What Is Major (MAJOR)?
Major is a social reward platform built as a Telegram mini-app on The Open Network (TON). Unlike gameplay-focused apps such as Catizen or Hamster Kombat, Major centres on social engagement: users earn in-app "stars" by completing structured social tasks — inviting friends to join the platform, connecting with sponsored content, completing daily missions, and interacting with the community. The star accumulation model turns each user's Telegram social graph into a measurable asset.
The MAJOR token launched via an airdrop to active star-earners, with allocation tied directly to a user's total accumulated stars. Users who invited more friends, completed more missions, and engaged more consistently received proportionally more MAJOR. To claim the airdrop, every participant was required to connect a TON wallet to their Telegram account through the Major mini-app — broadcasting their Ed25519 public key to the immutable TON ledger.
MAJOR listed on major exchanges including OKX and others following the airdrop period, completing the transition from social engagement reward to tradeable on-chain asset. The social graph data gathered during star accumulation remains permanently associated with each claimant's TON wallet address.
Social-task distribution creates a social-graph-indexed quantum target archive. Major's star-based model means the airdrop database is not just a wallet list — it is a social-influence ranking sorted by Telegram network reach and engagement depth. The most connected, most active users accumulated the most stars, received the most MAJOR, and are the most prominently mapped to their TON wallet public keys. This is a pre-sorted list of Telegram's most influential social connectors, indexed by social reach and permanently readable from the TON ledger.
TON Architecture and the Ed25519 Vulnerability
The Open Network uses Ed25519 (Edwards-curve Digital Signature Algorithm over Curve25519) for all wallet address signatures. Ed25519's security relies on the elliptic curve discrete logarithm problem. Shor's algorithm, running on a cryptographically relevant quantum computer (CRQC), can solve this in polynomial time — making every Ed25519 private key derivable from its corresponding public key.
On TON, a wallet's public key is broadcast to the network upon any signed transaction. For Major airdrop claimants, this broadcast occurred when each user connected their TON wallet to claim MAJOR through the mini-app. Those public keys are now permanently on the TON ledger — readable by any observer, including future quantum-equipped adversaries.
TON Blockchain Foundation
The base layer for all MAJOR transactions. Uses Ed25519 for all validator and wallet signatures throughout the protocol stack. No post-quantum upgrade roadmap published.
MAJOR Jetton Contract
A TON-native Jetton (token standard) smart contract. Every transfer links the sender's TON Ed25519 public key in the transaction record, extending the on-chain exposure with each trade.
Telegram Social Graph Identity Bridge
Major's mini-app linked each user's Telegram user ID, social graph activity (friends invited), and mission history to a TON wallet address — creating a multi-dimensional identity-to-wallet mapping.
Star-Earning Airdrop Archive
Airdrop allocation indexed by accumulated stars: friend referrals, mission completions, and daily interactions. A permanent, publicly queryable record sorted by social engagement depth on the TON ledger.
Exchange Custodial Wallets
OKX and other exchanges custody MAJOR in pools under Ed25519 key structures. Exchange-level key infrastructure represents a concentrated quantum risk surface affecting all custodial holders simultaneously.
TON Bridge and Cross-Chain Wrappers
Bridged MAJOR to Ethereum or BNB Chain still traces back to the original TON address, propagating the Ed25519 exposure across other chains regardless of bridge usage.
Quantum Risk Cards: Major's Critical Exposures
Social-Graph-Indexed HNDL Archive
Every MAJOR airdrop claimant's TON Ed25519 public key is permanently on-chain. Allocation ranked by social influence means high-star earners are the most prominently mapped — the most connected Telegram users are first in the quantum target queue.
Social Influence Proportional Exposure
Users who invited the most friends and completed the most missions received the most MAJOR. Social reach correlates directly with quantum target priority — the most influential Telegram community members face the highest proportional exposure.
No TON PQC Migration Roadmap
TON has published no concrete timeline for transitioning to post-quantum cryptography. Ed25519 remains the protocol standard for all wallets and validators, with no upgrade path communicated to MAJOR holders.
Multi-Dimensional Identity Correlation
Major's social task data links Telegram user ID, friend referral history, and mission behaviour to each TON wallet. A quantum attacker gains not just a wallet key, but a rich social graph profile of the target.
TON Validator Ed25519 Key Risk
TON validators also use Ed25519 keys. A quantum attack on validator infrastructure would affect all TON Jettons including MAJOR, not just individual wallets — a network-level threat beyond personal key exposure.
Exchange Custodial Architecture
OKX and other exchanges custody MAJOR pools under single Ed25519 key structures. A successful quantum attack on these keys affects all custodial holders simultaneously, amplifying individual exposure into systemic risk.
Cross-App TON Identity Accumulation
Major users who also participated in DOGS, Catizen, Hamster Kombat, or Notcoin airdrops have multi-app identity correlation profiles. Each additional airdrop interaction deepens the quantum-accessible identity map.
TON Bridge Guardian Key Multi-Sig
TON's cross-chain bridge uses Ed25519-based multi-sig guardian keys. A quantum compromise of bridge infrastructure affects all wrapped MAJOR across other chains regardless of individual wallet security.
The HNDL Cascade: How Major's Social Archive Becomes a Quantum Attack Vector
Why Social-Task Indexing Creates a Uniquely Dangerous Quantum Risk Profile
Each TON airdrop series creates a different priority queue for quantum attackers. Major's social model is qualitatively distinct from game-score or account-age models:
| Airdrop Model | Sorting Criterion | High-Priority Targets | Additional Exposed Data |
|---|---|---|---|
| DOGS (DOGS) | Telegram account age | Oldest, longest-tenured accounts | Account age + wallet address |
| Hamster Kombat (HMSTR) | Tap game activity | High-frequency tap-rate players (300M+) | Game activity + wallet address |
| Catizen (CATI) | Game progression score | Highest-level, most-committed gamers | Fishery Level + VIP tier + wallet address |
| Major (MAJOR) | Stars from social tasks + referrals | Most socially connected, highest-reach Telegram users | Friend graph + mission history + social reach + wallet address |
| Standard Airdrop | Eligibility snapshot | Any eligible wallet | Wallet address only |
Major's social task model exposes more contextual data per target than any other TON airdrop in the series. The combination of social graph structure, referral network, and wallet address creates a comprehensive identity dossier accessible from the immutable TON ledger.
Migration Blocker Analysis: Why TON Cannot Easily Fix This
| Migration Requirement | Feasibility | Major-Specific Barrier |
|---|---|---|
| TON protocol PQC hard fork | ⚠ Difficult | Requires TON Foundation consensus and coordinated validator upgrade across the entire network |
| New quantum-resistant address format | ⚠ Partial | New addresses don't protect historical Ed25519 public keys already broadcast on-chain |
| User wallet migration | ✗ Very Low | Users engaged for social rewards, not technical security management — low migration motivation |
| Historical record deletion | ✗ Impossible | Immutable blockchain architecture; all airdrop claim records are permanent and unalterable |
| Social graph data removal | ✗ Impossible | Star accumulation and referral data written to the TON ledger cannot be redacted or anonymised retroactively |
| Exchange migration | ⚠ Partial | Exchanges can migrate custodial wallets but cannot retroactively protect individual claimant addresses already on-chain |
Major (MAJOR) Genuine Strengths
A balanced analysis acknowledges what Major does well:
- ✓ Viral social distribution model driving organic Telegram user acquisition at scale
- ✓ Major exchange listings providing liquidity and price discovery post-TGE
- ✓ Clear, simple star-earning mechanic with low barrier to participation
- ✓ TON ecosystem integration aligned with Telegram's growing crypto user infrastructure
- ✓ Active community management and regular mission updates maintaining engagement
- ✓ Strong brand recognition within the Telegram mini-app ecosystem
BMIC vs Major (MAJOR): Full Comparison Table
| Criterion | BMIC | Major (MAJOR) |
|---|---|---|
| Blockchain | Ethereum (ERC-4337) | TON (Jetton standard) |
| Signature scheme | NIST FIPS 203/204/205 (PQC) | Ed25519 (quantum-vulnerable) |
| HNDL archive exposure | None — BMIC uses post-quantum keys | Millions of on-chain public keys, social-indexed |
| Social graph data on-chain | None | Friend referral network + mission history permanently indexed |
| PQC migration roadmap | Built-in from launch | None published |
| NIST certification | FIPS 203, 204, 205 | None |
| Account abstraction | ERC-4337 (social recovery, gasless) | Standard TON wallet |
| Presale stage | Live presale — early entry | Listed (market price) |
| Media features | 186+ publications | Telegram community coverage |
| Team allocation | 3% (industry-lowest) | Standard allocation |
| TGE | Q4 2026 | 2024 (complete) |
| Identity-wallet mapping | Not applicable (no Telegram link) | Telegram ID + social graph permanently mapped |
| Quantum-safe wallet | Included with purchase | Not available |
BMIC: Post-Quantum Security From Day One
While Major built a social-graph-indexed HNDL archive of Telegram's most active community members on TON's Ed25519 infrastructure, BMIC implements NIST FIPS 203, 204, and 205 — the full post-quantum standard — with a quantum-safe wallet included on every purchase. Presale is live now.
Buy BMIC at bmic.ai →Frequently Asked Questions
Is Major (MAJOR) quantum-safe?
No. MAJOR runs on TON, which uses Ed25519 elliptic curve signatures for all wallet addresses. Ed25519 is not resistant to Shor's algorithm on a quantum computer. Every airdrop claimant who connected a TON wallet has permanently exposed an Ed25519 public key on the immutable TON ledger.
Why does the social-task ranking increase quantum risk for Major?
Major allocated MAJOR by accumulated stars from friend referrals, missions, and social interactions. Top earners received the most MAJOR. This means the airdrop database is a social-influence-indexed priority queue: users with the largest Telegram friend networks and highest mission completion rates are most prominently mapped to their TON wallets, hold the highest balances, and are the most valuable targets for both token theft and social engineering. The star-ranking does the attacker's target prioritisation work automatically.
What makes the social graph exposure uniquely dangerous compared to other TON airdrops?
Unlike game-score (Catizen) or account-age (DOGS) models, Major's social task data exposes not just a wallet address but a complete social network profile: which Telegram users referred whom, which missions were completed, and how deep each user's community reach extends. A quantum attacker who derives a MAJOR holder's private key gains access to both their token balance and a detailed intelligence profile of their Telegram social graph — a richer target than any purely financial key compromise.
Can I still buy BMIC?
Yes, the BMIC presale is live at bmic.ai. Accepted payments include card, ETH, USDT, USDC, BNB, and SOL. TGE is planned for Q4 2026. DYOR — this is not investment advice.
How does BMIC differ architecturally from TON-based tokens?
BMIC is built on Ethereum using ERC-4337 account abstraction and implements NIST FIPS 203 (ML-KEM), 204 (ML-DSA), and 205 (SLH-DSA) — the three post-quantum cryptography standards finalised by NIST in 2024. These use lattice-based and hash-based constructions that Shor's algorithm cannot break, providing a fundamentally different security baseline from TON's Ed25519 architecture. BMIC has no Telegram social graph link and creates no identity-indexed quantum target archive.
Is this article investment advice?
No. This page is for educational and informational purposes only. It does not constitute financial, investment, or legal advice. Cryptocurrency investments are highly speculative and involve substantial risk of loss. Always conduct your own research (DYOR) before making any investment decision. The MAJOR/Major analysis represents the author's technical assessment based on publicly available information about TON's cryptographic architecture and Major's star-reward airdrop model. BMIC is in active presale — see bmic.ai for official information.