:07 PM CDT: radio bridge deployment and public decode reports; the subsequent idle-shutdown confirmation; radio metadata handoff; press and technology page records; Known Universe and Great Lakes service notes; and BOXEY's rendered-delivery report. Those are dated operator reports, not new live checks performed for this article. Public services and production status may change after that cutoff.