Blum is a Telegram-native mini-app exchange built on The Open Network (TON), offering crypto trading and a tap-to-earn point system to its millions of Telegram users. Its frictionless onboarding — no separate wallet download required — has driven rapid user growth. But TON wallets use Ed25519 elliptic curve cryptography, which is as quantum-vulnerable as secp256k1. Worse: many Blum users hold assets in Telegram-custodied wallets, adding a centralised custody attack surface on top of the cryptographic one. BMIC is built with NIST FIPS 203/204/205 post-quantum cryptography and ERC-4337 smart accounts. This page compares both projects across security posture, architecture, quantum risk, and fundamentals.
Buy BMIC at $0.049999 →Blum users face two distinct threat vectors. First: TON's Ed25519 signature scheme is fully broken by Shor's algorithm on a sufficiently powerful quantum computer — the same core vulnerability as secp256k1 on Ethereum, just using a different elliptic curve. Second, and more immediately dangerous: millions of Blum users hold assets in Telegram's built-in TON wallet, where private key material passes through Telegram's infrastructure. An attacker who compromises Telegram's key management servers does not need quantum hardware at all — they bypass the cryptographic layer entirely. Blum and TON have published no NIST FIPS-aligned PQC roadmap as of October 2026.
Ed25519 is more resistant than secp256k1 against certain classical attacks (e.g., certain fault attacks and side-channel leaks). But both schemes are elliptic curve digital signature algorithms — and both are fully broken by Shor's algorithm on a cryptographically relevant quantum computer. For quantum threat assessment, Ed25519 and secp256k1 carry identical post-quantum risk: neither has a known quantum-safe property, and both must be replaced by NIST-standardised post-quantum algorithms to achieve quantum safety.
This depends entirely on how users access Blum. Users who access Blum via Telegram's native TON wallet (W5 / TON Space) are using a semi-custodial wallet where key derivation and storage pass through Telegram's infrastructure. Telegram has access to the key derivation process and — depending on the wallet mode — may hold key material on its servers. Users in full self-custody mode via external TON wallets are not custodied, but remain exposed to the Ed25519 quantum vulnerability.
Blum operates on TON, which was originally developed by Telegram. The platform's integration with Telegram's 900M+ user base creates an unusually large and concentrated attack surface for both quantum and classical adversaries.
| Layer / Component | Key Scheme | Quantum Risk |
|---|---|---|
| TON user wallets (self-custody) | Ed25519 | CRITICAL — Shor-vulnerable ECC |
| Telegram TON wallet (W5 / TON Space) | Ed25519 + Telegram custody layer | CRITICAL — quantum + classical custody attack surface |
| Blum exchange smart contracts | Ed25519 / TON contract keys | CRITICAL — exchange admin key compromise = fund drain |
| BLUM token (TON Jetton standard) | Ed25519 | HIGH — all Jetton holder keys quantum-exposed |
| TON bridge (cross-chain) | Ed25519 multi-sig relayers | HIGH — cross-chain bridge systemic drain risk |
| Tap-to-earn point balances (off-chain) | Telegram account (2FA/phone) | MEDIUM — phone SIM-swap / SS7 attack, no quantum required |
Quantum computers capable of breaking Ed25519 at scale remain years away. But Telegram's infrastructure is a target for sophisticated state-sponsored and cybercriminal actors today. Blum users on Telegram's custodied wallet are exposed to: (1) Telegram server-side key storage compromise; (2) SS7/SIM-swap attacks on Telegram 2FA phone verification; (3) malicious Telegram app updates distributing key-exfiltrating code; (4) legal compulsion in jurisdictions where Telegram operates. For BMIC buyers using self-custodied wallets, none of these vectors apply.
TON's Ed25519 signature scheme is fully broken by Shor's algorithm — identical post-quantum vulnerability profile to secp256k1 on Ethereum.
Millions of Blum users on Telegram's TON wallet expose private key material to Telegram's infrastructure — a classical (non-quantum) attack vector available today.
Blum's exchange smart contract admin keys are Ed25519 TON keypairs. Quantum key derivation of admin signers enables protocol manipulation or direct user fund drain.
TON cross-chain bridge relayers use Ed25519 multisig. Quantum or classical compromise of relayer keys enables cross-chain drain attacks affecting all bridged assets.
Neither Blum nor TON has published a NIST FIPS-aligned post-quantum migration roadmap as of October 2026. Ed25519 remains the only signature scheme.
Telegram 2FA relies on SMS verification — vulnerable to SIM-swap and SS7 attacks without any quantum requirement. A SIM-swap grants Telegram account access and thus Blum wallet access.
Telegram's legal entity history (registered in multiple jurisdictions) creates compelled-disclosure risk for user key material held on Telegram servers under data-access laws.
Large point balances accumulated in off-chain Blum campaigns are centrally held by Blum's servers. Server-side compromise or insider access drains all accumulated points without blockchain interaction.
Key encapsulation mechanism. Replaces ECDH and RSA-based key exchange. No known quantum attack. Standardised August 2024.
Digital signature algorithm. Replaces Ed25519 and secp256k1 ECDSA for transaction signing. Lattice-based; Shor's algorithm does not apply.
Stateless hash-based signature scheme. Backup standard requiring no algebraic structure assumptions — conservative security baseline.
BMIC uses ERC-4337 account abstraction, enabling gasless transactions, social recovery, and the infrastructure required to substitute quantum-safe signature verification at the account level — without waiting for Ethereum protocol-level changes. Unlike Telegram-custodied TON wallets, BMIC wallets are non-custodial by design.
Native Telegram mini-app gives Blum access to 900M+ Telegram users without requiring separate app downloads — lowest-friction crypto onboarding available.
Built on TON — the blockchain with the largest single-platform distribution channel in crypto via Telegram's installed base.
TON's sharded architecture delivers sub-second finality and high throughput — better transaction speed than most EVM chains for common operations.
Gamified point accumulation mechanics drove rapid user acquisition — a proven growth mechanism for Telegram-native crypto projects.
Blum combines on-chain DEX trading with a centralised order-book experience — familiar UX for users transitioning from traditional crypto exchanges.
TON's strongest user base is in high-growth emerging markets (Southeast Asia, CIS, Africa) — demographics underserved by traditional DeFi UX requirements.
| Feature | BMIC | Blum (BLUM) on TON |
|---|---|---|
| Signature scheme | NIST FIPS 204 ML-DSA (Dilithium) | Ed25519 (Shor-vulnerable ECC) |
| Key encapsulation | NIST FIPS 203 ML-KEM (Kyber) | ECDH / Curve25519 (Shor-vulnerable) |
| PQC standard compliance | NIST FIPS 203/204/205 | None |
| Custody model | Non-custodial (ERC-4337) | Semi-custodial via Telegram wallet (millions of users) |
| Telegram custody risk | None — no Telegram custody layer | CRITICAL — pre-quantum attack vector available today |
| Account standard | ERC-4337 smart accounts | TON wallet (Ed25519) |
| Blockchain | Ethereum (ERC-20, ERC-4337) | The Open Network (TON) |
| Token supply | 1.5 billion BMIC | ~20 billion BLUM (approximate) |
| Public presale | Yes — 50% of supply, card accepted | Community airdrop / listing model |
| Raised | $622K+ on-chain, verifiable | Multiple private rounds (undisclosed total) |
| Media coverage | 186+ outlets | Strong Telegram / TON ecosystem coverage |
| TGE / launch | Q4 2026 | Listed 2024–2025 (OKX, Bybit) |
| Presale entry price | $0.049999 | N/A — secondary market only |
| Independent PQC migration path | Native — no migration required | Requires TON protocol-level upgrade — not roadmapped |
No. Blum operates on TON, which uses Ed25519 — a Shor-vulnerable elliptic curve signature scheme. Blum and TON have published no NIST FIPS-aligned PQC migration roadmap as of October 2026.
No. Ed25519 is based on Curve25519 (Edwards-form elliptic curve over a prime field). While more secure than secp256k1 against classical attacks, Ed25519 is broken by Shor's algorithm on a cryptographically relevant quantum computer — the same quantum vulnerability class as secp256k1 ECDSA.
Users accessing Blum via Telegram's built-in TON wallet (W5 / TON Space) are in semi-custodial mode — key derivation and storage involve Telegram's infrastructure. This creates classical (pre-quantum) attack vectors: Telegram server compromise, SIM-swap 2FA bypass, and compelled legal disclosure. These risks exist today, without quantum hardware.
BMIC implements NIST FIPS 203 (ML-KEM) for key encapsulation, FIPS 204 (ML-DSA) for digital signatures, and FIPS 205 (SLH-DSA) as stateless hash-based backup. BMIC wallets are fully non-custodial — no Telegram or any third-party custody layer. None of the three NIST standards have known quantum attacks.
BMIC is in presale at $0.049999. Total supply 1.5 billion; 50% to public presale; $622K+ raised on-chain and verifiable; TGE Q4 2026. Visit bmic.ai to participate. DYOR — this is not investment advice.