Supra as a layer 1 blockchain, has a novel approach to enhance scalability, throughput and security for decentralized applications, or dApps.
This research paper dives into the evolution of Supra L1, tracing its transition from a trusted oracle provider to a high-performance Layer 1 blockchain. Supra began by addressing the critical need for secure, accurate, and low-latency data feeds in blockchain ecosystems, however, it identified key limitations in fragmented networks, inefficient cross-chain communication, and scalability that hindered the growth of decentralized applications.
To overcome these barriers, Supra expanded its vision, developing a comprehensive Layer 1 blockchain platform that integrates native oracle services, cross-chain interoperability, and advanced tools for developers. Supra L1’s unique approach is reshaping the Web3 landscape by offering developers an all-in-one solution for building scalable, secure, and interoperable decentralized applications.
The blockchain ecosystem has rapidly matured, demanding seamless interoperability, high scalability, and robust data reliability for decentralized applications to thrive. Supra Chain, once a leading provider of secure oracle solutions, has undertaken a significant transformation to meet these challenges. Its transition into a Layer 1 blockchain reflects a bold vision: creating a unified platform that integrates critical blockchain functionalities under one ecosystem
Supra Chain’s journey began with its innovative oracle solutions, which played a pivotal role in connecting on-chain applications with off-chain data. Designed for accuracy, security, and low latency, Supra’s oracles became a critical infrastructure piece for smart contracts, enabling real-world applications across multiple industries.
Despite its success in the oracle space, Supra recognized key limitations in the broader blockchain ecosystem, such as fragmented networks, lack of scalability, and inefficient cross-chain operations. These challenges often restricted developers and slowed the adoption of decentralized technologies.
To address these gaps, Supra leveraged its expertise to build a versatile Layer 1 blockchain that natively integrates its oracle services while introducing key features:
Supra’s transition from oracles to a Layer 1 blockchain represents a reimagining of its mission. By creating an ecosystem that seamlessly blends scalability, security, and interoperability, Supra empowers developers to build more robust, innovative applications, setting a new benchmark for Web3 infrastructure.
Supra as a layer 1 blockchain, has a novel approach to enhance scalability, throughput and security for decentralized applications, or dApps. While the current trend in DeFi is blockchain modularity and outsourcing blockchain services due to processing and time costs, Supra has a suite of services with the goal of creating a singular layer of fully integrated services. EigenLayer has been pushing a similar narrative, with security, consensus and various oracle-based services in its middleware Actively Validated Services (AVSs).
Inside of the strategy to create fully vertical integration services are oracle networks, randomness generation, automation, cross-chain communication and smart contract execution. What makes the Supra vision compelling is the ability to provide performant services while being able to scale larger than other current popular concepts such as DAGs (Directed Acyclic Graphs), Hedera’s hashgraphs and other forms of Distributed Ledger Technology (DLT).
As a blockchain, Supra needed to consider multiple types of mesh structures to find the best efficiency for their blockchain operations, and has architected their Tribe-Clan-Family architecture for addressing scalability with regards to consensus, which overall is called Moonshot.
The Tribe-Clan-Family architecture is a very simple mechanism that consists of committees of nodes:
Based on initial testing, the probability of having a bad clan is probabilistically low, which was roughly 35 in one million draws when the entire tribe is at 33% BFT. A key insight from this architecture is that the entire tribe is not necessary for transaction execution or maintaining the state.
In fact, you can apply sharding to state management, and can scale with more clans as necessary with respect to demand. Supra thoughtfully has decided to have nearly all blockchain operations except for consensus, running through clans, as you need a simple majority between nodes for operation. The subsystem inside Moonshot will reshuffle nodes between clans regularly for enhanced security.
For the end user, from a dApp perspective, here is how clans and tribes play in the end-to-end flow of data into the chain operations and back to the end user.
For dApp throughput and security, Supra implements a mempool-less blockchain for operations, and utilizes the Move language for smart contract operations. Per the image above, some unique concepts in their transaction operation are the following:
Utilizing all of the technology mentioned above, Supra is able, thanks to their structure, to provide very fast consensus, strong security and increasingly scalable and quick transaction processing, to the tune of 500,000 TPS and sub-second latency in consensus. The theoretical throughput for Supra is leagues above current Layer 1 Ethereum.
Additional features of the Supra L1 stack, on top of the security and consensus available for dApps, are the following fully-integrated services:
The recent inclusion of Supra Containers into the dApp development stack has created a new paradigm for builders looking to take advantage of all of the features of the Supra L1, while also taking advantage of the security and throughput advantages that Supra’s Tribes architecture provides for execution and consensus.
As blockchain technology continues to evolve, Supra's comprehensive approach to Layer 1 infrastructure positions it as a noteworthy contender in the blockchain space. By combining its innovative Tribe-Clan-Family architecture with fully integrated services and the flexibility of Supra Containers, the platform offers developers a robust foundation for building scalable, secure, and efficient decentralized applications. With its impressive throughput capabilities and multi-VM support, Supra demonstrates that it's possible to achieve both high performance and strong security without sacrificing decentralization—a crucial balance for the future of blockchain infrastructure.
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References:
https://x.com/SUPRA_Labs/status/1844820954565824881
https://supra.com/news/moonshot-consensus/
https://supra.com/documents/SupraOracles-Moonshot-Whitepaper.pdf
https://supra.com/news/supra-containers/
3. Supra’s role in Cross-Chain communicationSupra enables seamless transactions between various DeFi protocols through the way that their layer 1 blockchain approaches cross-chain communication. Supra approaches cross-chain communication through two distinct bridge solutions: HyperNova (trustless) and HyperLoop (multi-sig). This dual approach allows for flexible, secure cross-chain operations while maintaining the security assumptions of the connected chains.
This philosophy emphasizes that bridge solutions should act as secure conduits rather than potential points of failure, addressing the critical weakness that has led to billions in losses through bridge exploits. By maintaining the base layer security assumptions of connected chains and requiring minimal additional trust assumptions, Supra's cross-chain architecture demonstrates that interoperability and security need not be mutually exclusive.
Supra has transitioned to positioning itself as an "IntraLayer" that cryptographically merges multiple chains. Through their bridgeless philosophy, Supra addresses the fundamental weakness of traditional multi-sig bridges by verifying consensus directly from source chains, eliminating the need for additional trust assumptions that have historically led to bridge vulnerabilities.
This approach not only preserves the security of connected chains but enables Supra to act as an interoperability hub that integrates full services like oracles, random beacons, and automation networks. With over $2 billion lost to bridge exploits, any approach that can increase security, reliability, and protection of bridged funds while still having novel benchmarks in terms of capacity, throughput, and user experience are benchmarks that Supra’s solutions must meet and exceed.
Let’s take a look at the following example of using HyperNova’s trustless relay, where a user is using Supra to send funds from a wallet on Ethereum mainnet to both Sui and Aptos, which are not EVM-compatible, as they are based on MoveVM, which Supra supports as part of their MultiVM architecture.
At first glance, the way that HyperNova works is actually fairly straightforward. A relay node watches an Ethereum RPC for the specific bridging transaction. The relay then passes the information about the transaction and its consensus proof to Supra’s SMR. The proof is then independently validated using Supra’s validators, and then the Proof Relayer handles the rest of the transaction.
Looking deeper into the relaying itself, the SMR will utilize Supra’s validators to explicitly verify the validity of the events from Ethereum mainnet, and cryptographically verify Ethereum's L1 consensus proof. Fun fact: since nobody can forge Ethereum’s consensus information, anyone can play the role of a relay.
The fundamental concept of Supra's relay system is elegantly simple - it only requires one honest node to be operating to ensure all Ethereum blockchain events are captured and relayed correctly. This single honest node requirement is a dramatic departure from traditional bridge architectures that require multiple nodes to reach consensus.
What makes this approach truly trustless is that relay nodes aren't responsible for verifying data accuracy; they simply observe and pass along Ethereum's broadcast events, with verification happening through Supra's native consensus protocol. This approach means that relay nodes function purely as data couriers, eliminating the need for large stake requirements since they're not responsible for validation or verification of the data they're transmitting.
The efficiency of this design comes from removing multiple consensus rounds that traditional bridges require. With just one honest node needed for liveness and censorship resistance, Supra can process cross-chain communications much faster while maintaining security. The system can't be censored or compromised because Supra directly verifies Ethereum's consensus, making it impossible for malicious relay nodes to tamper with the information being passed between chains. As part of addressing the latest technology, Supra is also looking into Zero Knowledge-based technologies as well for trustless bridging and easier verification of relay details.
Supra simplifies cross-chain interactions through what we call a single-shot trigger mechanism. Rather than requiring multiple separate transactions across different chains, users only need to initiate one transaction on their source chain to set everything in motion.
This initial transaction acts as a comprehensive instruction set that can contain multiple parameters and conditions - from asset conversion specifications to timing requirements, and even complex multi-chain function calls. Think of it as a smart orchestration layer: one transaction can trigger a sequence of automated actions across various blockchain networks.
For example, a user could initiate a transaction on Ethereum that automatically converts assets, schedules specific tasks on Supra's automation network, utilizes oracle data feeds for price verification, and executes smart contract functions on multiple destination chains - all from that single entry point. This dramatically simplifies complex cross-chain operations while maintaining security through Supra's verification mechanisms.
To address the latter part of the transaction, since Supra has compatibility with MoveVM in its execution environments, the Proof Relayer is able to send instructions to both of these chains for additional processing, which in this case is to credit the accounts on each of these chains with a specific amount of assets from the source chain.
The biggest key of Supra having the MultiVM feature in their stack is that they can now easily and natively communicate to all of these ecosystems using native smart contract tooling. Add into the mix that support for SolanaVM is on the way, and Supra will have the ability to be a true interoperability hub moving forward.
Supra also has a more traditional multi-signature bridging solution called HyperLoop. A more traditional bridging solution compared to HyperNova, Supra has put through some interesting innovations with HyperLoop:
The bridging process is fairly straightforward with HyperLoop:
Supra's approach to cross-chain communication reflects a fundamental understanding that blockchain interoperability shouldn't compromise the security guarantees of individual chains. Through their dual bridge system, Supra implements HyperNova as a trustless relay solution that preserves native chain security assumptions, while HyperLoop provides a more traditional multi-sig approach with game theory-backed security guarantees.
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References:
https://supra.com/news/HyperNova-Consensus/
https://supra.com/documents/Supra-HyperNova-Whitepaper.pdf
https://supra.com/documents/Supra-Hyperloop-Whitepaper.pdf
Oracles are the critical lifeline connecting blockchains to the vast world of off-chain data, enabling trustless applications to interact with real-world information. Despite their importance, existing oracle solutions frequently grapple with issues such as latency, centralization vulnerabilities, and data manipulation risks, which undermine the integrity of decentralized ecosystems.
Supra L1’s hybrid oracle framework redefines the paradigm by seamlessly blending decentralized infrastructure with high-performance cryptographic innovations. Leveraging its Distributed Oracle Agreement (DORA) and Distributed Verifiable Random Functions (DVRF), Supra establishes a gold standard for secure, tamper-proof, and low-latency data feeds. This robust design not only ensures data precision across interoperable chains but also underpins Supra’s ambitious vision of creating a cohesive Web3 ecosystem. By providing developers and protocols with a trustworthy oracle backbone, Supra empowers decentralized finance (DeFi), supply chain tracking, gaming, and beyond, to operate with unprecedented reliability and efficiency.
Supra L1 redefines the oracle landscape by introducing a hybrid model that combines decentralized architecture with cutting-edge cryptographic mechanisms, delivering unparalleled data accuracy, security, and scalability. This approach ensures reliable cross-chain data feeds critical to the seamless operation of decentralized applications (dApps) in Web3.
At the core of Supra’s hybrid oracle solution is the DORA protocol. DORA enables secure and verifiable data transmission by leveraging decentralized consensus among oracle nodes. Unlike traditional oracles prone to central points of failure, DORA ensures that data sources are cross-verified in a distributed manner, minimizing risks of manipulation or inaccuracies.
Key features of DORA:
• Dynamic Node Selection: Oracle nodes are selected randomly for each query, enhancing security by reducing predictability for potential attackers.
• Simple Majority Mechanism: Supra’s approach requires only a majority of nodes to be honest, reducing latency without compromising data integrity.
Supra integrates DVRF to ensure that randomness—critical for use cases like gaming, auctions, and validator selection—is both cryptographically secure and verifiable on-chain. DVRF’s inclusion in the oracle stack enhances its ability to generate unbiased random numbers, essential for fair and trustless applications.
DVRF empowers:
• Unpredictable Randomness: Essential for preventing collusion or prediction in use cases such as lottery systems or fair resource allocation.
• Cross-Ecosystem Support: Enables randomness to be accessed and verified across multiple chains.
Supra’s oracle design accommodates both push-based and pull-based data feed models, giving developers flexibility based on their use case requirements:
• Ideal for applications needing continuous, real-time data streams (e.g., price feeds for DeFi protocols or live sports data for prediction markets).
• Data is proactively updated on-chain, ensuring minimal latency.
• Enables dApps to request specific data on-demand, reducing unnecessary computational overhead and on-chain storage costs.
• Perfect for use cases where data requirements are sporadic or context-dependent.
Supra’s hybrid oracle seamlessly integrates with its HyperLoop and HyperNova bridging solutions, enabling real-time, consistent data flow across multiple blockchain ecosystems. This ensures that dApps operating in a multi-chain environment can access accurate data feeds without delays or discrepancies. Supra’s hybrid oracle is not just an infrastructure component—it’s a critical enabler of its vision for a truly interoperable and efficient Web3 ecosystem. By bridging the gap between off-chain data and on-chain trust, Supra empowers dApps with the reliability and precision they need to scale confidently across multiple ecosystems.
Supra’s hybrid oracle solutions form a cornerstone of its Layer 1 ecosystem, driving unparalleled utility and resilience. By addressing the long-standing challenges of data accuracy, security, and scalability, Supra empowers developers, protocols, and end-users with a next-generation blockchain infrastructure tailored for the demands of a decentralized world.
Supra’s DORA and DVRF set new standards for trustless data delivery:
• Tamper-Proof Data Feeds: Decentralized consensus among oracle nodes ensures that no single entity can manipulate or corrupt data.
• Byzantine Fault Tolerance: Supra’s oracle protocols tolerate up to one-half Byzantine nodes, significantly strengthening the network’s ability to resist coordinated attacks.
This level of resilience ensures that Supra L1 remains a trusted platform for critical applications like DeFi, insurance, and supply chain tracking.
Supra’s innovative push-pull data feed architecture guarantees seamless access to real-time information:
• Push-Based Streams: Continuous updates ensure that time-sensitive applications, such as automated trading algorithms or sports prediction markets, operate without delays.
• Pull-Based Feeds: On-demand access allows dApps to query specific data when needed, optimizing network performance and resource usage.
By minimizing latency and maximizing flexibility, Supra L1 delivers the performance necessary for both high-frequency applications and scalable, on-demand services.
Supra’s hybrid oracles integrate smoothly with its HyperLoop and HyperNova solutions, enabling consistent and reliable data flow across multiple ecosystems:
• Unified Data Across Chains: dApps on different blockchains can access identical, verified data feeds, fostering greater interoperability.
• DeFi Synergy: Price feeds, market indices, and real-world data are accessible across chains, enabling cross-chain lending, asset swaps, and synthetic token creation.
This interoperability makes Supra a pivotal hub for multi-chain ecosystems, amplifying its utility as a data backbone for Web3.
Supra’s oracles are designed with scalability in mind:
• Efficient Node Selection: Dynamic and randomized node selection ensures that oracle services can scale alongside network demand.
• Parallelism: The separation of data aggregation (DORA) and randomness generation (DVRF) allows for concurrent execution, reducing bottlenecks.
This architecture enables Supra L1 to maintain high throughput and low costs, even as its ecosystem expands.
Reliable oracles are the lifeblood of DeFi, and Supra’s hybrid solution offers a robust foundation for:
• Automated Market Makers (AMMs): Accurate price feeds ensure fair and efficient trading.
• Lending and Borrowing: Real-time interest rate data supports dynamic and trustless credit systems.
• Derivatives and Synthetics: Verified data enables the creation of complex financial instruments tied to real-world assets.
Supra’s oracle infrastructure not only strengthens existing DeFi models but also unlocks innovative use cases for decentralized finance.
Supra’s hybrid oracles are built to adapt to evolving blockchain landscapes:
• Multi-VM Compatibility: Seamless integration with EVM, Move, and other virtual machines ensures that oracles remain accessible to diverse developer communities.
• Stateless Protocols: The lightweight nature of DVRF and other oracle services minimizes state dependency, reducing overhead and boosting flexibility.
Supra's DORA protocol represents a sophisticated approach to oracle data management, combining multiple layers of validation with innovative fault tolerance mechanisms. The system's ability to maintain accuracy through agreement distance calculations, while providing fallback options and error correction tools, demonstrates its robustness. The architecture's flexibility in handling asynchronous data feeds while maintaining security makes it a significant advancement in blockchain infrastructure.
Decentralized finance (DeFi) has rapidly emerged as one of the most transformative applications of blockchain technology, unlocking financial systems that are trustless, permissionless, and borderless. However, as DeFi adoption surges, the limitations of existing blockchain infrastructure—such as high latency, fragmented liquidity, and scalability bottlenecks—become increasingly apparent.
Supra L1 addresses these challenges head-on with a revolutionary approach to scaling DeFi. By leveraging its fully integrated architecture, Supra combines robust cross-chain interoperability, low-latency transaction finality, and developer-friendly infrastructure. Supra’s innovations, such as HyperLoop and HyperNova bridging solutions, native automation, and containerized appchains, empower DeFi protocols to achieve unparalleled efficiency, liquidity, and composability.
This vision positions Supra as not just a blockchain but a thriving ecosystem where DeFi can evolve to its full potential, driving the next wave of decentralized economic activity across Web3.
Supra L1 has engineered a comprehensive ecosystem designed to overcome the most pressing challenges facing DeFi today. Through a combination of innovative infrastructure, seamless interoperability, and developer-centric tools, Supra’s approach enables decentralized finance to scale efficiently while remaining secure, composable, and accessible.
Supra L1 is built on the principle of full integration, combining key blockchain services into a single cohesive platform. This design eliminates reliance on third-party solutions and reduces latency and fragmentation, ensuring a seamless experience for DeFi protocols.
Key features include:
• Native Automation: With zero-block delay automation, DeFi applications can execute time-sensitive transactions, like liquidations or arbitrage opportunities, with unprecedented speed and precision.
• Integrated Oracle Services: Supra’s hybrid oracle system ensures real-time, accurate data feeds, which are crucial for applications such as AMMs and decentralized lending platforms.
Supra’s bridging solutions, HyperLoop and HyperNova, enable DeFi protocols to access and utilize liquidity across multiple chains, creating a unified DeFi ecosystem.
• HyperLoop: A game-theoretically secure solution optimized for rollups and rapid liquidity transfers.
• HyperNova: A trustless protocol designed to maintain the security of connected chains, enabling seamless L1-to-L1 interactions.
By facilitating cross-chain liquidity pools, these bridges empower protocols to scale beyond single-chain limitations, unlocking new opportunities for yield farming, asset swaps, and synthetic asset creation.
Supra’s unique tribe-clan architecture is foundational to its scalability:
• State Sharding: The network divides its state into clans, each responsible for processing specific transactions in parallel. This reduces congestion and ensures high throughput.
• Dynamic Role Assignment: Nodes are shuffled across clans regularly, enhancing security while maintaining consistent performance.
This architecture ensures that Supra can handle the increasing demands of DeFi protocols without compromising speed or security.
Supra introduces Supra Containers, a groundbreaking innovation inspired by appchains, tailored for dApps that require dedicated environments for execution.
Benefits include:
• Custom Gas Tokens and Pricing: DeFi developers can create predictable fee structures for their applications, enhancing user experience.
• Atomic Composability: Cross-container calls maintain the liquidity and composability of the overall network, avoiding fragmentation issues common in traditional appchains.
Supra Containers provide the flexibility and sovereignty developers need, without the operational overhead of deploying and maintaining independent networks.
Supra recognizes the diversity of developer ecosystems and supports multiple virtual machines (VMs) to foster innovation:
• Move VM: Ideal for DeFi-focused development due to its asset-oriented programming model.
• EVM Compatibility: Enables seamless migration of Ethereum-based DeFi protocols.
• CosmWasm and Beyond: Expands support to include Cosmos and traditional programming languages, ensuring a broad developer base.
By accommodating multiple VMs, Supra ensures that DeFi developers from diverse ecosystems can build and innovate without barriers.
Supra L1’s innovative ecosystem is poised to redefine the growth trajectory of decentralized finance by addressing its core challenges and unlocking new opportunities for developers, users, and institutions alike. Through advanced scalability, seamless interoperability, and developer-centric tools, Supra is establishing itself as the backbone of the next-generation DeFi landscape.
Supra’s cross-chain solutions, HyperLoop and HyperNova, ensure that liquidity is no longer fragmented across isolated ecosystems:
• Efficient Asset Utilization: DeFi protocols can leverage liquidity pools across multiple chains, enhancing capital efficiency.
• Cross-Chain Arbitrage: Traders can take advantage of price discrepancies across ecosystems in real time, boosting market efficiency.
• Synthetic Asset Creation: Unified liquidity enables the minting of cross-chain derivatives tied to real-world assets or digital commodities.
Supra’s infrastructure is designed to enhance composability, a critical factor for DeFi’s growth:
• Atomic Cross-Container Interactions: Supra Containers preserve the composability of protocols while offering the flexibility of dedicated environments.
• Multi-VM Support: Developers can build protocols compatible with different virtual machines (Move, EVM, and CosmWasm), expanding the range of interoperable applications.
Supra’s tribe-clan architecture ensures that the network can handle the demands of large-scale DeFi applications:
• Parallel Transaction Processing: By sharding transaction execution across clans, Supra ensures high throughput and low latency, even during peak activity.
• Low Transaction Fees: The network’s efficient design minimizes costs, making DeFi accessible to a broader audience.
Accurate and real-time data is the foundation of DeFi applications, and Supra’s hybrid oracle solution provides:
• Tamper-Proof Price Feeds: Critical for AMMs, lending platforms, and derivatives trading.
• Dynamic Interest Rates: Accurate data enables adaptive protocols for lending and borrowing, improving capital efficiency.
• Insurance and Risk Management: Secure oracles underpin decentralized insurance models and collateral risk assessments.
Supra’s ecosystem supports the development of next-generation DeFi applications, including:
• High-Frequency Trading: Low-latency infrastructure and accurate data streams enable advanced trading strategies.
• Cross-Chain Yield Farming: Unified liquidity allows users to optimize returns across multiple ecosystems seamlessly.
• Automated Treasury Management: Native automation tools allow protocols to manage treasuries, execute trades, or rebalance portfolios efficiently.
By addressing scalability, interoperability, and data reliability, Supra positions itself as a hub for both institutional and retail participants:
• Institutional-Grade Performance: Supra’s fast finality, robust security, and cross-chain capabilities meet the stringent requirements of financial institutions.
• User-Centric Accessibility: Low fees, developer-friendly infrastructure, and seamless UX make DeFi more appealing to everyday users.
Supra L1’s cutting-edge infrastructure is purpose-built to enable real-world scalability for DeFi, fostering innovation and adoption across a broad spectrum of financial applications. By addressing the scalability challenges inherent in DeFi protocols, Supra delivers a robust platform that empowers developers to design high-performing dApps capable of operating at global scale. Below are key scenarios illustrating how Supra’s ecosystem is redefining the DeFi landscape.
Supra’s low-latency infrastructure, powered by the Moonshot consensus protocol, facilitates real-time execution of high-frequency trading strategies:
• Ultra-Fast Finality: With commit latency as low as 3 message delays, HFT protocols can execute trades with near-instant confirmation.
• Reliable Oracle Data: Supra’s hybrid oracles ensure that price feeds are accurate and tamper-proof, a prerequisite for successful arbitrage and algorithmic trading.
Supra’s HyperLoop and HyperNova bridging solutions enable yield farmers to access opportunities across multiple blockchain ecosystems:
• Unified Liquidity Pools: Yield farming protocols can aggregate assets across chains, offering users diversified investment options with optimized returns.
• Automated Strategies: Supra’s zero-block delay automation network allows protocols to rebalance portfolios dynamically based on cross-chain market conditions.
Supra’s high throughput and reliable oracle services support dynamic lending and borrowing platforms:
• Accurate Collateral Valuation: Real-time price feeds ensure that loan-to-value ratios remain accurate, reducing the risk of under-collateralization.
• Cross-Chain Lending: Borrowers can seamlessly access funds from liquidity pools on other chains, while lenders can earn returns on assets staked across ecosystems.
Supra’s robust infrastructure supports the creation and trading of synthetic assets tied to real-world or digital commodities:
• Accurate Pricing Models: Oracles provide reliable data for assets like stocks, commodities, and fiat currencies.
• Seamless Asset Creation: Developers can use Supra Containers to deploy specialized protocols for synthetic token minting, ensuring scalability and security.
Supra’s native automation network provides DeFi protocols with tools to manage their treasuries and risks efficiently:
• Pre-Set Execution Rules: Protocols can automate complex actions such as rebalancing portfolios or liquidating positions based on predefined conditions.
• Event-Triggered Responses: Smart contracts can execute transactions based on real-time events, such as price thresholds or macroeconomic data.
Supra’s Supra Containers enable modular and composable DeFi ecosystems:
• Isolated Execution Environments: Developers can deploy dApps in dedicated containers without risking the composability of other applications.
• Parallel Execution: The tribe-clan architecture ensures that multiple dApps can scale simultaneously without performance degradation.
