Resolvr gives your Technitium DNS server the clean, readable dashboard it deserves, turning raw query traffic into an overview you can understand at a glance. Four tabs divide the picture: Traffic charts queries over time with allowed and blocked stacked together and a seven-day heatmap of when your network is busy; Resolution shows where answers come from, cache, upstream, blocked, or authoritative, with response times and a flow diagram of each lookup; Top lists rank your chattiest clients and most-requested domains; and Infrastructure tracks DHCP scope usage, zones, and cache growth. Every chart is a doorway: click one and you land in Query Logs already filtered to what you clicked. Pick any device on the Clients page to see its queries, block rate, DHCP lease, and favourite domains. Query Logs themselves filter by client, name, protocol, response code, and time window, export to CSV, and can live-tail as new lookups arrive. Blocked Zones manages your feeds, your own blocked domains, and a checker that tells you whether a name is blocked and which feed caught it. Run a Technitium cluster and each panel gains a scope chip, comparing nodes side by side or merging their logs into one timeline. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Raw zone files and API calls become something a whole team can operate safely once PowerDNS-Admin puts its web interface in front of a PowerDNS authoritative server. It's a Python/Flask application covering full forward and reverse zone management, with the touches that matter in daily DNS work: zone templates for stamping out consistent new domains, easy IPv6 PTR record editing (reverse zones by hand are misery), full IDN/Punycode support for internationalized domains, and DynDNS 2 protocol support so routers and scripts can update records the way they would against a commercial dynamic-DNS service. Access control is enterprise-grade: local users, LDAP against OpenLDAP or Active Directory, SAML, and OAuth via Google, GitHub, Azure, or OpenID Connect, hardened with TOTP two-factor authentication. Role-based permissions extend to zone-specific access control - hand a developer their project's zone without exposing the rest of your namespace - and activity logging records who changed which record when, the audit trail bare PowerDNS never gives you. The dashboard monitors PDNS service configuration and statistics, and its own API exposes zone and record management for automation on top of the UI. Runs against MySQL/MariaDB or PostgreSQL, talking to PowerDNS through its REST API. MIT-licensed.

PowerDNS answers the queries; Poweradmin gives you a browser-based control panel for its zones, records, DNSSEC keys, and users, with a REST API for automation. Create master, native, and slave zones, and let zone templates stamp predefined record sets onto new ones. Edit records inline with filters, or open the optional Record Wizard for DMARC, SPF, DKIM, CAA, TLSA, and SRV. Reverse zones link to their forward zones. The batch PTR tool fills whole network ranges, bulk add takes one CSV line per record, and secondary zones can be imported over AXFR. For DNSSEC, manage keys and copy DS and DNSKEY records for your registrar; changes are applied or rectified through the PowerDNS API so signed zones stay consistent. Every record and zone edit is logged with before and after snapshots, and the logs can be filtered and exported. The panel is translated into 43 languages, including right-to-left ones. Permission templates, users, and groups control who touches which zones, sign-in works through LDAP, OIDC, or SAML, and administrators can switch on authenticator-app or email two-factor codes. API keys can be read-only, limited to chosen operations, or restricted to specific zones, and companion projects link Terraform, ExternalDNS, cert-manager, and Certbot. Dynamic DNS clients such as ddclient and inadyn update records through a dyndns2-compatible endpoint. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. GPL-3.0 licensed.

SpatiumDDI is the open alternative to commercial DDI platforms that charge by the IP, by the appliance, and by the feature, then lock every zone and subnet you own inside a renewal cycle. It does not just render configuration for servers somebody else runs, but deploys and operates BIND9, PowerDNS, Technitium, and Kea itself. Manage zones and records with per-server sync state, hand out DHCP scopes, pools, and static reservations per server group, and watch live leases reported back by the Kea agents. The IPAM side keeps spaces, blocks, and subnets in a tree with per-address DNS and DHCP sync, while the dashboard shows utilization, capacity, and platform health at a glance. Bring an existing estate with you through importers for BIND, Windows, PowerDNS, Technitium, Kea, ISC, and NetBox, and manage Windows DNS and DHCP agentlessly over WinRM when a full cutover is not on the table. Delegate safely with group-based roles over LDAP, OIDC, SAML, RADIUS, or TACACS+, search every object globally, and keep an append-only audit log of who changed what. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. Apache 2.0 licensed.

Spreadsheets and sticky notes stop scaling the day your network grows past a rack or two, so JT-IPAM keeps every address, subnet, and device in one searchable system of record. Track subnets and individual IPs with their hostnames, MAC addresses, and owners, then reconcile what you documented against what scan agents actually find through ICMP, ARP, reverse DNS, and SNMP collection from routers and switches. Connect the DNS servers you already run, from PowerDNS and BIND 9 to Windows DNS and Technitium, and flag records that have no matching address in IPAM. Pull devices and virtual machines in from LibreNMS, Zabbix, Proxmox VE, ESXi, Hyper-V, and OpenStack so monitoring and address records stop drifting apart. Draw floor plans and rack elevations, trace a cable across multiple hops, and open an SSH terminal, SFTP browser, or RDP desktop to a device straight from its address page. Route new address requests through configurable multi-stage approval workflows, distribute certificates to web servers and firewalls from central encrypted storage, and keep a full audit trail of every change and console session. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. AGPL-3.0 licensed.

Subnet math, DNS lookups, DHCP options, and certificate checks share one browser tab in Networking Toolbox, a free toolkit for sysadmins and network engineers. Need to carve a /24 into departments? The VLSM planner fits named subnet requirements into a parent block, reports each subnet's efficiency and the leftover space, and exports the plan as CSV or JSON. Merging address lists? CIDR utilities summarize, split, compare, and deaggregate prefixes, with set operations for difference, overlap, and containment. Writing configs? Generators build DHCPv4 and DHCPv6 options, PXE profiles, Kea or ISC snippets, and SPF, DKIM, DMARC, CAA, TLSA, and SRV records, and DNSSEC helpers calculate key tags and DS records. Something broken? Diagnostics query DNS through Cloudflare, Google, Quad9, OpenDNS, or a resolver of your choice, read TLS certificate chains, grade HTTP security headers, trace redirects, check TCP ports, look up BGP routes and RDAP records, and test mail servers. Need a refresher? Reference guides explain private ranges, CGNAT, IPv6 address types, and common ports. A keyboard search palette puts any tool a few keystrokes away, and bookmarked tools stay available offline. Eighteen themes, four languages, custom branding, and accessibility switches make it feel like your own, and a keyless JSON API serves the subnet, CIDR, IP, and DNS utilities to scripts. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Behind a single dashboard, MyIP brings together multi-source IPv4 and IPv6 geolocation lookups, WebRTC and DNS leak detection, global latency probes, and Autonomous System routing analysis so you can audit network privacy and connectivity without bouncing between a dozen ad-ridden diagnostic sites. Side-by-side IP cards compare your detected address across multiple independent providers, displaying country, city, local time zone, ASN details, RPKI prefix announcements, and upstream transit paths to Tier 1 backbones. Privacy tests immediately expose real IP addresses leaked over WebRTC SDP handshakes or misconfigured VPN DNS resolvers, while a browser fingerprint analyzer and a 258-item cybersecurity checklist help harden client configurations. Network engineers can test reachability and multi-round minimum latency across up to 60 websites using curated category packs, verify split-tunnel proxy rules, and run worldwide ping, MTR traceroute, and censorship checks powered by distributed Globalping nodes. Additional lookup tools include a multi-country DNS resolver for spotting DNS poisoning, Whois and MAC vendor queries, a local IPv4 and IPv6 subnet calculator, live status feeds for major cloud services, and shareable diagnostic reports exported as expiring links, Markdown, or JSON. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Gately keeps your domain names current, forwards ports, terminates HTTPS, and blocks hostile traffic from one admin console, so a server or home network needs no pile of separate gateway tools. Dynamic DNS updates records at Cloudflare, Alibaba Cloud, Tencent Cloud, DNSPod, Huawei Cloud, Route 53, OVHcloud, Gandi, Namecheap, DuckDNS, and other providers, finding the public address over IPv4 or IPv6 by URL, network interface, or command. Port forwarding relays TCP and UDP with port ranges, failover targets, connection limits, traffic statistics, and PROXY protocol, while SNI routing lets several services share port 443. Certificates are issued and renewed through ACME with DNS-01 wildcards or HTTP-01, then pushed to other hosts over SSH. Web services add per-domain reverse proxies, redirects, and static sites with HTTP/3, WebSocket, load balancing, health checks, rate limiting, caching, and sign-in through OIDC, GitHub, Google, or TOTP-protected shared users. A WAF running the OWASP Core Rule Set and fail2ban-style jails with trap ports and nftables bans guard the edge. Manage Docker containers and Compose projects with one-click upgrades and rollback, open SSH sessions with an SFTP file manager, run ping, traceroute, and speed tests, and receive alerts in Telegram, Discord, Slack, ntfy, or email. An audit log, config history with diff and rollback, encrypted backups, scoped API tokens, and Prometheus metrics round it out. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. Apache-2.0 licensed.

Tag a Docker container with two labels, and AutoXpose turns it into a published service with a DNS record, a reverse proxy route, and HTTPS, without you opening a single provider dashboard. From the web dashboard you connect one of six DNS providers, Cloudflare, Netlify, DigitalOcean, Porkbun, Aliyun, or Tencent DNSPod, and point it at the Nginx Proxy Manager or Caddy instance you already run. It watches your containers continuously after that: a new label creates the record, propagation is verified before the service shows as live, and removing the container removes its public entries too. Auto-expose mode publishes containers the moment they appear, while manual mode stages them in the dashboard for approval first. Color-coded service tags sort what you run into web, database, and media groups at a glance, and dashboard warnings flag misconfigurations before they become broken links. Nginx Proxy Manager access lists attach by label, so an admin panel stays reachable only from the networks you trust. When containers vanish, orphaned cleanup hunts down the stale DNS records and proxy hosts they left behind. Settings and state live inside the same single container, so the publishing pipeline for a homelab or a small fleet stays one compose service you can back up as a unit. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Hand-editing nginx configuration files to run a firewall is nobody's idea of a good afternoon, and Nginx-Love turns that chore into a dashboard. You manage domains, load balancing upstreams, and HTTPS backends through forms instead of config syntax, and the platform writes and reloads the underlying configuration for you. A ModSecurity firewall with the OWASP Core Rule Set inspects traffic to your sites, and you tune its rules from the interface rather than a text editor. Certificates arrive two ways: automated through Let's Encrypt, or uploaded manually when you bring your own. A Bot Manager fingerprints visitors with JA4 signals so you can welcome good crawlers, challenge suspicious automation, and block hostile bots by policy. Access lists filter by IP address, geography, and user agent, and multi-user roles let administrators, moderators, and viewers each see the controls appropriate to their job. Monitoring watches performance and attack patterns, sending alerts by email or Telegram when something needs attention. Configuration exports back up your setup, restores bring it back, and multi-node sync keeps a cluster of servers enforcing the same policy. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. Apache-2.0 licensed.

With over 14,000 GitHub stars and a growing global network of security deployments, CrowdSec turns every attack on any participating server into protection for the entire community. The security engine operates as a combined IDS/IPS and WAF, analyzing log sources from Nginx, Apache, SSH, WordPress, and over 50 other services to detect brute force attacks, port scans, web vulnerability exploitation, and credential stuffing in real time. When one server detects a new threat, the attacker's IP is shared through the community blocklist, proactively protecting thousands of other installations before the attacker can reach them. The built-in WAF powered by Coraza v3 inspects HTTP requests at the application layer, validates against OpenAPI schemas, and applies custom rules with flexible AND/OR condition mixing for precise threat detection. Bot detection serves challenge pages with client fingerprinting to distinguish legitimate traffic from automated scrapers and scanners. Remediation components block malicious IPs at multiple infrastructure layers including iptables, nftables, Nginx, HAProxy, Cloudflare, and AWS Security Groups through the detect-here-remedy-there architecture. The scenario-based detection system ships with default rules for common attack patterns and supports custom scenarios written in YAML with an expressive filter language. A centralized console provides real-time visualization of alerts, threat intelligence analysis, and management of multiple distributed security engines. GDPR compliant by design, all log analysis happens locally and raw logs never leave your infrastructure. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Snitch is a self-hosted network monitor and outbound firewall that shows every connection your server makes, which process opened it, and where in the world it goes, then lets you block it on the spot. A live force graph puts your machine at the center with each remote host as a node, while a world map plots geolocated destinations and a sliding timeline keeps the last day of traffic searchable. Every alert is actionable: block the IP, kill or suspend the process, or write a rule that firewalls matched hosts automatically by address, domain, port, country, or ASN. Detection covers port scans, beaconing, DNS tunneling, ICMP tunnels, cleartext ports, and self-signed or mismatched TLS certificates, and an isolation-forest model learns your normal flows and flags outliers. A lockdown switch cuts all public outbound traffic while the LAN stays up, for the moment something looks wrong. Findings can stream to Wazuh, Splunk, or Elastic as syslog and ECS events, or land in Discord, Slack, and Telegram as webhook alerts. Everything stays on your machine: history lives in a local database, geolocation works fully offline, and the interface speaks eight languages. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. AGPL-3.0 licensed.

Qeli is a self-hosted VPN built for networks where ordinary VPN protocols get recognized and blocked, disguising its traffic as ordinary web traffic while keeping the classic full-tunnel experience. Where WireGuard, OpenVPN, and IKEv2 carry fingerprints that deep packet inspection has learned to spot, Qeli answers with five wire modes: plain, TLS mimicry, ChaCha20 obfuscation behind WebSocket fronting, REALITY, and a flagship mode that carries the private stream inside a genuine HTTP/2 request within a real TLS 1.3 exchange. A probe without a valid token never learns the difference, because the server bridges it to the configured public target site. The handshake is hybrid post-quantum, X25519 plus ML-KEM-768, with a ChaCha20-Poly1305 data plane, and the tunnel itself behaves like the VPNs people already know: full-tunnel or split routing, OS-level DNS, and per-app include or exclude rules on Windows, macOS, and Android. A one-command installer on a clean Debian or Ubuntu server asks for a profile and a port, writes the NAT configuration, creates the first users, and prints ready-to-paste connection links. The web panel then issues qeli:// links and QR codes per person behind an Argon2id login, so onboarding a phone is a camera scan instead of a config file. Clients cover Linux, Windows, macOS, Android, and Keenetic and OpenWrt routers, and published lab benchmarks average around 1220 Mbit/s across all twelve profiles. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. AGPL-3.0 licensed.

3X-UI is the most popular open-source Xray management panel, providing a full-featured web interface for deploying and monitoring proxy and VPN protocols on Linux servers. The Go backend manages Xray-core instances supporting VLESS, VMess, Trojan, Shadowsocks, WireGuard, Hysteria2, HTTP, SOCKS, Dokodemo-door, and TUN inbounds across TCP, mKCP, WebSocket, gRPC, HTTPUpgrade, and XHTTP transports secured with TLS, XTLS Vision, and REALITY. The Clients page tracks each user with individual traffic quotas, expiration dates, concurrent connection limits, and live online status indicators, while one-click share links, QR codes, and a built-in subscription server distribute configurations in multiple output formats. The multi-node architecture manages and scales deployments across multiple servers from a single panel instance. The Panel Settings page configures listen address, port, URI path, session duration, trusted proxy CIDRs, authentication, and Telegram bot integration for remote monitoring and management alerts. Outbound routing supports WARP, NordVPN, custom rules, load balancers, and proxy chaining. Xray Configs provides template-level control over the core configuration, while the API Docs page exposes a complete RESTful API with in-panel Swagger documentation. Data persists in SQLite by default or PostgreSQL for larger deployments, with database export and import from the panel. Fail2ban integration enforces per-client IP limits. On RepoCloud, deploy 3X-UI on a dedicated VPS with Docker, root SSH access, and complete control over your proxy infrastructure, all under the GPL-3.0 license.

Created to eliminate the configuration fragmentation plaguing multi-device Homelab setups and small-team infrastructures, NetsGo merges what typically requires three separate tools — a tunnel daemon, a management panel, and a monitoring stack — into a single Go binary that starts with one command and listens on one port. The server exposes HTTP, TCP, and UDP tunnels, a built-in Web console for node management, a REST API for automation, and real-time traffic statistics with per-client bandwidth limiting, all sharing default port 9527 so firewalls and reverse proxies need only a single rule. Version 0.1.11 introduced Client-to-Client P2P tunnels via WebRTC DataChannel with three selectable transport strategies — Server relay, Prefer P2P with automatic fallback, and P2P only — reducing latency for direct connections while maintaining the centralized control plane. The management console displays every connected client's online status, authentication tokens, tunnel configuration, active transport mode, P2P candidate gathering progress, and cumulative byte-level traffic counters updated every second. Unlike frp or rathole which delegate management to external plugins or configuration files, NetsGo provides built-in client key generation, tunnel target migration between nodes, SOCKS5 proxying, IP-whitelist console access, and one-command server upgrades. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. Apache 2.0 licensed.