[Proposal setup] Proposal title
Please provide your proposal title
DeltaDeFi - Hydra Trading Vault for Liquidity Providers
[Proposal Summary] Budget Information
Enter the amount of funding you are requesting in ADA
200000
[Proposal Summary] Time
Please specify how many months you expect your project to last
8
[Proposal Summary] Translation Information
Please indicate if your proposal has been auto-translated
No
Original Language
en
[Proposal Summary] Problem Statement
What is the problem you want to solve?
Cardano lacks non-custodial strategy vaults using Hydra’s high throughput to channel LP liquidity into Hydra DEX and reward strategy creators, leaving orderbooks thin and yield potential underused.
[Proposal Summary] Supporting Documentation
Supporting links
[Proposal Summary] Project Dependencies
Does your project have any dependencies on other organizations, technical or otherwise?
No
Describe any dependencies or write 'No dependencies'
No dependencies
[Proposal Summary] Project Open Source
Will your project's outputs be fully open source?
No
Please provide details on the intellectual property (IP) status of your project outputs, including whether they will be released as open source or retained under another licence.
The smart contract will be open sourced using Apache-2.0 license.
[Theme Selection] Theme
Please choose the most relevant theme and tag related to the outcomes of your proposal
DEX
[Campaign Category] Category Questions
Describe what makes your idea innovative compared to what has been previously launched in the market (whether by you or others).
First Hydra-based Trading Vault on Cardano
- No current Cardano protocol lets liquidity providers (LPs) stake into a non-custodial vault that trades via a Hydra-based orderbook DEX and returns strategy PnL back to them.
Hydra Latency for Real High-Frequency Trading Strategies
- Most Cardano DeFi today is L1 AMMs or basic orderbooks. Our vault is designed specifically for Hydra’s low-latency environment so strategies can quote and rebalance at CEX-like speed while keeping non-custodial.
Two-sided Marketplace: LPs + Strategy reators.
- Instead of a single “house” market maker, the architecture allows: (1) LPs to plug in liquidity and get passive exposure to quant strategies; (2) Vault owners / pro traders to deploy algorithms and earn a share of profits as portfolio managers.
Non-custodial, contract-enforced risk layer
- LP capital sits in a smart-contract vault with clear rules on deposits, withdrawals. The off-chain trading vault can only act within those constraints, giving stronger guarantees than CEX copy-trading.
Builds on, but is distinct from, previous DeltaDeFi work
- Eariler completed Catalyst work in F11 and F12 work focused on the Hydra DEX infrastructure iteself. This proposal adds a new DeFi primitive on top: the trading vault, vault APIs, and UI/UX for LPs and strategy creators. We will not re-fund already delivered DEX components
Roadmap towards permissionless strategy vaults
- The F15 prototype focuses building a Hydra trading vault prototype on Cardano with a sample trading algorithm, but is designed with a documented interface so future versions can onboard external strategy builders in a permissionless way.
Describe what your prototype or MVP will demonstrate, and where it can be accessed.
By the end of the project the MVP will demonstrate an end-to-end Hydra trading vault on Cardano preproduction testnet, integrated with the DeltaDeFi DEX:
On-chain Smart Contracts
- Vault contract that validate LP deposits and withdrawals
Vault Frontend, Vault Backend, Hydra & DeltaDeFi API Integration
- LP user can connect a Cardano wallet (preprod testnet), deposit into a trading vault, see confirmations and view their PnL and share of the vault
- A sample trading algorithm will be deployed to the vault to trade on DeltaDeFi
Access points for the community
- A public cardano preprod testnet web application where users can try the vault with test assets
- Public GitHub repository containing the open-source smart contracts
- GitBook documentation and a walkthrough so that liquidity providers can easily follow and provide their liquidity to the vault and earn a share of the profit with the vault owner.
This MVP shows that a non-custodial Hydra strategy vault can realistically channel LP liquidity into DeltaDeFi's orderbook and run trading strategies, even in preproduction testnet setting.
Describe realistic measures of success, ideally with on-chain metrics.
We will track success using on-chain activity, trading usage, and liquidity providers' adoption.
On-chain (Cardano preproduction testnet)
- Mainnet-ready smart contract deployed and documented
- 50 unique wallet address interacting with the sample trading vault (deposit or withdraw)
Trading activity on Hydra (Testnet)
- A sample strategy running for at least 1 week without criticl downtime
- 500 trades executed by the sample vault strategy on the DeltaDeFi during testing
User engagement
- At least 50 LP testers providing feedback via Discord
All of the above metrics will be summarised and linked in Project Close-out Report so the community can independently verify impact.
[Your Project and Solution] Solution
Please describe your proposed solution and how it addresses the problem
We propose to design, implement and pilot a Hydra Trading Vault integerated with the DeltaDeFi DEX - a non-custodial trading vault that channels LP liquidity into a Hydra DEX and shares profits between liquidity providers and trading strategy creators.
How the solution works:
Vault Smart Contracts on Cardano
- Vault contract(s) validates deposits and withdrawals from Liquidity Providers (LPs)
- Safety checks and accounting logic protect user funds: no over-withdrawals, clear balance tracking, and controlled settlement of PnL and fees
- These contracts, tests and specifications will be published under an open-source licence so other builders can inspect, reuse or extend them.
Hydra-aware Vault Backend and Strategy Execution Engine
- The vault backend exposes APIs to build and submit deposit/ withdrawal transactions and to query vault state (TVL, Number of LPs, PnL, etc.)
- The same service integrates with DeltaDeFi’s Hydra trading core to place, amend and cancel orders and to record fills back into vault PnL.
- A trading algorithm will be deployed: it reads market data from the Hydra orderbook, reacts at low latency, and trades according to predefined rules and risk limits.
- Catalyst funds are used solely for building this infrastructure; all trading capital used in the vault will come from non-Catalyst sources.
Vault UI and LP / strategy-creator experience
- A web frontend lets LPs connect a Cardano wallet on preproduction testnet, browse available vaults, see key metrics (TVL, 30-day PnL, number of LPs, etc.), and initiate deposit / withdraw flows.
- Strategy creators (initially the DeltaDeFi team) can configure a vault, plug in their algorithm, and earn a share of profits as portfolio managers.
- The UX will follow patterns users know from copy-trading / vault products, but everything is executed non-custodially on Cardano and Hydra.
Deployment, testing and documentation
- All components will be deployed on Cardano preproduction testnet with a hydra test environment integrated with the DeltaDeFi DEX
- We will prepare and initiate an external or community-driven audit of the smart contracts.
- A GitBook, architecture diagrams and a walkthrough video will document how the vault works and how others can test it.
How this addresses the problem:
- It creates a non-custodial trading vault specifically designed for Hydra’s high throughput, something that does not exist on Cardano today.
- It gives LPs a clear mechanism to provide liquidity to a professional trading strategy on DeltaDeFi and potentially earn passive yield.
- It gives strategy creators a programmable, on-chain way to run their algorithms and earn management / performance fees without running a custodial fund.
- It directly deepens DeltaDeFi’s orderbook liquidity by concentrating LP funds into strategies that are active on the Hydra DEX, rather than leaving liquidity fragmented or idle.
[Your Project and Solution] Impact
Please define the positive impact your project will have on the wider Cardano community
This project is designed to create impact on three levels: liquidity & users, developers & builders, and the Hydra ecosystem.
Liquidity and users:
Liqudity and Users
Deeper DeFi liquidity on Cardano
- By funnelling LP deposits into active trading strategies on DeltaDeFi, the vault prototype aims to increase resting liquidity and quote density on a Hydra-based orderbook. Tighter spreads and thicker books benefir all traders interacting with the DEX
New Passive Yield Path for Liquidity Providers
- Many LPs want exposure to professional trading strategies without giving up custody to a CEX or professional traders. The vault provides a blueprint for a non-custodial, contract-enforced way for LPs to back vetted strategies. This broadens the DeFi product set on Cardano beyond AMM farming and simple staking.
Transparent profit-sharing between LPs and strategiests
- Strategy creators can earn portfolio-management profit without running opaque off-chain structures
- This encourages skilled traders and quants to build on Cardano rather than only on centralized venues.
Developers and Builders
Reusable building block for Hydra-based DeFi
- The open-sourced vault contracts and documented architecture will give other teams a concrete example of:
- how to structure non-custodial vaults
- how to connect L1 contracts with Hydra-based trading engines
- This can reduce time-to-market for future vaults, structured products, automated market makers, or DAO-managed strategies that want to leverage Hydra.
Hydra and Scaling Ecosystem
Another Practical Demonstration of Hydra Utility
- Except for the mainnet launch of DeltaDeFi DEX earlier on Cardano Summit 2025, this project shows another concrete use case where its low latency and high throughput are essential: high-frequency orderbook trading strategies that can’t run purely on L1.
Signal to the Broader Industry
- A working Hydra trading vault integrated with a DEX demonstrates that Cardano can support sophisticated market infrastructure similar to what exists on centralized exchange platforms, but with non-custodial guarantees.
How We will Measure and Share Impact
- We will track and publish metrics such as: number of unique wallets using the vault, deposit/withdraw transactions, number of trades executed by the vault strategy, and notional testnet volume.
- Results, code and documentation will be shared via:
- GitHub repositories,
- A Public GitBook,
- The DeltaDeFi Discords, X accounts, and community calls, and
- The official Catalyst Close-out Report and Video.
This ensures that both technically-minded builders and everyday community members can see how the vault works, test it with preproduction assets, and evaluate whether it should evolve into a larger ecosystem primitive.
[Your Project and Solution] Capabilities & Feasibility
What is your capability to deliver your project with high levels of trust and accountability? How do you intend to validate if your approach is feasible?
Capability & accountability:
- Catalyst Delivery: Successfully completed:
- [1100111] DeFi Evolution: Pioneering High-Frequency Trading on Cardano (Resarch and ideation on a general HFT Framework for the Cardano Blockchain to enable initial foundational groundwork for later development)
- [1200097] DeltaDeFi: Pioneering High-Frequency Trading on Cardano (Launch an MVP of High-Frequency Trading DEX on Cardano Preproduction Network)
- [1200096] DeltaDeFi - Open Source Libraries for High Frequency Trading (Develop SDKs and trading bot with demo videos & sessions to onboard HFT trading on Cardano)
- Deep, directly relevant technical expertise on Cardano, Hydra and Trading Engine
- Experienced core team for this proposal
- Hinson Wong, CFA – Co-Founder, Chief Executive Officer. Will lead product design, roadmap of the trading vault. Led the product design (including smart contract design) and roadmap of prior DeltaDeFi related catalyst proposals.
- Jackal Leung - Co-Founder, Chief Technology Officer. Will lead the solution architecture and implementation of the trading vault project. Led the solution architecture and implementation of prior DeltaDeFi related catalyst proposals.
- Anson Chui, CISSP - Co-Founder, Chief Operating Officer. Will lead Budget & Security Oversight of the trading vault project. Ensured delivery within budget and implemented security controls on the DeltaDeFi platform.
- Neal Lam - Co-Founder, Chief Marketing Officer. Will lead user acquisition and track adoption KPIs. Led public communications (docs updates, blog/X threads, Discord), coordinates integration spotlights with ecosystem partners.
- Community Presence and Transparency
- DeltaDeFi already has an active community of early users and testers, engaged via Discord, X and pre-mainnet trading challenges. The latest mainnet release post on X has managed to capture over 280k views; 350 reposts, 800 likes, and 96 comments (https://x.com/DeltaDeFi/status/1988532348724425015?s=20))
- We have been awarded as the second place at Battle of Builders 2024 at annual Cardano Summit (https://x.com/Cardano_CF/status/1849528862272606422))
- We share regular progress updates, incident reports, and technical deep dives publicly, which helps build trust and makes our Catalyst work easy to follow.
[Milestones] Project Milestones
Milestone Title
Preparation and Organization Setup
Milestone Outputs
Objective: Establish a solid foundation for the project by setting up the necessary infrastructure, assembling the team, and defining project management practices.
Team Formation
- Set up legal and administrative frameworks
- Core team members confirmed
Project Management Tools Setup
- Establishment of project management tools and systems to organize and track project progress
Acceptance Criteria
Team Formation Completed
- A responsible legal entity for the project is clearly identified and publicly stated
All core team members confirmed. A list of team members will be provided
Project Management Tools Established
- Google sheet or Github set up for project management, display the tasks and the status of tasks (Not started, In progress, Complete, Backlog). Tasks and roles will be assigned to team members and displayed publicly
- Set up backend service hosting account
- Set up Github link for DeltaDeFi
Evidence of Completion
Team Formation
- Legal entity established. A public link or screenshot will be provided to view the legal entity established.
- A list of core team members with roles will be provided with a public link on DeltaDeFi dedicated Discord Channel
Project Management Tools Setup
- Google sheet or Github will be set up. A public link will be provided and announce in DeltaDeFi Discord Server.
- A screenshot of the backend service hosting account will be provided. (NOTE: Billing details, and address will be hidden as payment details are highly confidential and we are avoiding all the potential risks of scams or fraud)
- Github link of DeltaDeFi will be provided
Delivery Month
1
Cost
25000
Progress
10 %
Milestone Title
Technical Architecture and Design
Milestone Outputs
Objective: Confirm the initial draft on technical architecture. The key is to have a design safeguarding users' fund in the vault, while allowing smooth user experience in depositing and withdrawal and earn rewards. Besides, the vault owner can also easily deploy the trading strategy on the trading vault.
Design Technical Architecture
- Detailed documentation of the system architecture, including both off-chain and on-chain components
- Comprehensive diagrams illustrating the architecture, data flow, and component interactions
Design Smart Contract
- Detailed logic and structure if the smart contracts, including pseudocode and flow designs
- Specifications for smart contract functions and interactions with the DeltaDeFi platform
UI/UX Design Documentation
- Initial wireframes and mockups detailing the user interface and experience of the platform
Acceptance Criteria
Clear and Understandable Diagrams
- All architecture and design diagrams should be clear, and well-labeled
- Diagrams represent the system's structure and data flow
Technical Architecture Document Completed
- The document should cover the system architecture, including detailed diagrams and descriptions of the on-chain and off-chain component
Full Documentation on Smart Contract Logic
- The document should provide a description of the smart contract logic and structure
UI/UX Design Documentation
- The documentation should include wireframes and mockups
There should be documentation in the relevant documentation illustrating how the design can fulfil the key objectives shown in milestone outputs
Evidence of Completion
- Flow diagram on smart contract logic. A public link will be provided (Either Github or Gitbook or Doc whichever is more convenient)
- Technical architecture document completed and reviewed. A public updated Gitbook documentation on the technical architecture
Delivery Month
1
Cost
35000
Progress
30 %
Milestone Title
MVP Smart Contract Development & Open Source
Milestone Outputs
Objective: Design and develop DeltaDeFi Cardano smart contracts
Smart Contract Development
- Develop smart contract soure code to validate deposit and withdrawal request from the vault
Smart Contract Specification Document
- Overview of the smart contracts and script specification
Open Source Repository
- Public Github repository with the smart contract source code and basic documentation
Audit Engagement
- Complete the preparation for either a commercial audit or a community
Acceptance Criteria
Smart Contract Development
- The smart contract should validate deposit and withdrawal request by user
- Functional source code with comments and documentation
Smart Contract Specification Document Completed
- The document provides an overview of smart contracts and script specification
Open Source Repository Created
- Repository is publicly accessible on GitHub with relevant files and basic documentation
Audit Engagement
- Approach commercial auditors or initiate community-driven audit to ensure basic security and correctness
Evidence of Completion
Smart Contract Source Code
- Evidence: URL to the public GitHub Repository
Smart Contract Specification Document
- Evidence: URL to the public specification document on GitHub or GitBook
Open Source Repository
- Evidence: URL to the public GitHub repository
Audit Engagement Evidence
- Commercial Audit Evidence: Screenshots of email conversations with dates and parties public. Screenshots will be provided. Confidential information such as billing address, billing account etc., depending on the confidential agreement that is going to be signed between both parties.
OR
- Community Audit Evidence: Publicly announce the initiation of community-driven audit in Discord channel of the DeltaDeFi Discord Server. Screenshot of the announcement will be provided. URL of the announcement will be provided.
Delivery Month
2
Cost
40000
Progress
50 %
Milestone Title
Hydra Trading Vault Backend Development
Milestone Outputs
Trading Vault API Design and Development
- API endpoints for building and submitting deposit/ withdrawal transactions
- API endpoints to fetch vault state (TVL, historical PnL, etc.)
DeltaDeFi Core API Integration with Trading Vault
- Service that can submit orders from the vault to DeltaDeFi on Hydra
- Basic monitoring of order status and fills
Trading Algorithm Deployment in the Trading Vault
- Read market data from DeltaDeFi/ Hydra
- Executed trades according the deployed trading algorithm using vaulted-controlled capital
API specification (OpenAPI/Swagger or equivalent) for Vault API
Acceptance Criteria
Working API Endpoints for Depositing and Withdrawing Liquidity into/ from the Trading Vault
- API endpoints should be available for depositing and withdrawing liquidity into/ from the Trading Vault on cardano preproduction network and Hydra testnet
Successful Sample Trading Algorithm Deployment in the Trading Vault
- An sample trading algorithm can be deployed in the trading vault and facilitate trading in DeltaDeFi according to the logic of the trading algorithm
API documentation shows all necessary API endpoint and their usage
Evidence of Completion
- Url to OpenAPI/ Swagger API documentation
- Logs/ screenshots showing successful test trades of the trading vault on DeltaDeFi
- Logs/ screenshots showing postman (or similar API testing tool) API request and response for validating the API endpoints for depositing and withdrawing liquidity into/ from the Trading Vault
Delivery Month
2
Cost
50000
Progress
70 %
Milestone Title
Frontend Vault UI & LP Dashboard
Milestone Outputs
Website Frontend that allows users to:
- Connect a Cardano wallet,
- Initiate deposit and withdrawal requests to the trading vault,
- See transaction status/ confirmations
- Assess the information and performance each vault
Acceptance Criteria
The Frontend should show below:
Vault Listing & Detail Pages showing, for each vault:
- Name of the trading vault,
- Total Liquidity (TVL)
- Overall ROI % and PnL in USD (30d),
- Number of liquidity providers,
- Vault owner PnL (30d),
- Liquidity Providers (subscriber of the trading vault) PnL (30d)
Basic risk & info section (disclaimers, strategy description)
Evidence of Completion
Website Frontend Development and Deployment
Public URL for testnet frontend with mocked data
Delivery Month
1
Cost
20000
Progress
80 %
Milestone Title
Application Deployment, Integration and Final Reporting
Milestone Outputs
Smart Contract Deployment
- Deploy the developed smart contracts on the Cardano preproduction testnet
Integrated Stack
- Integrate vault frontend with vault backend, vault smart contract, and DeltaDeFi
- Ensures the vault frontend website is functional and interacts correctly with other integrated components
Final Close-out Report and Video
- Final close-out report
- Final closeout video
Acceptance Criteria
Smart Contract Deployment Completed
- Smart contracts are deployed and operational on the Cardano perproduction testnet
Vault Backend and Frontend Fully Integrated
- The backend services are integrated with the deployed smart contracts, and the frontend website is functional
- Vault User can perform necessary actions through the website that interacts with the backend and smart contracts
Documentation
- Gitbook documentation should illustrate the end-to-end user story of the trading vault clearly
Close-out Report and Video Submitted according to Catalyst Requirements
Evidence of Completion
Smart Contract Deployment
- Transaction IDs or links to the smart contracts on the Cardano preproduction testnet
- Screenshots or logs showing successful deployment
Backend and Frontend Integration
- Video demonstrating the integration between the frontend and backend
- URL to the frontend will be public and provided
Documentation
- URL to the gitbook documentation will be public and provided
Final Close-out Report and video
- URL to the final close-out report
- URL to the final closeout video
Delivery Month
1
Cost
30000
Progress
100 %
[Final Pitch] Budget & Costs
Please provide a cost breakdown of the proposed work and resources
Total budget: 200,000 ADA
Most of the budget funds core engineering (smart contracts, backend, frontend, Hydra integration), with the rest covering infra, product management, documentation and close-out.
Milestone 1 – Preparation & Organization Setup — 25,000 ADA
10,000 ADA – Project coordination & onboarding
- Team alignment, detailed scoping, setting up public project board, repos and communication channels.
8,000 ADA – Environment & tooling setup
- Backend hosting accounts, security baseline, wallet/testnet configurations.
7,000 ADA – Initial documentation & governance
- Definition of roles, delivery plan, success metrics and reporting structure for later milestones.
Milestone 2 – Technical Architecture & Design — 35,000 ADA
17,000 ADA – System & Hydra architecture
- End-to-end design for vault contracts, backend services and DeltaDeFi Hydra integration; diagrams
13,000 ADA – Smart contract design
- State machines, interfaces, fee logic and risk rules (deposit/withdraw flows, settlement, safety constraints).
5,000 ADA – UI/UX design
- Wireframes and flows for vault listing, detail pages, LP dashboard and deposit/withdraw screens.
Milestone 3 – MVP Smart Contract Development & Open Source — 40,000 ADA
20,000 ADA – Contract implementation & tests
- Vault contracts (deposits, withdrawals, share token, fee logic, safety checks) plus unit/property tests and CI setup.
10,000 ADA – Specs & developer docs
- Script specifications, interface docs, examples and README for open-source repo (GitHub / GitBook).
10,000 ADA – Audit preparation & engagement
- Packaging code and docs, defining audit scope, engaging commercial or community auditors and incorporating initial feedback.
Milestone 4 – Hydra Trading Vault Backend Development — 50,000 ADA
25,000 ADA – Vault backend APIs
- Services to build/submit deposit & withdrawal transactions and expose vault state (TVL, PnL, etc.).
15,000 ADA – DeltaDeFi Hydra integration & PnL engine
- Order routing to the DeltaDeFi Hydra DEX, tracking fills, and accounting logic to update vault PnL.
10,000 ADA – Reference strategy & monitoring
- Implementing a sample trading algorithm, risk limits, logging and monitoring for strategy behaviour.
Milestone 5 – Frontend Vault UI & LP Dashboard — 20,000 ADA
12,000 ADA – Frontend implementation
- Wallet connection, vault listing/detail pages, deposit/withdraw flows and transaction status views.
5,000 ADA – LP dashboard & risk disclosures
- Performance charts, PnL breakdown, fee visibility and clear risk/education content.
3,000 ADA – Testing & UX refinement
- Cross-browser testing, usability fixes and polish based on early user feedback.
Milestone 6 – Deployment, Integration & Final Reporting — 30,000 ADA
12,000 ADA – Testnet deployment & operations
- Deploy contracts on Cardano preproduction testnet, configure Hydra test environment, and run the public pilot.
8,000 ADA – Integration support & tuning
- Final bug-fixing, performance tuning, and support during community testing (issue triage, hotfixes).
10,000 ADA – Documentation, close-out report & video
- Final GitBook updates, metrics collection, Catalyst Project Close-out Report, demo video.
[Final Pitch] Value for Money
How does the cost of the project represent value for the Cardano ecosystem?
Strategic investment in trading infrastructure
Funding a Hydra-based strategy vault strengthens Cardano’s trading stack, deepens liquidity on DeltaDeFi, and helps position Cardano as a serious venue for professional and algorithmic traders.
Strong leverage on existing investment
The DEX core, Hydra infra and HFT libraries are already built and largely self-funded. Catalyst funds focus on the new vault layer and integration, not rebuilding the base platform.
No speculative use of funds
Catalyst ADA is never used as trading capital, liquidity, or incentives. It only pays for engineering, infra, testing, documentation and reporting; all market risk is taken by non-Catalyst capital.
Clear, verifiable outcomes
Success is evidenced by deployed vault contracts, a running Hydra vault on preproduction, real users interacting with it, and published on-chain and usage metrics in the close-out report.
[Self-Assessment] Self-Assessment Checklist
I confirm that evidence of prior research, whitepaper, design, or proof-of-concept is provided.
Yes
I confirm that the proposal includes ecosystem research and uses the findings to either (a) justify its uniqueness over existing solutions or (b) demonstrate the value of its novel approach.
Yes
I confirm that the proposal demonstrates technical capability via verifiable in-house talent or a confirmed development partner (GitHub, LinkedIn, portfolio, etc.)
Yes
I confirm that the proposer and all team members are in good standing with prior Catalyst projects.
Yes
I confirm that the proposal clearly defines the problem and the value of the on-chain utility.
Yes
I confirm that the primary goal of the proposal is a working prototype deployed on at least a Cardano testnet.
Yes
I confirm that the proposal outlines a credible and clear technical plan and architecture.
Yes
I confirm that the budget and timeline (≤ 12 months) are realistic for the proposed work.
Yes
I confirm that the proposal includes a community engagement and feedback plan to amplify prototype adoption with the Cardano ecosystem.
Yes
I confirm that the budget is for future development only; excludes retroactive funding, incentives, giveaways, re-granting, or sub-treasuries.
Yes
[Required Acknowledgements] Consent & Confirmation
I Agree
Yes