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Secure software and high availability, designed from the first sprint
Zero-Trust, OWASP Top 10 hardening in every release and a pipeline that blocks vulnerable dependencies. Encryption and isolation inside your VPC.
What we solve
- 01
Security is reviewed at the end, when fixing it costs more.
Zero-Trust and OWASP Top 10 hardening from the first sprint.
- 02
A vulnerable dependency reaches production without anyone noticing.
Code analysis and dependency scanning that block the pipeline.
- 03
A client’s security questionnaire stalls the deal.
Documented technical controls as the basis for answering it.
Verifiable controls from this very site.
This list comes from the site's automatic measurement at build time: security headers, consent signals and third-party loads. It includes what is still pending hardening.
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What you receive
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Documented technical controls
Encryption, VPC isolation and access traceability, in writing.
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Pipeline with code analysis and dependency scanning
Deployment stops if a known vulnerability shows up.
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Remediation plan for third-party findings
We fix in code and architecture what an external firm finds.
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Access matrix
Who can do what in each system, with the least privilege needed.
Technical focus: Zero-Trust architecture from the first sprint · OWASP Top 10 hardening in every release · SAST and dependency scanning that block the CI/CD pipeline · Encryption at rest and in transit, and VPC isolation · Guardrails and DLP for AI deployments · Remediation of findings delivered by an external firm · Documented technical controls for vendor questionnaires · High availability with SLA 99.9%
What is Zero-Trust architecture?
Zero-Trust is a security model in which no user, service or network is trusted by default: every access is verified and limited to the minimum needed. It reduces the possible damage if a credential or a component is exposed.
Your infrastructure. Your data. Your source code.
It is the fourth principle of the FutureProof guarantee: decoupled architecture and data sovereignty.
Your infrastructure
We deploy inside your company's private cloud (VPC), with network isolation and encryption at rest and in transit.
Your data
Your corporate data resides in your private cloud. Agents and RAG work on it inside that perimeter, with guardrails and DLP for AI.
Your source code
The code we build resides in your private cloud and follows open protocols such as MCP. No vendor lock-in: a new model or provider is swapped through configuration.
How it is used in each way of working
Questions about Security & Reliability
What security credentials do you hold?
We hold a current CyberVadis certification and apply OWASP Top 10 best practices in every release.
What exactly does the security capability cover?
The security of what we build: Zero-Trust architecture, OWASP Top 10 hardening in every release, code and dependency analysis in the pipeline, encryption and VPC isolation, and guardrails for AI. The independent audit is done by a specialized firm; we fix what it finds.
Can you remediate the findings of an external audit?
Yes. We receive the findings delivered by a security firm and remediate them in the code and in the architecture.
Can you help me answer a vendor's security questionnaire?
On the technical side, yes. We deliver documented technical controls (encryption, VPC isolation, access traceability, code and dependency analysis in the pipeline) that serve as a basis for answering the vendor questionnaires of your customer or your procurement team.
Where does my data live?
In your own private cloud (VPC), with encryption at rest and in transit and access traceability.
Can I change cloud provider or AI model later?
Yes. We design decoupled architectures on open protocols such as MCP, with no vendor lock-in: if a new model comes out or you change provider, the system switches through configuration without rebuilding the platform. The code and data reside in your private cloud.
How is the data an AI agent uses protected?
With guardrails and DLP for AI, protection of prompts and RAG data, isolation in your VPC, and encryption at rest and in transit.
Shall we start with Security & Reliability?
A person on our team will reply.