Video calls have become the backbone of modern communication, used for everything: from team meetings and client consultations to sensitive legal discussions and private negotiations.
As these conversations move online, privacy and security have become just as important as video quality and network stability.
Zoom is one of the most widely recognized platforms for its ease of use, scalability, and collaboration features. It’s the go-to solution for businesses, schools, and organizations of all sizes.
In contrast, extrasafe.chat is an emerging platform that is rapidly gaining recognition for its advanced security measures and technology designed to protect even the most sensitive communications.
But when it comes to privacy, how do Zoom and extrasafe.chat compare? Let’s delve into both platforms in detail to uncover the key differences that distinguish them.
Not all video calling platforms are created equally when it comes to protecting your conversations. Many popular services store data, analyze call metadata, or have policies that lack transparency, posing risks for anyone handling sensitive information.
Whether you’re a journalist, legal professional, business leader, or simply someone who values confidentiality, choosing a video calling app that prioritizes privacy is crucial for several reasons:
A truly private video calling app ensures your communications are secure, confidential, and free from unnecessary data exposure, giving you peace of mind in every conversation.
Privacy in video calls relies fundamentally on strong security measures. Without these protections, private conversations can be exposed, making privacy impossible to guarantee.
A completely private video calling app achieves confidentiality through the implementation of key security features designed to safeguard user data at every stage.
End-to-end encryption ensures that only the call participants can access the conversation; neither the platform provider nor any external party can decrypt the data. This technology is the gold standard for both security and privacy in digital communication.
P2P connections bypass centralized servers, which are potential points of surveillance or data breaches. Direct device-to-device communication reduces exposure and strengthens privacy by keeping data in the hands of the users alone.
Protecting privacy goes beyond encrypting call content; it requires minimizing metadata collection. Metadata, such as IP addresses or call logs, can reveal user behavior and identities; therefore, the best platforms limit or avoid storing such information.
Fully private platforms don’t store call recordings or logs on servers, ensuring that once a session ends, no data remains accessible to anyone, including the service provider.
Zoom provides layered security and privacy options, but its level of protection depends on how meetings are configured. By default, Zoom meetings use AES 256-bit GCM encryption to secure data in transit.
This means your audio, video, and shared content are encrypted as they travel between participants and Zoom’s servers.
However, the encryption keys are generated and managed by Zoom’s infrastructure, meaning that Zoom may technically have access to meeting content if required by law or policy, as outlined in the Zoom privacy policy.
For higher privacy, Zoom offers end-to-end encryption (E2EE), which ensures only meeting participants, not even Zoom’s servers, can access the meeting keys. E2EE is not enabled by default, but when activated in the Zoom web portal, it works as follows:
Starting with the latest versions of its apps, Zoom also supports Post-Quantum End-to-End Encryption (PQ E2EE). This feature is designed to protect encrypted meeting data even from potential future quantum-computer attacks that could break traditional encryption.
Both free and paid accounts can use E2EE, but free users must complete a one-time phone number verification to enable this feature.
Zoom also offers an optional peer-to-peer connection mode for one-on-one meetings. When enabled by account owners or admins.
This setting routes audio and video data directly between the two participants, bypassing Zoom’s cloud servers. However, it is available only for paid accounts.
It’s also important to note that while Zoom encrypts meeting data, it still collects metadata such as meeting IDs, participant names, IP addresses, and device details, which are retained for service functionality and compliance.
Now, let’s take a look at what extrasafe.chat can offer.
While Zoom balances security with a broad set of collaboration tools, extrasafe.chat takes a fundamentally different approach – privacy is the core priority.
Unlike traditional video platforms that rely on central servers to route data, extrasafe.chat utilizes a peer-to-peer architecture, connecting users directly through asymmetric encryption, the same method that secures blockchain networks.
This means encryption keys are generated on your device and never leave it, ensuring that no third party, not even the platform itself, can access your communication.
And the best part is that all of this happens by default, without requiring registration, setup, or additional steps.
Your calls are private and secure from the very start, and once the call ends, no residual data, stored metadata, or hidden records are left behind – nothing exists or can be traced.
Additionally, calls and video meetings are protected by WebRTC’s built-in encryption (SRTP with DTLS).
This approach makes extrasafe.chat the preferred choice for:
extrasafe.chat is an alternative to Zoom, not as a feature-heavy collaboration suite, but as a cutting-edge, privacy-first platform built for high-trust, sensitive communications.
Now, let’s compare these two platforms side by side.
Both Zoom and extrasafe.chat provide secure video communication, but their approaches to privacy, security, and user experience differ. The table below outlines the key distinctions to help you decide which platform aligns best with your specific needs.
| Feature | Zoom (Free) | extrasafe.chat (Free) |
| Encryption | End-to-end encryption (optional, requires setup) | Default End-to-end encryption plus asymmetric encryption |
| P2P connection | Only for 2-person meetings in paid versions | Peer-to-peer by default for all calls |
| Account Needed | Email required | No personal info is required |
| Recording | Cloud and local (disabled with E2EE) | No recording feature |
| Data Retention | Calls and metadata stored on servers unless E2EE enabled | Keeps no data or metadata |
| User Authentication | Phone verification needed for E2EE on free accounts | Requires no verification or login |
| Time Limit | 40 min | Unlimited |
| Participant Cap | Up to 1,000 with add-ons | Up to 5 |
| Cross-Platform Sync | Yes | Yes |
| Platform availability | iOS, Android, Browser | iOS, Android, Browser |
These differences position extrasafe.chat as a free Zoom alternative focused primarily on privacy and simplicity.
Zoom excels in scalability, feature richness, and flexibility, making it ideal for large meetings, webinars, and remote control. However, its default encryption requires activation and setup, and some data is stored on servers unless E2EE is enabled.
extrasafe.chat prioritizes privacy by default, with peer-to-peer connections and asymmetric encryption protecting every call without requiring any personal information.
It offers unlimited call duration but is best suited for small, highly confidential meetings due to its participant limit.
In essence, choose Zoom when you need advanced collaboration features and large participant capacity. Opt for extrasafe.chat when privacy, anonymity, and security are paramount, especially for sensitive or confidential conversations.
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