Stablecoin Development Company
Pharos Production, Stablecoin development services
dApp Projects Launched
Years in Business
Blockchains Integrated
Top-class Engineers
Our Blockchain Technology Stack
Let’s ensure your project meets global software development and security standards.
Cybersecurity Act (Regulation (EU) 2019/881)
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What: Establishes an EU-wide cybersecurity certification framework.
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Applies to: Software and services that want to demonstrate security compliance.
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Key points: Certification levels: basic, substantial, high.
NIS2 Directive (Directive (EU) 2022/2555)
- What: Enhances cybersecurity across sectors deemed critical (e.g. healthcare, finance).
- Applies to: Software used in critical infrastructure and essential services.
- Key points: Risk management, incident reporting, business continuity.
Accessibility Standards (EN 301 549)
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What: Defines requirements for accessible software and websites.
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Applies to: Public sector digital services and some private sector offerings.
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Key points: WCAG 2.1 alignment, assistive technology support.
ISO/IEC 27001 (Information Security Management System – ISMS)
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What: International standard for managing information security risks.
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Applies to: Any organization aiming to implement an information security management system.
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Key points: Risk assessment, access control, incident response, continuous improvement, documentation.
HIPAA (Health Insurance Portability and Accountability Act – US law)
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What: U.S. law protecting medical data privacy and security.
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Applies to: Software handling Protected Health Information (PHI) for U.S.-based healthcare entities.
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Key points: Data encryption, audit logging, access controls, breach notifications, business associate agreements.
GDPR
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What: Regulates how software handles personal data.
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Applies to: Any software processing personal data of EU citizens.
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Key points: Data protection by design/default, consent management, user rights (access, erasure, etc.).
Digital Services Act (DSA) and Digital Markets Act (DMA)
- What: Regulates online platforms and gatekeepers.
- Applies to: Software used in digital marketplaces, platforms, or large online services.
- Key points: Transparency, accountability, user rights, interoperability.
PCI DSS (Payment Card Industry Data Security Standard)
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What: Security standard for handling credit and debit card transactions.
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Applies to: Any software or organization that stores, processes, or transmits cardholder data.
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Key points: Network segmentation, encryption, regular audits, access controls, vulnerability management.
ISO 14001:2015 (Environmental Management System – EMS)
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What: Standard for improving environmental performance.
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Applies to: Organizations seeking to minimize environmental impact.
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Key points: Sustainability, resource efficiency, waste reduction, legal compliance, lifecycle perspective.
DORA (Digital Operational Resilience Act – EU)
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What: EU regulation for ensuring operational resilience in the financial sector.
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Applies to: Financial institutions, ICT providers, and software vendors serving them.
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Key points: Risk management, ICT incident reporting, third-party monitoring, penetration testing, business continuity.
Are you looking for a stablecoin development company?
What is the cost of Stablecoin development?
Stablecoin Development Cost
The ultimate cost of your Stablecoin solution development is defined by a number of factors:
Cooperation Model
Project Duration
Team Size
Team Composition
Scope of Work
Level of Specialists
We expertly customize expenses to align with your financial capabilities, ensuring you avoid hidden costs through our streamlined processes.
Team Assembly
1-2 weeks
We’ll assemble an entire project team with the perfect blend of skills and experience to start the work.
01
MVP Development
3-5 months
We’ll design, build, and launch your MVP, ensuring it meets the core requirements of your Stablecoin solution.
02
Full Development
5-12 months
We’ll develop a comprehensive Stablecoin solution tailored to meet your exact specifications.
03
Continuous Support
Our team will be right there with you, keeping your Stablecoin solution running smoothly, fixing issues, and rolling out updates.
04
Pharos Production, a Stablecoin Development Company
What distinguishes a stablecoin development company from general blockchain developers
A stablecoin development company creates digital currencies tied to stable assets, ensuring consistent value and usability. This focus entails a deeper understanding of financial mechanics, regulatory frameworks, and precision in smart contract design. The goal is always to create reliable assets suitable for global usage and integration into fintech ecosystems.
How do stablecoin development services ensure regulatory compliance
These services embed compliance from the ground up by integrating tools like identity verification and transaction tracking. Development teams understand the regional regulations and ensure that all mechanisms respect the laws governing stablecoin issuance and circulation. This helps projects operate safely within different financial environments.
What types of assets can back a stablecoin
Stablecoins can be linked to fiat currencies, commodities, or crypto collateral. Each option offers a different balance of trust, volatility, and accessibility. Developers work with stakeholders to determine which model matches their use case and risk tolerance.
How does the development process of a stablecoin typically unfold
It begins with defining the purpose and choosing the right blockchain environment. Developers design smart contracts, set rules for minting and burning, and embed risk controls. After rigorous testing, the stablecoin is deployed and monitored for performance.
Can stablecoins be integrated into existing financial systems
Stablecoins can seamlessly connect with fintech platforms, online marketplaces, and even legacy banking infrastructure. Their digital nature allows API-based integration that supports real-time settlements and new user experiences. This makes them attractive for businesses seeking modern payment rails.
What are the security measures involved in stablecoin development
Security in stablecoin development encompasses thorough smart contract auditing, robust access control mechanisms, and robust backup protocols. Stablecoin infrastructure often includes governance logic to handle emergency upgrades or unexpected behavior. These measures prevent exploits and support long-term viability.
How do stablecoins maintain their peg to the backing asset
Stablecoins can use fully collateralized reserves or dynamic algorithms to stabilize their value. Asset backing is monitored continuously, and some solutions involve third-party audits or real-time transparency dashboards. The approach is chosen based on project goals and regulatory alignment.
What are the benefits of using stablecoins for cross-border transactions
Cross-border payments with stablecoins are faster, more cost-effective, and transparent. They eliminate the friction of bank intermediaries and reduce volatility compared to traditional cryptocurrencies. For global businesses, this leads to predictable settlements and easier cash flow management.
How scalable are stablecoin solutions for growing businesses
Scalability is often built into stablecoin design by choosing high-throughput blockchains and modular architectures. These solutions support transaction spikes and integrate with multiple front-end systems without performance drops. That makes them ideal for growing user bases and real-time services.
Why should a business consider partnering with a stablecoin development company
Working with a dedicated stablecoin development company like Pharos Production ensures that you receive deep domain knowledge, technical expertise, and compliance-aware design. These projects require more than just coding—they need cross-functional expertise to balance trust, performance, and legal requirements.
FAQ
We have gathered all the common questions that our clients frequently ask about Stablecoin development services.
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What happens next?
01
NDA
After processing your request, we will contact you to discuss your project requirements in detail and finalize an NDA to ensure confidentiality.
02
Plan the Goals
After discussing your goals, requirements, and expectations, our team will create a project proposal that includes the scope of work, team size, timeline, and cost estimates.
03
Finalize the Details
We will Google Meet with you to review the proposal and finalize the details.
04
Sign the Contract
We will sign the contract and start working on your project right away.