.svg)
Integración fluida. Seguridad sólida. Crecimiento infinito.
La plataforma en la nube de Flowlity, certificada con ISO 27001, combina conectores ERP preconfigurados, APIs abiertas y microservicios de alto rendimiento para transmitir datos en tiempo real, manteniéndolos cifrados y protegidos… para que puedas innovar sin límites.
Agenda una demo%20(1).webp)
Integración fluida con ERPs y datos
— operativa en cuestión de semanas
Conecta Flowlity a SAP, Oracle, Microsoft Dynamics o cualquier otra fuente de datos mediante nuestros conectores preconfigurados, API o transferencias SFTP. Sin esfuerzos técnicos pesados: solo conecta, sincroniza y empieza a optimizar.
Flowlity's integration with various ERPs
.svg)
Microsoft AX
SAP Software Solutions
Oracle NetSuite
Cegid
Odoo
Sage Intacct
.png)
Integración
Una implementación rápida y fluida.
Alineación de requisitos del negocio
Integración del sistema
Validación de datos y entrenamiento del algoritmo
Onboarding y pruebas de usuarios
Seguridad
Una implementación rápida y completamente segura.
More about Supply Chain Software Security
What is software security (and why it matters for SaaS like Flowlity)?
Software supply chain security refers to the cybersecurity practices and controls used to protect everything that goes into building, delivering, and running software —before it ever reaches the end user.
This includes securing:
- Source code written by development teams, following secure coding principles to ensure strong code security
- Dependencies and open-source components pulled from external repositories
- Code repositories and version control systems
- The CI/CD pipeline, where software is built, tested, and deployed
- Build artifacts, container images, configuration files, and associated metadata
- The runtime environment where applications operate in production
For SaaS platforms like Flowlity—where business-critical planning decisions rely on data accuracy, availability, and trust—securing the supply chain software is a core part of delivering reliable, enterprise-grade product.
Why software supply chain attacks are rising
Over the past few years, software attacks have increased in volume and sophistication. Instead of targeting a single organization directly, attackers now aim at shared components across the software ecosystem.
Common drivers include:
- The widespread use of third-party software and open-source dependencies
- Growing complexity in modern DevOps workflows
- Increased exposure of repositories, APIs, and CI/CD tools
- The injection of malicious code or malware into trusted packages
- Delayed detection and mitigation of known vulnerabilities across interconnected systems
High-profile incidents such as SolarWinds have shown how a single compromised dependency can cascade across thousands of organizations—turning supply chain software into high-impact attack vectors.
What customers should expect from a secure vendor
Choosing a SaaS provider today means evaluating more than features. Customers should expect software vendors to demonstrate a mature approach to software security, including:
- A clearly defined security posture
- Structured risk management across the software development lifecycle
- Preventive and detective controls, including vulnerability management, to limit cybersecurity risks
- Clear incident response processes
- Efficient remediation and continuous improvement mechanisms
At Flowlity, security is not a checkbox—it is a foundational requirement to earn and maintain customer trust.
Flowlity’s security foundation
ISO 27001-aligned security program
Flowlity applies an information security management approach aligned with ISO 27001 principles, covering people, processes, and technology.Security is embedded into our DevSecOps practices, ensuring it is addressed throughout the software development lifecycle (SDLC)—from design to deployment, not added at the end.
Our approach focuses on:
- Risk-based security controls adapted to our product and customer context
- Continuous assessment and improvement of security measures
- Alignment with recognized industry frameworks, such as NIST guidelines, as references for best practices
Secure hosting & data protection
Flowlity is hosted exclusively on Microsoft Azure, with all customer data stored in Azure data centers located in France.
This ensures full compliance with data residency and data sovereignty requirements.
Azure provides an enterprise-grade cloud infrastructure offering:
- High availability and built-in redundancy
- Strong physical security of data centers
- Strictly controlled and continuously monitored access to servers
To further protect customer data, Flowlity applies strict data segregation. Each customer operates on a dedicated and isolated database, ensuring that data is never shared or mixed between clients.
All communications between customer systems and the Flowlity platform are encrypted using SSL/TLS, preventing interception of data in transit.
In addition, data stored in Flowlity databases is encrypted at rest, including backups, to protect against unauthorized access.
Access to customer environments is strictly limited and monitored. Only authorized Flowlity personnel may access these environments, solely for maintenance or support purposes, and with customer agreement.
Securing the software supply chain: best practices we apply
Secure SDLC (Software Development Lifecycle)
Flowlity follows a secure software development lifecycle (SDLC), where security considerations are integrated throughout the design, development, testing, release, and maintenance phases.
This approach ensures that security considerations are addressed early—reducing exposure to vulnerabilities and limiting downstream risk.
DevSecOps in the CI/CD pipeline
Security is integrated into our CI/CD pipeline through DevSecOps-oriented practices.
By embedding security checks into automated workflows, we reduce manual errors while accelerating software delivery.
This balance of automation, DevOps efficiency, and security controls helps maintain a strong security posture without slowing innovation.
Dependency and open source security
Modern software relies heavily on open source software and third-party dependencies. While this accelerates development, it also introduces potential security risks.
To mitigate these risks, Flowlity applies controls across:
- Dependency selection and review
- Awareness of vulnerabilities affecting widely used open-source components
- Regular updates of dependency versions
This reduces exposure to compromised or outdated components within our codebase.
SBOM readiness (Software Bill of Materials)
Transparency is a growing requirement in software procurement.
Flowlity supports SBOM readiness as part of its security governance and transparency approach.
A software bill of materials provides visibility into the software components used, helping customers and security teams:
- Assess third-party risk
- Support compliance and audits
- Strengthen supply chain risk management
Testing coverage
Flowlity applies multiple layers of testing across the development lifecycle, including static and dynamic security testing practices.
These practices help identify security issues early and reduce exposure to vulnerabilities before deployment.
Access control & authentication
Strong authentication and access management are essential to prevent unauthorized access.
Flowlity enforces:
- The principle of least privilege
- Strict permissions management
- Controlled access to repositories, environments, and production systems
This minimizes the attack surface while protecting sensitive data and workflows.
Seamless integration
— without opening new security risks
ERP & data integration architecture (high level)
Flowlity integrates with ERP systems and enterprise tools through secure APIs and controlled data connectors.
Our integration architecture is designed to:
- Minimize the attack surface
- Secure data flows end to end
- Prevent unnecessary exposure of systems and credentials
Security is treated as a core design constraint—not an afterthought.
Implementation in weeks (with controlled rollout)
Flowlity deployments are typically completed in weeks, following a security-by-design onboarding approach that includes:
- Validation of data connections
- Controlled staging environments
- Testing and verification before go-live
- Post-deployment monitoring
This ensures fast time-to-value without compromising security.
Software supply chain security tools: what Flowlity is (and isn’t)
Flowlity is not an application security testing platform or a dedicated SCA / SAST tool.
Instead, Flowlity is a secure supply chain planning software that applies robust software security controls to its platform.
Our solution fits naturally into your existing security ecosystem, working alongside:
- Security teams
- Procurement and vendor risk processes
- Compliance and audit frameworks
This allows customers to benefit from advanced planning capabilities—without introducing new security blind spots.
FAQ
Find everything you need to know right here.
¿Qué es la seguridad de la cadena de suministro digital?
La seguridad de la cadena de suministro digital se centra en proteger el código, los componentes, las herramientas y los procesos utilizados para desarrollar y distribuir soluciones informáticas, garantizando su integridad desde la fase de desarrollo hasta su puesta en producción.
¿Por qué es crítica la seguridad de la cadena de suministro de software?
Porque el software moderno depende en gran medida de código de terceros y de canales de desarrollo y despliegue automatizados, una sola vulnerabilidad puede afectar a miles de organizaciones.
Proteger la cadena de suministro de software permite reducir el riesgo sistémico y limitar el impacto de incidentes de seguridad a gran escala.
¿Cómo pueden las organizaciones mejorar la seguridad de su cadena de suministro de software?
Las organizaciones pueden reforzar la seguridad de su cadena de suministro de software mediante:
- la adopción de prácticas seguras a lo largo del ciclo de vida del desarrollo (ciclo de vida de desarrollo seguro – SDLC),
- la integración de la seguridad en los procesos de desarrollo y operaciones (enfoque DevSecOps),
- una gestión rigurosa de dependencias y componentes de terceros,
- la monitorización continua de vulnerabilidades,
- y la colaboración con proveedores que demuestren una gobernanza sólida en materia de seguridad.
¿Cuáles son los tres tipos de seguridad del software?
A un nivel general, se distinguen tres tipos principales:
- Seguridad de las aplicaciones: protección del código y de las funcionalidades del software frente a vulnerabilidades.
- Seguridad de la infraestructura: protección de los entornos, sistemas y plataformas donde se desarrolla y ejecuta el software.
- Seguridad operativa: protección de los procesos, la gestión de accesos y la respuesta ante incidentes.
