It's kind of like Open Streetmap, but this is for topographic maps (i.e., the back country, not streets).
Thousands of satellites and countless other objects (including the Moon) are orbiting our planet right now, use this web site to browse active satellite information derived from TLE orbit data and other public domain resources.
Also tracks upcoming launches.
No feeds or API that I can find at first scratch. Research required.
A browser-based network graph visualization tool built on Cytoscape.js. Quantickle helps visualize and analyze connected data of any type, but is faceted towards threat intelligence.
Has installation instructions, surprisingly.
IntellyWeave is an Open-Source Intelligence (OSINT) analysis platform that automatically extracts entities from documents, visualizes relationships on maps and network graphs, and employs multiple AI agents that debate complex questions to deliver well-reasoned answers with source citations. Upload your documents. Ask questions in natural language.
Automatic entity extraction (persons, organizations, locations, dates, events, laws, cryptonyms). Geospatial visualization with interactive 3D maps. Network relationship analysis and graph visualization. Archive discovery and hypothesis-driven investigation (Quartermaster + Case Officer). Multi-agent reasoning for complex analytical questions. Multi-format document processing (PDF, DOCX, TXT, Markdown). Multi-provider LLM support (OpenAI, Anthropic, Google, local models).
A site to report ICE raids, vehicles, checkpoints, and kidnappings. Submit reports as soon as it's safe to do so. All reports are kept anonymous ("What I don't know can't hurt you.")
Keep the phone numbers for reliable immigration legal aid organizations handy. They can explain your rights, connect you with attorneys, and guide you through ICE encounters. Identify local immigrant or rapid-response groups that can assist if someone is detained. They may provide on-the-ground support, advocacy, and connections to bail or legal resources.
All reports are verified; the process is documented on the website.
Open Infrastructure Map is a view of the world's infrastructure mapped in the OpenStreetMap database. This data isn't exposed on the default OSM map, so I built Open Infrastructure Map to visualise it.
If you need relatively small extracts of data, you can use Overpass Turbo to generate these in GeoJSON and similar formats. For larger amounts of data, you will need to fetch and process the raw OSM data directly, which is relatively complex. Commercial exports in GIS formats such as Shapefile and GeoPackage are available from Infrageomatics, which supports the work of Open Infrastructure Map.
Our open database of large AI data centers, using satellite and permit data to track compute, power use, and construction timelines.
Network Vector is a powerful, Python-based network scanning tool that performs comprehensive TCP port discovery without relying on external tools like nmap or masscan. It creates beautiful, interactive D3.js visualizations to map network topology and security posture.
Scans 750 unique ports without external dependencies. Up to 1000 concurrent threads for fast scanning. Randomizes IP and port scan order to evade detection patterns. Optional random delays between hosts for IDS evasion. Automatic CIDR-based network hierarchy visualization. SMB share enumeration. Automatic reverse DNS lookup for discovered hosts. Advanced fingerprinting using 100+ port signatures. Visual host coloring based on detected operating systems.
Pretty straightforward to set up and use, works just fine with a venv. Outputs HTML pages with all of the data and javascript baked into them, so you don't need to keep the application running to look at the data.
LeoLabs enables military space commands, civil government agencies, and commercial operators to confidently detect, track, characterize, and respond to threats in space. Our proliferated, multi-mission radar network, real-time orbital data catalog, and AI-powered analytics support secure, safe, and dynamic space operations.
The Internet Outages Map is an at-a-glance visualization of global Internet health over the last 24 hours, tracking Internet outages across ISPs, top application providers, public clouds, and edge service networks.
This map automatically updates outage information every 5 minutes and shows ongoing and recently detected outages.
You can use this map to quickly understand if there are ongoing outages. This is powered by Internet Insights, which offers a more comprehensive understanding of how outages are impacting your specific networks and dependencies.
To grasp the impact of outages on your networks over time, Internet Insights provides detailed, tailored analysis for continuous optimization.
People Over Papers provides immigrant communities with real-time information, educates them on their rights and resources, and ignites awareness to build collective safety. Here at People Over Papers, we believe every person matters, despite where they are from. While our program is supported by the Pueblo Project Foundation, we know that trust is earned through action, not just our 501(c)(3) status - it is the best path forward for serving our communities. We are crowd funded by volunteers our co-founders, and our generous contributors.
Explicitly supports being added to a mobile device's launcher as a PWA.
Also has brief warnings ("Court dismissal doesn't mean you're safe"), questions to ask, what to do, and your rights.
Looking for an answer to the question "Where am I now?" Need to know your current location on the map? Wondering about the latitude and the longitude of your current location? My location pin shows where you are now if possible.
Where-am-i.net shows your current location regardless of device your using, let it be desktop or a mobile within seconds with great accuracy. Only thing you need to do is accepting requested permission in your browser after opening where-am-i.net. You need to accept the requested permission once and your location will appearn on the map even on your next visits to where-am-i.net.
To find your current location please click the Find My Location button.
Of course, people do die at Walt Disney World. While most deaths result from pre-existing conditions, others result from accidents on rides or negligence by park officials. Some result from a horrifying collision of natural and built worlds, like in 2016, when two year-old Lane Graves was killed by an alligator at Disney’s Grand Floridian Resort and Spa. Unlike most deaths at Disney, Graves’ death made national news, in part because of how uniquely horrible the incident was, and in part because it occurred just two days after the Pulse Nightclub Shooting, contributing to a kind of collective mourning across Orlando and Florida. All Florida theme parks are required to report injuries and deaths to the state Department of Agriculture, and Disney has had to pay regular fines issued by the Occupational Safety and Health Administration (OSHA) for safety violations. However, Disney, like any corporation, has no obligation to publicize these deaths. In fact, as Graves’ story indicates, these deaths have the potential to become national news anyway. And despite the Orlando park itself serving in part as a memorial to Walt’s death, Disney has constructed no such accompanying monuments within the park to memorialize the numerous deaths of workers and visitors that occur within that space. But with the use of mobile computing technologies, our “Disney Death Tour” offers a means of reintroducing these marginalized narratives back into this restricted write-space, creating the opportunity for users to rewrite their sensory experience of the park to include collective mourning.
After visiting a few retro related places I realised my only source for finding these places were podcasts and lucky Google finds, so I decided it was time these were all brought together, so, on the 1st June 2022, I purchased this website domain (retro.directory) and built a free directory to help find all these amazing places.
ASCIIFlow is a client-side only web based application for drawing ASCII diagrams. ASCIIFlow is built with Bazel. Bazel is most easily installed to the correct version through Bazelisk.
This is a crowd-sourced map of fascinating places to visit around the world - science museums, observatories, maker spaces, research facilities, and other spots that’ll scratch your curiosity itch. The idea is simple: there are brilliant places to explore everywhere, but they’re often hidden away or not well known. We’re building a comprehensive map to help curious people find their next interesting day out, whether you’re a student, teacher, lifelong learner, or just someone who enjoys discovering cool stuff. Every location on the map represents someone’s discovery - someone who thought “this place is brilliant, others should know about it.” That’s the heart of what makes this work.
Creates one or more LeafletJS map layers from an unlimited number of geospatial raster and vector data files, transparently fetching/drawing data as you interact with the map. Driven by a highly configurable user defined JSON file. Requires only geospatial data files and web browser. No intermediate servers/services, no back-end servers are needed.
Data sets of unlimited raster/vector data sources (files) can be defined and added to layers. Data sources (files) can live in the cloud (S3) or a web server, as can your JSON config, too! Define your own pixel scaling function for unit conversion, normalization, etc. Filter scaled pixel values in a range. Vector data are not tiles! Style your vector features (geometry) using CSS. Vector data are not tiles! Execute code on events for any feature (geometry). Pre-defined palettes for styling your raster pixels. Define your own palette function to style your pixels just so. Clip a raster layer with a feature from a vector layer. Add pop-ups, tool-tips, markers to your point, polygon, linestring vector data like any Leaflet map.
The magic is in the file formats and HTTP server. For raster data the format is Cloud Optimized GeoTiff (COG). For vector data the format is Flatgeobuf (FGB). Both of these formats can be read using a feature of an HTTP server called range requests. This allows a web client to request a range of bytes within a file without reading the whole file. This is exactly the method streaming uses, like watching a YouTube video.
Further, both COG and FGB are spatially indexed allowing you to grab a range of bytes using a bounding box. COG has overviews built in and the appropriate overview(s) are returned depending on the bounding box. The same approach for FGB, if that geometry intersects the requested bounding box that geometry is retrieved. This SDK relies heavily on work by Daniel DuFour (georaster-for-leaflet) and Bjorn Harrtell (flatgeobuf-geojson).
Map showing the density of pizza places in the Pentagon. A Google Places API key is required. Hacked together by somebody who speaks Turkish but online translation is pretty helpful.
Lazy-loading webcomponent, styles & fonts. Vector, raster, satellite & terrain tiles. Automatically localized. Automatic attribution & attribution-less alternatives. Hosted in the EU with no tracking. Open source, hosted & easily self-hostable. Data updated monthly.
Github: https://github.com/maps-black/maps.black
NOTE: Building the entire dataset from scratch will use about 5TB and take 14-20 days on a somewhat beefy machine (64-128GB RAM and a good CPU).
It looks like you can download the tilesets you need without having to build them yourself but I don't know how difficult that would be yet. A minimal tileset is about 100 megs. A basic OpenStreetmap tileset is about 100 gigs.