Looking for a Signal or Telegram alternative? Read about a new Web3 chat app that doesn’t require a phone number and is completely privateLooking for a Signal or Telegram alternative? Read about a new Web3 chat app that doesn’t require a phone number and is completely private

Signal vs Telegram vs extrasafe.chat: Which Messaging App is best for Web3 Users?

2025/09/26 17:11
Messaging App Comparison

Imagine messaging without handing over your phone number, email, or any other personal data. That’s the promise of privacy-first communication in the Web3 era: tools that keep you reachable, encrypted, and anonymous, without relying on identity gatekeepers.

And the demand is real. By early 2025, there were more than 659 million crypto owners worldwide, about 12% of all internet users, with 2 million wallets connecting daily to dApps and 34.4 million people using mobile wallets each month. Even MetaMask alone counts 30 million monthly active users. As wallets become the gateway to finance, identity, and coordination, it’s only natural that messaging should follow the same principles of self-custody and anonymity. 

But the landscape of messengers is fragmented: some prioritize convenience, others focus on encryption, and very few are designed with privacy in mind. The Signal vs Telegram debate has dominated crypto communities for years — each has strengths, but both carry trade-offs. And now, a new category of messaging apps is emerging to push the conversation forward. 

Why Messaging Matters in Web3

Crypto users coordinate more than memes and price speculation. They manage DAOs, negotiate token launches, vote on governance proposals, and handle sensitive information that can move markets. In that sense, messaging has become a layer of the crypto stack, alongside wallets and exchanges.

In that sense, messaging has become a layer of the crypto stack, alongside wallets and exchanges.

The problem? Most mainstream apps were designed with Web2 assumptions: centralized servers, metadata collection, and accounts tied to real-world identifiers. Beyond structural issues, the real-world risks for crypto users are even higher. Research shows that over 60% of traders targeted on Telegram have lost funds to fraud, while large-scale studies found 28% of shared links on the platform were phishing attempts and 38% of shared files carried malware. With pig-butchering scams alone accounting for a third of all crypto scam revenue and growing by 40% year over year, relying on traditional messengers is more than just inconvenient — it’s dangerous.

Web3 users need something more than just “private messaging.” They need tools that:

  • Preserve anonymity — no identity indicator is linked.
  • Direct P2P connection — conversations flow device-to-device, not through central servers. Encryption keys are created and stored locally on your device, never handed to a third party.
  • Disappearing by design — unlike blockchains, where data is permanent and public, private communication requires the opposite: temporary storage with auto-erase timers, ensuring sensitive chats vanish completely.
  • Enable trustless collaboration — tools that work like wallets, not Web2 logins.

Leaking token launch plans, private deal terms, or account credentials in the wrong chat can lead to front-running, market manipulation, or targeted attacks. That’s why secure, Web3-aligned messaging is more than convenience — it’s survival.

Web3 Messaging Evaluation Criteria: Telegram vs Signal

The Telegram vs Signal comparison is one of the most common privacy debates in crypto circles. When comparing messaging apps through a Web3 lens, it’s important to evaluate them against criteria that go beyond basic encryption. Four key aspects matter most:

  1. Identity & Reachability – Can users connect without exposing personal identifiers like phone numbers or emails? 
  2. Key Generation & Custody – Are keys created and stored locally, with users in full control? 
  3. Data Retention – Can chats be erased with timers and session clearing? 
  4. Real-Time Media Security – Are voice and video calls encrypted end-to-end, connecting directly between devices (P2P) with WebRTC adding protection in transit?

With those benchmarks in mind, here’s how Telegram, Signal, and extrasafe.chat compare.

Telegram

Telegram has become the de facto hub for crypto communities, with massive groups, channels, bots, and an intuitive UX. According to a 2024 CoinGecko survey, 21.5% of crypto community members said they spend most of their time on Telegram for crypto-related activity — placing it just behind Twitter (X). The difference is in how each platform is used: Twitter (X) dominates for broad communication through posts, comments, and Spaces, while Telegram has become the go-to for community groups, personal chats, and dedicated project channels. That flexibility is powerful for coordination, broadcasting updates, and onboarding new users at scale. Its accessibility and multi-device sync make it the most widely adopted messenger in the Web3 world.

  • Identity & Reachability: Requires a phone number to sign up, with optional usernames. Phone numbers may be hidden, but they’re still on Telegram’s database. 
  • Key Generation & Custody: In Secret Chats, encryption keys are stored only on the device, with sessions periodically re-keyed for forward secrecy. Default cloud chats, however, rely on server-side storage and aren’t end-to-end encrypted. 
  • Data Retention: Cloud chats persist indefinitely unless manually deleted. Secret Chats, however, are device-specific and can be configured to self-destruct. 
  • Real-Time Media Security: Voice and video calls are encrypted, using SRTP + DTLS. Telegram uses peer-to-peer connections for voice and video calls whenever possible. If P2P fails (due to network restrictions or NAT issues), calls are routed through Telegram’s distributed servers, chosen for minimal latency. It’s noteworthy that exact P2P success rates aren’t publicly disclosed, but Telegram emphasizes that P2P is used “whenever possible.” Relays serve only as a fallback for connectivity.

Telegram’s strength lies in its scale and flexibility, making it invaluable for community building and coordination. However, for high-stakes conversations that demand strict anonymity and zero data persistence, users may need to look for a Telegram alternative with a focus on privacy.

Signal

Signal remains a gold standard of encrypted messaging, endorsed by Edward Snowden and used by activists, governments, and military forces worldwide. It’s widely used among Web3 users who value privacy and strong encryption, though its reliance on phone numbers means it isn’t always ideal for those seeking full anonymity.

  • Identity & Reachability: Requires a phone number to register. Usernames help, but onboarding is still tied to real-world identity. 
  • Key Generation & Custody: Keys are generated and stored locally on the device, ensuring forward secrecy and full user control. 
  • Data Retention: Supports disappearing messages; 
  • Real-Time Media Security: Messages and calls are protected with the Signal Protocol (AES-256, Curve25519, Double Ratchet). Voice and video calls use WebRTC with end-to-end encryption; audio/video quality is strong, though scalability is limited compared to Telegram.

Signal is one of the most secure everyday messengers, trusted for its strong encryption and open-source foundation. Still, users who require full anonymity and contact without personal info may find themselves looking for a Signal alternative without a phone number, built with Web3 principles in mind.

extrasafe.chat: A Messaging App for Private Communication

This is where extrasafe.chat steps in. It’s not another clone of Telegram or Signal, but a chat app that applies the blockchain security model to calls and messages, taking privacy to the next level. Just like crypto wallets, it generates keys locally, keeps them in self-custody, and gives users full control.

  • Identity & Reachability: On first use, the app creates an Ethereum-style account (a public/private keypair) directly on your device, used to prove it’s really you whenever you place a call or send a message. You also get an EXTRA SAFE number — a random 9-digit identity that isn’t tied to personal details. Voice and video streams connect device-to-device (P2P) for full privacy.
  • Key Generation & Custody: Encryption keys are created locally and never leave your device, reflecting the same self-custody principle that powers crypto wallets.
  • Data Retention: Conversations are designed to vanish. Built-in timers and auto-clearing sessions ensure messages are erased instead of stored.
  • Real-Time Media Security: Audio and video streams are protected natively by WebRTC (it utilizes SRTP and DLTS protocols to ensure that packages are trustworthy and prevent unauthorized parties from understanding the content, even if they intercept it) and connect peer-to-peer by default. Messages, files, and contacts are end-to-end encrypted with AES-256-GCM algorithm.

Why are people choosing EXTRA SAFE

Each install is a decision to communicate with real privacy and security:

  • Anonymity as privacy. Your conversations are never tied to personal identity. 
  • Ethereum encryption with peer-to-peer. Every call and message travels directly between devices, protected by the strongest encryption standard available. 
  • Messages that vanish. Share sensitive details—like a password for your team—knowing they disappear without leaving digital traces. 
  • Effortless private meetings. Start a video meeting and let anyone join, even without the app. The browser version makes EXTRA SAFE a secure alternative to Zoom or Google Meet. 

Think of it as a Telegram and Signal alternative rolled into an app — designed for users who refuse to trade with their personal data. It prioritizes anonymity and ephemerality above all else — ideal for sensitive coordination, but less suited for casual group chats or mass communication.

Telegram vs Signal vs extrasafe.chat: Side-by-Side Comparison & Key Takeaways

Extrasafe Image 1

To make these differences clear, we’ve broken down Telegram, Signal, and extrasafe.chat against the same evaluation criteria: identity & reachability, key generation & custody, data retention, and real-time media security. The table below shows how each app approaches privacy and where its trade-offs lie.

CriteriaTelegramSignalextrasafe.chat
IdentityPhone number required

Username optional.

Phone number required

Usernames available.

Nickname, optional, no relation to private data (no email, no phone)
Key Generation & CustodySecret Chats: keys on-device with re-keying. Cloud chats stored on servers, not E2EE.Keys generated & stored locally; full user control.Private keys generated and stored locally; never leave the device.
Data RetentionCloud chats saved indefinitely. Secret Chats can self-destruct.Supports disappearing messages.All chats have timers or auto-clear.
Real-Time Media SecurityCalls encrypted (SRTP+DTLS). P2P when possible; relays as fallback.Messages/calls protected with Signal Protocol; secure voice/video, limited scalability.P2P architecture. WebRTC (SRTP+DTLS) for audio/video. AES-256-GCM encryption for chat messages and files.

 

Taken together, the Telegram vs Signal vs extrasafe.chat comparison shows how different approaches to privacy shape the way Web3 communities communicate. Telegram still dominates for reach and scale, Signal remains trusted for everyday encrypted chats, and extrasafe.chat pushes the boundaries with ephemeral, self-custody messaging. The evolution is clear: the future of communication in crypto is moving away from data control and phone numbers, and toward chat apps that treat identity and data the same way blockchains are.

extrasafe.chat is not a replacement for large communities (like Telegram groups/bots). It is purpose-built for private 1:1 or small-group conversations with anonymity and ephemeral storage.

Conclusion: Choosing the Right Messenger for Web3

Extrasafe Image 2

So, what app is the best for Web3 messaging? That depends on what you value most: popularity and a lot of features or privacy and security.

From a security perspective, Signal and extrasafe.chat align most closely with the values of Web3 users. Signal is open source, has strong end-to-end encryption, and is widely trusted. extrasafe.chat takes a different route, using peer-to-peer calling and crypto anonymity. 

The best choice depends on your needs. But whatever you use, make sure it protects more than just your messages. In the world of decentralized tech, your identity and data are just as important as your crypto. And as messaging apps evolve, users finally have options that align with decentralization, anonymity, and true digital sovereignty. For crypto holders, that alignment is critical: leaking a private key or governance vote in the wrong chat can be as costly as losing funds on-chain.

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Akash Network’s Strategic Move: A Crucial Burn for AKT’s Future

Akash Network’s Strategic Move: A Crucial Burn for AKT’s Future

BitcoinWorld Akash Network’s Strategic Move: A Crucial Burn for AKT’s Future In the dynamic world of decentralized computing, exciting developments are constantly shaping the future. Today, all eyes are on Akash Network, the innovative supercloud project, as it proposes a significant change to its tokenomics. This move aims to strengthen the value of its native token, AKT, and further solidify its position in the competitive blockchain space. The community is buzzing about a newly submitted governance proposal that could introduce a game-changing Burn Mint Equilibrium (BME) model. What is the Burn Mint Equilibrium (BME) for Akash Network? The core of this proposal revolves around a concept called Burn Mint Equilibrium, or BME. Essentially, this model is designed to create a balance in the token’s circulating supply by systematically removing a portion of tokens from existence. For Akash Network, this means burning an amount of AKT that is equivalent to the U.S. dollar value of fees paid by network users. Fee Conversion: When users pay for cloud services on the Akash Network, these fees are typically collected in various cryptocurrencies or stablecoins. AKT Equivalence: The proposal suggests converting the U.S. dollar value of these collected fees into an equivalent amount of AKT. Token Burn: This calculated amount of AKT would then be permanently removed from circulation, or ‘burned’. This mechanism creates a direct link between network utility and token supply reduction. As more users utilize the decentralized supercloud, more AKT will be burned, potentially impacting the token’s scarcity and value. Why is This Proposal Crucial for AKT Holders? For anyone holding AKT, or considering investing in the Akash Network ecosystem, this proposal carries significant weight. Token burning mechanisms are often viewed as a positive development because they can lead to increased scarcity. When supply decreases while demand remains constant or grows, the price per unit tends to increase. Here are some key benefits: Increased Scarcity: Burning tokens reduces the total circulating supply of AKT. This makes each remaining token potentially more valuable over time. Demand-Supply Dynamics: The BME model directly ties the burning of AKT to network usage. Higher adoption of the Akash Network supercloud translates into more fees, and thus more AKT burned. Long-Term Value Proposition: By creating a deflationary pressure, the proposal aims to enhance AKT’s long-term value, making it a more attractive asset for investors and long-term holders. This strategic move demonstrates a commitment from the Akash Network community to optimize its tokenomics for sustainable growth and value appreciation. How Does BME Impact the Decentralized Supercloud Mission? Beyond token value, the BME proposal aligns perfectly with the broader mission of the Akash Network. As a decentralized supercloud, Akash provides a marketplace for cloud computing resources, allowing users to deploy applications faster, more efficiently, and at a lower cost than traditional providers. The BME model reinforces this utility. Consider these impacts: Network Health: A stronger AKT token can incentivize more validators and providers to secure and contribute resources to the network, improving its overall health and resilience. Ecosystem Growth: Enhanced token value can attract more developers and projects to build on the Akash Network, fostering a vibrant and diverse ecosystem. User Incentive: While users pay fees, the potential appreciation of AKT could indirectly benefit those who hold the token, creating a circular economy within the supercloud. This proposal is not just about burning tokens; it’s about building a more robust, self-sustaining, and economically sound decentralized cloud infrastructure for the future. What Are the Next Steps for the Akash Network Community? As a governance proposal, the BME model will now undergo a period of community discussion and voting. This is a crucial phase where AKT holders and network participants can voice their opinions, debate the merits, and ultimately decide on the future direction of the project. Transparency and community engagement are hallmarks of decentralized projects like Akash Network. Challenges and Considerations: Implementation Complexity: Ensuring the burning mechanism is technically sound and transparent will be vital. Community Consensus: Achieving broad agreement within the diverse Akash Network community is key for successful adoption. The outcome of this vote will significantly shape the tokenomics and economic model of the Akash Network, influencing its trajectory in the rapidly evolving decentralized cloud landscape. The proposal to introduce a Burn Mint Equilibrium model represents a bold and strategic step for Akash Network. By directly linking network usage to token scarcity, the project aims to create a more resilient and valuable AKT token, ultimately strengthening its position as a leading decentralized supercloud provider. This move underscores the project’s commitment to innovative tokenomics and sustainable growth, promising an exciting future for both users and investors in the Akash Network ecosystem. It’s a clear signal that Akash is actively working to enhance its value proposition and maintain its competitive edge in the decentralized future. Frequently Asked Questions (FAQs) 1. What is the main goal of the Burn Mint Equilibrium (BME) proposal for Akash Network? The primary goal is to adjust the circulating supply of AKT tokens by burning a portion of network fees, thereby creating deflationary pressure and potentially enhancing the token’s long-term value and scarcity. 2. How will the amount of AKT to be burned be determined? The proposal suggests burning an amount of AKT equivalent to the U.S. dollar value of fees paid by users on the Akash Network for cloud services. 3. What are the potential benefits for AKT token holders? Token holders could benefit from increased scarcity of AKT, which may lead to higher demand and appreciation in value over time, especially as network usage grows. 4. How does this proposal relate to the overall mission of Akash Network? The BME model reinforces the Akash Network‘s mission by creating a stronger, more economically robust ecosystem. A healthier token incentivizes network participants, fostering growth and stability for the decentralized supercloud. 5. What is the next step for this governance proposal? The proposal will undergo a period of community discussion and voting by AKT token holders. The community’s decision will determine if the BME model is implemented on the Akash Network. If you found this article insightful, consider sharing it with your network! Your support helps us bring more valuable insights into the world of decentralized technology. Stay informed and help spread the word about the exciting developments happening within Akash Network. To learn more about the latest crypto market trends, explore our article on key developments shaping decentralized cloud solutions price action. This post Akash Network’s Strategic Move: A Crucial Burn for AKT’s Future first appeared on BitcoinWorld.
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