Revolutionizing Network Connectivity Replaces manual network configuration with Zero Trust
Remote.It revolutionizes network connectivity by offering Zero Trust Network Connectivity as a Service. It creates private internet networks, visible only to you, thus enhancing privacy and security.
Remote.It replaces VPNs and manual network management with a Zero Trust approach, providing seamless connectivity, efficient network management, and elevated security. Its unique technology ensures connections without public IP addresses, making it ideal for CGNAT networks such as Mobile 5G and Starlink. It automates IP address planning, resolves subnet collisions, and simplifies complex network tasks. Additionally, it prioritizes enhanced security by granting access to specific services, not subnets, thus protecting private resources from bots and malicious actors.
Remote.It exhibits resilience to network changes or moving devices, automatically reconnecting connections. It tackles network management challenges like IP address overlaps and subnet collisions. It minimizes external attack surfaces, negating the need for IP address or port forwarding. This makes it a superior choice where traditional VPNs may fail, particularly in multi-NAT or CGNAT environments.
Remote.It's versatility is showcased across IoT & OT, Devices, Developers, and Docker. It enables remote access on any network, allows pre-deployment connectivity integration into OEM and embedded products, and offers developers hassle-free access to multiple private networks. It simplifies access to services within container networks for Docker users, eliminating the need for routing tables.
Remote.It is committed to securely connecting everything, allowing users to build private networks within the internet. It is preferred for developers and DevOps users seeking dependable, secure remote connectivity and VPN alternatives.
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Remote.it's answer:
Remote.It creates virtual zero trust networks. Unlike VPN networks which create a network tunnel to a specific subnet range and require manual IT management of access and provisioning to each resource in the IP range, Remote.It zero trust network allow DevOps and IT teams to create virtual collections of endpoints and users. By tagging users and resources can automatically be configured as resources are brought up and taken down, such as Docker containers or onboarding new employees.
Unlike subnet based VPN solutions, Remote.It zero trust networks enable simultaneous access to as many different physical networks for both users and endpoints. Remote.It eliminates the complexity associated with subnet address collisions, floating IP address from distributed or remote workforces, and other complex IT challenges.
Remote.it's answer:
Remote.It connects users and devices when other solutions cannot.
Remote.It eliminates spending time planning, maintaining, and resolving IP address, subnet, routing table, VLAN tags, and more.
Remote.It enables zero trust network access and eliminates external attack surfaces
Remote.it's answer:
Developers, IT admins, DevOps. Anyone who is tired of manual network configuration associated with VPNs. Especially when connecting to Docker or Cloud environments.
Remote.it's answer:
Reinventing networking. We believe in securely connecting everything by enabling users to build private networks within the internet only they can see. We provide zero-trust IT/OT network connectivity as a service.
Remote.it's answer:
Based on our record, ngrok seems to be a lot more popular than Remote.it. While we know about 375 links to ngrok, we've tracked only 36 mentions of Remote.it. We are tracking product recommendations and mentions on various public social media platforms and blogs. They can help you identify which product is more popular and what people think of it.
Before configuring our Kubernetes cluster, we needed to install the ngrok Ingress Controller so we could use ngrok to provide ingress to our application. Ingress is "an API object that manages external access to the services in a cluster.". - Source: dev.to / 5 months ago
Project setup and dependency installation. After setting up your Node.js project, on your terminal run npm I googleapis to install googleapis from npm. Add the credentials you created to your .env file: GOOGLE_CLIENT_ID, GOOGLE_CLIENT_SECRET, GMAIL_REDIRECT_URL(during OAuth authentication, google will call this endpoint with the authentication code if successful). The redirect url needs to be a live url on your... - Source: dev.to / 13 days ago
Before we start, ensure you have: Install termux in your device Create a ngrok account ngrok Basic knowledge of terminal commands. - Source: dev.to / 18 days ago
Our NestJS application receives webhooks from Ory Hydra, which is running locally. With Ory Network running on the cloud, the application must be accessible via a public URL. To expose your local development environment to the internet, utilize a tunnel service such as Tailscale Funnel, ngrok, webhook.site, or others. This step is crucial for receiving webhooks from Ory Network. - Source: dev.to / 2 months ago
Reverse proxy solutions are a great and straightforward method to expose your dev (and possibly production) server to the internet. The two prominent ones are ngrok and Cloudflare tunnels. This article recommends both of them and compares and contrasts them on a high level. - Source: dev.to / 27 days ago
Try remote.it its free for personal usage and I use it to access my linux, windows and docker via RDP. Source: almost 1 year ago
I tried to deploy remote.it on two of my docker hosts. the pricing plan on the website says personal use is 5 devices. The first device was able to register but then there is a banner that says 'anything more than one device requires a commercial plan. Am I limited to only one device? if so, please update the website to remove confusion. Source: about 1 year ago
I mean remote.it would basically be it, right? Seeing as that accounts for all the pipework? Source: over 1 year ago
Just got a raspberry pi and logged in to remote.it for the first time (to connect to my pi remotely). Source: over 1 year ago
Solutions like remote.it support both (1), via public URIs connecting to individual services, and (2) by having cients that run remote.it locally. The latter permits such a client to bypass the tunnel entirely if it is on the same network as the server or, apparently, via a peer-to-peer connection rather than an internet proxy (the tunnel). Source: over 1 year ago
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