With over 7,000 GitHub stars and continuous development since 2017 by former Intel engineer Ylian Saint-Hilaire, MeshCentral has become the go-to self-hosted alternative to ConnectWise Control and Splashtop for managing devices remotely without per-seat licensing fees. The Node.js server installs via a single npm command and manages Windows, macOS, Linux, and FreeBSD endpoints through lightweight agents that maintain persistent WebSocket connections for real-time remote desktop, terminal access, and file transfer directly in the browser. Intel AMT integration provides out-of-band hardware management including power control and BIOS access even when the operating system is unresponsive. Device groups organize endpoints by location, customer, or function with granular role-based access control for multi-technician environments. Session recording captures remote desktop interactions for compliance auditing, while Wake-on-LAN powers on machines remotely across subnets. The server supports MongoDB for production deployments handling thousands of agents or the embedded NeDB for smaller setups under 200 devices, with a single 8GB VPS comfortably managing 1,500 concurrent agents. Security features include mandatory TLS with automatic Let's Encrypt certificate provisioning, multi-factor authentication via TOTP and FIDO2, SAML-based single sign-on, IP filtering, and HashiCorp Vault integration for secrets management. The web console provides real-time device monitoring with hardware and software inventory, network topology visualization, and customizable branding. TacticalRMM uses MeshCentral as its remote access layer. 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.

Point your RustDesk clients at CortenDesk and the bare open-source server turns into a managed fleet console with a real address book, real access control, and a remote client that lives in the browser. One container runs the ID server, the relay, and the console together, and existing key pairs and device IDs move in unchanged, so migration is a hostname change rather than a rebuild. The fleet view shows live presence, platform, aliases, owners, and last-seen for every machine, organized into folders that double as the unit of access control. People see only their own devices plus the groups granted to them, and the same scoping is enforced in the RustDesk client API, not just the web pages. Policies push client settings over the heartbeat, covering permissions, password rules, and capture behavior, and enforced policies revert local changes automatically. Five audit logs record connections, file transfers, sign-ins, security alarms, and console actions, all filterable and exportable to CSV. When a browser is all you have, the built-in web client views and controls machines with file transfer, clipboard, audio, and multi-monitor switching, no installer required. 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.

Breeze is an open-source RMM and PSA platform for MSPs that watches every managed device, and its built-in AI operator investigates alerts and drafts fixes for your approval. See live CPU, memory, disk, and network health for the whole fleet, with hardware and software inventory on every Windows, macOS, and Linux endpoint. Approve and deploy operating system and application patches in rings and maintenance windows, or push scripts and software to hundreds of devices at once. Open a remote terminal, browse files, or take over the desktop with multi-display support when a user needs hands-on help. Network discovery scans each site for unmanaged devices, while configuration policies and drift checks keep machines aligned with your baseline. Tickets, time entries, quotes, and invoices live beside the device work, so a resolved issue becomes a billable record without a second system. Clients get their own portal to raise requests and follow progress, and the multi-tenant structure keeps every customer separate from day one. When the AI operator acts, tiered approvals and a full audit log show exactly what it did and who allowed it. 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.

Termix delivers a unified, self-hosted infrastructure control center that consolidates SSH terminals, remote desktop streaming, and fleet automation into an intuitive browser workspace that replaces proprietary tools like Termius. Administrators connect to Linux servers and desktop environments using embedded RDP, VNC, and Telnet protocols powered by Apache Guacamole without requiring local client installations. The multi-panel terminal interface supports four-way split screens, allowing operators to broadcast keystrokes simultaneously across multiple production hosts or execute saved reusable script snippets with dynamic parameters. Real-time multiplayer session sharing lets engineers invite teammates via secure, time-limited links with configurable read-only or collaborative write permissions for troubleshooting incidents. Advanced networking layers handle SSH jump hosts, SOCKS5 proxy chains, Warpgate relays, and port knocking sequences to access segmented private networks securely. Integrated SFTP file managers provide drag-and-drop file transfers with editable path bars, inline text editing, and folder synchronization across remote machines. Background telemetry monitors CPU loads, memory utilization, disk IOPS, and container statuses, while built-in session recording captures complete terminal sessions for compliance auditing. 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.

Terminals, remote desktops, and file browsers for every server you run: Nexterm opens them over SSH, VNC, RDP, Telnet, or SFTP from a self-hosted web page. Servers live in folders with tags and custom icons. Connections open as tabs or split views, keep running across browsers and devices, and can hibernate and resume later. The file manager handles SFTP and FTP: drag files in, upload whole folders, search, and edit in place with syntax highlighting. Live metrics track CPU, memory, disk, network, and processes for each host. Snippets store the commands you retype most. Scripts run whole maintenance jobs. Git repositories added as sources bring ready-made ones filtered by operating system. Organizations share servers through role-based permissions, and every action is logged. Record full terminal sessions for audits and training, or send a shared-session link so a colleague can join, read-only or writable. Authentication covers local accounts with TOTP and passkeys, OIDC providers such as Keycloak, Authentik, and Microsoft Entra ID, and LDAP or Active Directory. Saved passwords, SSH keys, and passphrases stay encrypted at rest. A Proxmox integration lists LXC containers and QEMU virtual machines and can start or stop them. An opt-in AI assistant drafts shell commands from plain-language requests. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Every server, embedded board, and edge gateway you manage becomes reachable through one SSH address in ShellHub, even when it sits behind NAT with no public IP and no open inbound port. A small agent on each device dials out to your server, so a box on a customer LAN or a cellular link needs nothing beyond outbound web access. Connect with the stock ssh client by typing [email protected]@server, or open a terminal in the browser, and scp, sftp, rsync, and port forwarding work unchanged. SSH identities tie every key to a named team member, so removing someone ends their access on every device at once. Default-deny access policies grant or block members, roles, users, or API keys by device tag, Linux login, and source address, and can require a fresh browser confirmation before a session opens. Provisioning keys enroll whole fleets through automatic, manual, webhook, or allowlist acceptance, with usage limits, expiry dates, and tags. The Sessions page records who connected to which device, as which login, and from where, and browser terminals can be recorded and replayed. A Docker connector turns containers into devices that policies can grant one by one. Four member roles shape what each person can change, and the HTTP API, API keys, and an MCP server let scripts and AI assistants list devices and review sessions. 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.

Fleet lets IT and security teams query every device in their organization like a SQL database, using osquery to surface installed software, running processes, configurations, and vulnerabilities within seconds across macOS, Windows, Linux, iOS, Android, and ChromeOS. The Go-based server exposes a web console and REST API for centralized device management, with MDM capabilities built on nanoMDM for Apple device enrollment, configuration profiles, and remote lock or wipe. Vulnerability management cross-references installed software inventories against NVD and OVAL CVE databases, automatically flagging known vulnerabilities with severity scores and remediation guidance. Software deployment handles OS updates using Apple Declarative Device Management, Windows Update, and custom installer packages distributed through S3-compatible storage. A GitOps workflow enables infrastructure-as-code management where device policies, osquery queries, and configuration profiles live as YAML files in Git repositories, with CI/CD pipelines pushing changes through the fleetctl CLI. The fleetd agent bundle includes osquery for telemetry, Orbit for version management, and Fleet Desktop providing end users a menu bar status indicator. Integrations connect to Snowflake, Splunk, Elastic, Jira, Zendesk, Vanta, and GitHub Actions for automated compliance reporting. CIS benchmark policies verify security baselines across operating systems. Deployment requires MySQL for persistence and Redis for caching, running as Docker containers or on Kubernetes. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Shell Online lets a terminal session running on your own computer follow you to any browser, so your coding agent keeps working while you are away from your desk. Prefix the command you already run, such as shell claude, shell codex, or shell opencode, and your terminal prints a link, a password, and a QR code that open the same live session on a phone, tablet, or another computer. You watch output as it happens and reply to prompts from wherever you are, and closing the browser leaves the process running until it exits on its own. Inviting a teammate takes the same link: share it read-only so they can watch without typing, or let them type into the session with you. Terminal traffic is end-to-end encrypted by default, file access stays off until you deliberately expose a chosen directory, and a scoped MCP grant can let another agent inspect or steer a session for a limited time. With an account, linked machines and their sessions gather in one web app with team sharing. The relay the sessions pass through can run on your own server with the standalone Docker deployment, pointed at by the unchanged CLI. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

Meeting-app screen sharing was built for slide decks, and it shows when two engineers chase a bug across a codebase together; Hopp rebuilds screen sharing for exactly that job. Click a teammate and their screen opens in under a second: no meeting links, no calendar invites, no "can you see my screen?" ritual. Both sides get real keyboard and mouse control with sub-100ms latency, so guests type, click, and navigate instead of dictating instructions. Rooms hold up to 10 people for mob programming, code reviews, and onboarding, all with shared cursors so everyone can point at the line they mean. When words fail, draw or type annotations directly on the shared screen. The stream defaults to 4K, so small fonts and subtle diffs stay readable, and noise-cancelling audio keeps voices clear with no separate call app. You share any application, not just a browser tab, so debugging in Grafana or reviewing a design works as well as editing code. App Veil hides the windows you pick, such as password managers or chat, from the shared screen. Slack starts sessions with one /hopp command, and custom keyboard shortcuts keep frequent actions in flow. The server is yours: a Docker Compose stack with PostgreSQL, Redis, LiveKit, and Caddy auto-TLS serves the web dashboard and media, and the desktop app points at your backend, not a vendor cloud. 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.

Alma Relay is the relay you run yourself so your phone can reach the Alma on your desktop from anywhere, without port forwarding, a VPN, or a third party sitting in between. Your desktop dials out to the relay and keeps that connection open, and when you open the app on your phone, its requests travel through the relay to the desktop and the answers stream back the same way. Pairing happens with a QR code that carries the relay address, so switching to your own relay takes one fresh scan instead of manual setup on every device. New pairings encrypt the session end to end, so the relay routes encrypted traffic it cannot read, and the routing values it handles are one-way hashes that are never written to disk or logs. When your phone is locked, the relay can pass along the "reply finished" and "Alma has a question" notifications through Apple's or Google's push services, so you hear about finished work without staring at the screen. A live view of the desktop's browser can ride along too, with short-lived credentials issued for the media connection. Sharing the relay with a team works through per-person tokens you can revoke individually, and regenerating your connect code cuts off every paired phone at once. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.

With over 34,000 GitHub stars and backing from a well-funded engineering team, Tailscale has fundamentally simplified how developers and system administrators think about secure networking. The client daemon establishes WireGuard tunnels directly between devices using sophisticated NAT traversal techniques, achieving direct peer-to-peer connections in the vast majority of network configurations without requiring port forwarding, firewall rules, or VPN concentrators. When direct connections prove impossible due to restrictive network environments, DERP relay servers provide encrypted fallback paths. MagicDNS assigns human-readable hostnames to every device on the network, eliminating the need to remember IP addresses across a tailnet. Subnet routing allows nodes to advertise access to entire local networks, enabling remote access to office resources, home labs, or cloud VPCs through a single gateway node. Exit node functionality routes all internet traffic through a designated device for privacy protection or geographic flexibility. Access control lists define granular policies for which devices and users can communicate with which services, enforced cryptographically at the network layer. The authentication layer integrates with identity providers including Google, Microsoft, GitHub, Apple, and OIDC-compliant systems for single sign-on access. Taildrop enables direct encrypted file transfers between devices without cloud intermediaries. The tailscale CLI provides complete network management from the terminal including status monitoring, route advertisement, and node configuration. Running Tailscale on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console provides a permanent, always-on node in your mesh network. BSD-3-Clause licensed with an active open-source community.

Meshlan turns your own Linux server into the control plane for a private virtual LAN that connects remote Windows devices as if they sat on the same router. Devices pair through your server, receive their certificates, and then talk directly to each other over encrypted tunnels whenever NAT allows, using dual-stack hole punching, UPnP, and STUN diagnostics to find a path. When a direct connection is impossible, traffic falls back to relays, and multiple relay nodes are chosen automatically by latency, jitter, packet loss, and health. You can publish a service that only listens on localhost, a local API, a web panel, a database, a game server, to the mesh on a custom port, with direct access or manual approval by its creator. Names stay stable while addresses change: devices answer to names like alice.mesh and services to api.alice.mesh, and an HTTPS gateway serves mesh websites without port numbers. Files move directly between devices over the encrypted link while the server only distributes metadata. The console shows the live topology with P2P and relay paths, latency, and service health, and local history keeps traffic and events for replay with a time slider. Optional AI automation keeps model keys on the server, encrypts context end to end, and asks for your confirmation before changing anything. Signed updates verify and roll back automatically when a health check fails. Running on a dedicated VPS on RepoCloud with guaranteed CPU, RAM, and SSD, full root SSH access, and a browser serial console. MIT licensed.