Zignaly, a platform that has scaled to over 500,000 users and processed more than $10 billion in volume, is addressing inefficiencies in traditional finance through its Layer 1 network Zigchain. Co-founder Abdul Rafay Gadit, who previously worked in transaction banking at Standard Chartered and exited Cloudways for $350 million, explains how the network integrates compliance rules directly into blockchain assets rather than treating them as external checks. Legacy financial systems rely on manual, siloed verification processes where each intermediary repeats compliance checks already performed by previous parties, creating delays and errors. Zigchain's approach embeds eligibility requirements, geographic restrictions, and transfer laws into tokens themselves, eliminating the need for repeated manual reconstruction of compliance states across multiple parties.
Legacy Finance Repeats Manual Compliance Checks Across Intermediaries
Traditional banking frameworks treat compliance as a lagging, reactive process. When an asset changes hands, a chain reaction of manual checks is triggered across multiple parties. "Legacy compliance is expensive because nobody trusts the last check, so everyone repeats it," Gadit says. "And what you have then is one intermediary after another verifying the same thing the one before them already verified. It's just so inefficient." Because participants operate in data silos, each party must manually reconstruct the state of compliance. The result is a slow, error-prone process where clearing an asset or verifying a single investor can take days, requiring extensive paperwork.
Zigchain Embeds Compliance Rules Directly Into Blockchain Assets
Purpose-built Layer 1 blockchains integrate compliance directly into the asset itself. In this architecture, eligibility requirements, geographic restrictions and transfer laws do not live in separate corporate databases—they travel with the token. "On-chain, the eligibility and transfer rules travel with the asset. And because the asset already knows who can hold it and how it's allowed to move, nothing needs reconstructing every time it's handed over," Gadit explains. This integration merges execution, ownership, settlement, and reconciliation into a single, verifiable state. "Compliance stops trailing behind the transaction as paperwork and becomes part of the infrastructure the transaction runs on. The real gain isn't speed ... It's that issuers, distributors, custodians, and investors are finally looking at the same source of truth instead of reconstructing five slightly different versions of it."
Institutions Require Measurable Utility Metrics Over Speculative Token Models
Institutional allocators remain skeptical of speculative utility tokens. Bridging this divide requires measurable, utility-driven metrics rather than hype-driven models. "Institutions are not really responsive to governance language; they respond to something measurable," Gadit notes. "A token has to have utility. It has to connect to real usage, real fee flow, and if it can't be tied to any of that, then really, it doesn't matter much." Instead of using emissions to temporarily rent liquidity, sustainable models tie token demand directly to transaction activity, network fees and programmatic buybacks. "If you can get allocators to read supply, issuance, fee capture, and buybacks in the same way they'd read dilution or capital allocation at a listed company, then that's going to go a long way. Pass that test, and you're in the conversation," Gadit adds.
RWA Tokenization Requires Legal Infrastructure Before Technical Implementation
As institutional capital looks toward RWA tokenization, a major misconception persists. Many market participants assume that the primary hurdle of tokenization is a technical one—simply minting the token itself. According to Gadit, this view fundamentally misses the point of what makes an asset investable. "Everything that actually matters sits underneath it: legal ownership, structures that hold up if something fails, who's eligible to hold the asset, custody, servicing, valuation, and whether redemption actually works when someone asks for it. A token can't rescue a weak asset or a weak structure; it just moves a weak thing faster." Solving this friction requires designing networks where the underlying legal and regulatory frameworks are deeply woven into the ledger's DNA.
Zignaly Built Custom Cosmos SDK Layer 1 for Institutional Scaling
While Zignaly built its success on an application layer—scaling to 500,000 users and more than $10 billion in volume—the move to a dedicated Cosmos SDK Layer 1 was a natural architectural evolution to support institutional scaling. "As we worked with larger institutions, it became clear that the bottleneck wasn't the application, it was the infrastructure underneath it," Gadit explains. "However well-built an application is, it still relies on someone else's rules for settlement, asset issuance, custody, and finality. You can keep improving the user experience, but you're still going to find yourself constrained by decisions made lower down the stack." Developing a custom Layer 1 allows compliance, asset issuance, liquidity, and distribution to be coded natively into the base protocol.
UAE Regulatory Framework Enables Collaborative Blockchain Development
Building institutional-grade infrastructure requires more than just smart contracts; it requires an active, forward-thinking regulatory environment. Operating out of the United Arab Emirates has given Gadit a front-row seat to one of the world's fastest-growing digital asset hubs. Rather than looking at regulators as a hurdle, Gadit views the UAE's integrated ecosystem as a key collaborator. "The DIFC and the wider UAE framework bring regulators, fund structures, custodians, and blockchain networks into the same ecosystem," Gadit says, "making it much easier to build institutional products collaboratively instead of in parallel."
FAQ
What problem does Zigchain solve in traditional finance compliance?
Zigchain addresses the inefficiency of legacy financial systems where each intermediary repeats manual compliance checks already performed by previous parties. By embedding compliance rules directly into blockchain assets, the network eliminates the need for repeated verification across siloed data systems, reducing delays and errors in asset settlement.
How does Zignaly's token model differ from speculative crypto projects?
Zignaly ties token demand directly to measurable utility metrics such as transaction activity, network fees, and programmatic buybacks, rather than relying on emissions to temporarily rent liquidity. This approach aligns with institutional allocators' expectations for reading supply, issuance, and fee capture in the same way they evaluate dilution or capital allocation at listed companies.
Why did Zignaly build a custom Layer 1 blockchain instead of using existing infrastructure?
As Zignaly worked with larger institutions, the bottleneck shifted from the application layer to the underlying infrastructure. Building a custom Cosmos SDK Layer 1 allowed the team to code compliance, asset issuance, liquidity, and distribution natively into the base protocol, removing constraints imposed by relying on external networks' settlement and custody rules.
