The blockchain ecosystem is evolving rapidly, and while much attention focuses on headline-grabbing projects like Ethereum, Solana, and Polkadot, there's a wave of under-the-radar protocols with strong technical foundations and real-world applications. These projects, often overlooked in the noise of market hype, represent compelling opportunities for forward-thinking investors.
This article dives into two such blockchain protocol layer projects—SWTC (Jingtum) and MOAC (MOAC Chain)—that emerged from early blockchain innovation in China. Built by seasoned teams with years of technical R&D and enterprise adoption experience, they stand out not for flashy marketing, but for substance.
Let’s explore their architecture, use cases, tokenomics, and long-term potential—all critical factors for identifying undervalued gems in the crypto space.
The Origins: From Silicon Valley to the Jingtum Ecosystem
The story begins with Zhou Sha, known online as “Jingdi Wangtian,” an early Bitcoin observer since 2010. In 2011, he gathered seven core blockchain developers in Silicon Valley to research decentralized systems at the protocol level—a rare move at a time when few understood blockchain beyond Bitcoin.
By 2014, the team had established Jingtum Tech in China, launching the Jingtum Chain, one of the earliest enterprise-focused blockchain platforms in Asia. While most blockchain startups today were founded after 2016, Jingtum had already spent years refining consensus algorithms, smart contract frameworks, and cross-industry integration strategies.
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Their journey wasn’t easy. Back in 2014, explaining blockchain to enterprises often led to skepticism—even accusations of fraud. Yet, through persistence, Jingtum secured partnerships across finance, supply chain, and digital assets, laying the groundwork for what would become a dual-chain strategy: a private consortium chain (Jingtum) and a public smart contract platform (MOAC).
Jingtum Chain (SWTC): Enterprise-Grade Blockchain Infrastructure
Jingtum Chain operates as a consortium blockchain, designed specifically for institutional and corporate use. It’s frequently compared to Ripple (XRP) due to its focus on fast settlement and interoperability, but its technological differentiators run deeper.
Key Technical Features
- Randomized BFT Consensus: Proprietary Byzantine Fault Tolerant algorithm enabling sub-second finality.
- Asynchronous Smart Contracts: Unlike Ethereum’s synchronous execution model, Jingtum allows contract calls and responses across multiple blocks—eliminating bottlenecks caused by block time constraints.
- High Throughput: Capable of processing thousands of transactions per second (TPS), with a confirmed block time of just 5 seconds.
- Real-World Adoption: Over three years of commercial deployment before the 2017 crypto boom, serving dozens of enterprises in asset tokenization, supply chain tracking, and digital identity.
SWTC Token Overview
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The SWTC token serves as the native gas currency of the Jingtum network. Originally issued in 2014, it remained largely off-exchange until August 2017 when it began trading on major cryptocurrency platforms.
- Total Supply: 600 billion SWTC
- Circulating Supply: ~500 billion
- Locked Reserves: 400 billion reserved to ensure long-term fuel supply for enterprise applications
- Token Utility: Payment of transaction fees, execution of smart contracts, and network governance
Despite its robust infrastructure and early adoption, SWTC has flown under the radar compared to peers like NEO or Qtum—largely due to limited marketing and community outreach during its formative years.
MOAC Chain: A High-Performance Public Blockchain Alternative
Recognizing the limitations of existing public chains—especially Ethereum’s scalability issues—the Jingtum team launched MOAC (Master of All Chains) in January 2017. Designed as a next-generation public blockchain, MOAC aims to deliver enterprise-grade performance without sacrificing decentralization.
Core Innovations
Hybrid Consensus (PoP: PoS over PoW)
MOAC uses a layered consensus mechanism:- Base layer secured by Proof-of-Work (PoW)
- Upper logic layer governed by Proof-of-Stake (PoS) validators
This hybrid model balances security with efficiency and enables dynamic sharding.
- Dynamic Sharding Technology
MOAC divides its network into multiple sub-chains (shards), allowing parallel transaction processing. This architecture scales horizontally—unlike monolithic blockchains that bottleneck under load. - Asynchronous Smart Contract Execution
Similar to Jingtum, MOAC decouples function calls from block confirmation cycles. This enables complex dApps to run efficiently without being constrained by block intervals. - Cross-Chain Atomic Operations
MOAC supports atomic swaps and data transfers between blockchains with different block times—a rare feature that enhances interoperability across ecosystems.
MOAC Token (MOAC): Fueling Decentralized Innovation
The MOAC token powers all operations on the MOAC blockchain, including transaction fees and dApp deployment.
- Total Supply: 150 million MOAC
Distribution:
- 50% (75 million) allocated to crowdfunding participants
- 30% (45 million) reserved for founding team, developers, and early supporters
- 20% (30 million) dedicated to ecosystem growth and marketing
The project conducted its ICO in June 2017 and listed on exchanges by November of the same year. The mainnet launched in March 2018, following a public testnet release on GitHub.
MOAC’s engineering-first approach attracted developer interest globally, particularly among those frustrated with Ethereum’s gas volatility and slow confirmation times.
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Why These Projects Matter in 2025
While many blockchain projects launched during the 2017–2018 ICO frenzy have faded, SWTC and MOAC stand apart due to:
- Pre-hype development: Both chains were built before public interest peaked.
- Proven enterprise integration: Real clients using blockchain solutions years before competitors.
- Technical depth: Asynchronous contracts, hybrid consensus, sharding—all implemented early.
- Long-term vision: Focus on utility over speculation.
Their relative obscurity isn’t due to lack of capability—it’s a result of minimal branding and delayed exchange listings. But this also means they may represent asymmetric investment opportunities.
As institutional demand for scalable, secure, and interoperable blockchains grows, protocols with battle-tested infrastructure will gain prominence.
Frequently Asked Questions (FAQ)
Q: Are SWTC and MOAC still active in 2025?
A: Yes. Both networks remain operational with ongoing development. MOAC continues to support dApp builders, while Jingtum maintains enterprise partnerships in Asia.
Q: How does SWTC differ from XRP?
A: While both target financial institutions, SWTC emphasizes asynchronous smart contracts and internal enterprise use cases, whereas XRP focuses primarily on cross-border payments.
Q: Can MOAC compete with Ethereum or Solana?
A: MOAC doesn’t aim to replace them outright but offers an alternative for developers needing high throughput with lower costs—ideal for niche dApps and private deployments.
Q: Where can I buy SWTC or MOAC?
A: These tokens are available on select global exchanges. Always verify listings through official project channels before trading.
Q: Is the team still involved?
A: Core developers from the original Silicon Valley group remain active in advisory and technical roles within the ecosystem.
Q: What are the risks of investing in lesser-known protocols?
A: Lower liquidity, fewer developer tools, and limited media coverage increase volatility and entry barriers. However, early recognition can yield significant long-term returns if adoption rises.
Final Thoughts: Value Beyond Hype
In an industry driven by narratives and momentum, it's easy to overlook projects that prioritize engineering over evangelism. Yet history shows that lasting impact comes not from viral tweets or influencer endorsements—but from solving real problems quietly and consistently.
SWTC and MOAC represent exactly that: deep-tech blockchain protocols built before the spotlight arrived. With foundations laid between 2011 and 2017, they’ve weathered market cycles others haven’t.
As blockchain moves from speculation to application, these hidden gems could finally gain recognition—not because of hype, but because their technology works.
👉 Stay ahead of the curve—track emerging blockchain protocols before mainstream adoption.
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