NameScout
Search domains, package registries, code hosts, and plugin marketplaces from one practical report. No hype. Just the collisions that matter.
Provider coverage
Live checks across the registries developers actually publish to. Two more on the way.
Report
tightly.com
domain · DNS records found
tightly.io
domain · DNS records found
GitHub org/user
code · GitHub namespace exists
Docker Hub
distribution · Docker namespace exists
npm
package · Exact package name is clear
PyPI
package · Exact project name is clear
Recommended actions
Full report
tightly.com
high confidence · DNS records found
tightly.dev
medium confidence · No DNS record found
tightly.io
high confidence · DNS records found
tightly.app
high confidence · DNS records found
tightly.ai
high confidence · DNS records found
tightly.co
medium confidence · No DNS record found
npm
high confidence · Exact package name is clear
PyPI
high confidence · Exact project name is clear
crates.io
high confidence · No exact crate found
RubyGems
high confidence · Gem name is clear
Packagist
high confidence · No vendor packages found
GitHub org/user
high confidence · GitHub namespace exists
VS Code
medium confidence · No matching publisher or extension
Docker Hub
high confidence · Docker namespace exists
Homebrew
high confidence · No formula or cask found
Near matches
Even when your exact name is free, these are close enough to cause confusion.
stood-tightly
npmstood-tightly
acres-cheese-web3-tightly
npmacres-cheese-web3-tightly
brother-law-tightly-animal
npmbrother-law-tightly-animal
weigh-everything-tightly-firm
npmweigh-everything-tightly-firm
benzenemo/TightlyCoupledINSGNSS
GitHubINS/GNSS紧组合程序,使用伪距、伪距率、INS测量,支持双天线测向数据。
kakusang2020/iXR_GNSS-IMU_TightlyCouplingProgram
GitHubA GNSS/IMU tightly coupling MATLAB program using L1C pseudo-range and pseudo-range rate.
eihli/clj-tightly-packed-trie
GitHubA memory efficient trie data structure.
SiChiTong/Tightly-coupled-UcoSLAM-and-FAST-LIVO2
GitHub利用UcoSLAM对ORB特征和Marker位姿鲁棒估计的特性,改进FAST-LIVO2框架因为激光特征退化导致的偏移问题。更改部分是EKF的VIO部分,将光度误差形式的残差格式改为由Uco提供的pose graph的残差格式,并且放在统一的真实世界尺度下,全局共用一套state状态量,提供了数值稳定的EKF紧耦合修改。充分发挥了marker对Lidar建图提供的效果提升。