SECURITY AT A GLANCE
How does DigiPay.Guru secure digital payment infrastructure?
DigiPay.Guru applies layered security controls across applications, APIs, infrastructure, data, user access and software development processes. These controls are supported by security testing, auditability and applicable industry certifications.
Application Security
Authentication, authorization, secure configuration and application-level controls.
API Security
Controls designed to protect API access, requests, integrations and payment workflows.
Data Protection
Encryption and controlled key-management mechanisms.
Infrastructure Security
Network, hosting and infrastructure-level security controls.
Security Testing
SAST, DAST, SCA and penetration testing.
Auditability
Access controls, activity logging and audit trails.
BUILT FOR
Security built for financial infrastructure providers
Banks
Protect digital banking and payment infrastructure while supporting enterprise security and vendor assessment requirements.
Learn moreFintechs
Build and scale payment, wallet and financial products with security integrated into the platform architecture.
Learn morePSPs & Payment Institutions
Secure payment APIs, transaction workflows, integrations and operational access.
Learn moreMTOs & MSBs
Support secure money-transfer infrastructure, customer access and transaction processing.
Learn moreDigital Wallet Providers
Protect wallet applications, APIs, customer information and financial transactions.
Learn moreTelecom & MNOs
Support secure mobile-money and financial-service infrastructure.
Learn moreRISK LANDSCAPE
Payment infrastructure has more than one security risk
A payment platform has to protect more than an application login. Security must address the application, APIs, financial transactions, sensitive data, privileged access, infrastructure and software supply chain.
ARCHITECTURE
A layered security architecture for payment platforms
Every layer enforces independent security controls to ensure total defense-in-depth across the platform lifecycle.
Application security controls
Authentication
Identity verification through authentication mechanisms, with multi-factor authentication applied where applicable.
Authorization
Authorization determines what an authenticated user is permitted to access or perform.
Role-Based Access Control
RBAC helps restrict functionality and resources according to assigned roles and permissions.
Password Hashing
Passwords are protected using hashing mechanisms rather than reversible encryption.
API SECURITY
Payment API security
APIs connect payment infrastructure with applications, partners and financial services, making API authentication, authorization, validation and monitoring important parts of the security architecture.
DATA PROTECTION
Protecting sensitive financial data
Financial platforms process sensitive customer and transaction information, so data protection requires controls across transmission, storage and cryptographic key management.
Encryption in Transit
Data moving between systems is protected using TLS. Currently supported versions are confirmed as part of a technical review.
Encryption at Rest
Stored sensitive data protection mechanisms are confirmed as part of a security architecture review.
Key Management
Key generation, secure storage, access and rotation practices — including HSM usage where applicable — are detailed during technical evaluation.
Infrastructure security
Covers the hosting environment, network security, encrypted communication, VPN access, infrastructure access controls, environment separation and monitoring.
SECURE DEVELOPMENT
Secure software development lifecycle (SDLC)
Security is integrated into the software development lifecycle
SAST
Finds security weaknesses in source code before release.
DAST
Tests running applications from an external perspective.
SCA
Identifies vulnerabilities in third-party and open-source dependencies.
Penetration Testing
Independent, controlled security testing of the platform.
Application Risk
Application security aligned with common web application risks
| Security Risk | Relevant Control |
|---|---|
Broken access control | RBAC / authorization |
Authentication failures | Authentication / MFA |
Injection | Secure coding / testing |
Security misconfiguration | Configuration controls |
Vulnerable components | SCA |
Logging failures | Audit logs / monitoring |
💡 DigiPay.Guru Security Insight
OWASP is a reference framework used to guide application security practice — it is not a certification DigiPay.Guru holds or claims.
ACCESS & AUDITABILITY
Control who can access what — and maintain an audit trail
SECURITY TESTING
Continuous security testing and vulnerability management
Certifications & Assurance
Security and compliance assurance
The frameworks below inform DigiPay.Guru's security and compliance program. Current certification or attestation status, and the exact scope each covers, is confirmed with our security team as part of enterprise due diligence.
PCI SSF
A framework addressing the security of payment software throughout its lifecycle.
SOC 2 Type II
An attestation addressing controls over a period of time, relevant to security and availability.
ISO 27001
An information security management system standard.
DEFINITIONS
Security controls and compliance serve different purposes
Buyer Framework
What should you evaluate before choosing a payment infrastructure provider?
WHY DIGIPAY.GURU
Security designed into the payment infrastructure
Security Across the Stack
Security Testing
Enterprise Assurance
Auditability
Financial Infrastructure Context
REAL-WORLD EXPERIENCE
Security in real financial-service deployments
BUSINESS REQUIREMENT
Digital wallet and mobile money infrastructure operating under applicable regulatory and security expectations.
SECURITY CONSIDERATIONS
Access management, transaction controls, API security, auditability and data protection were addressed as part of the deployment.
Specific customer and implementation detail is shared during enterprise due diligence, subject to confidentiality requirements.
EXPERT PERSPECTIVE
DigiPay.Guru's approach to payment infrastructure security
"In payment infrastructure, security cannot be treated as a single application feature. The security model needs to consider the full transaction lifecycle — from authentication and API access through data protection, operational controls, monitoring and auditability."
Decision Framework
How to evaluate security when selecting payment infrastructure
A framework you can use to evaluate any provider — not a self-scored rating.
| CRITERIA | WEIGHT | WHAT TO ASK FOR AS EVIDENCE |
|---|---|---|
| Certifications | HIGH | Current certificate / attestation scope and validity dates |
| Application security | HIGH | Authentication, authorization and RBAC model |
| API security | HIGH | API authentication, validation and monitoring controls |
| Data protection | HIGH | Encryption and key management approach |
| Security testing | HIGH | SAST / DAST / SCA / penetration testing evidence |
| Auditability | HIGH | Audit trail and logging capability |
| Infrastructure | MEDIUM | Hosting, network and infrastructure controls |
| Implementation | MEDIUM | Onboarding and integration security requirements |
| Documentation | MEDIUM | Available due-diligence documentation |
| Support | MEDIUM | Ongoing security support and disclosure process |
Evaluate DigiPay.Guru for your security requirements
Planning a digital wallet, payment, remittance or other financial-service platform? Discuss your security, architecture and integration requirements with the DigiPay.Guru team.
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