LogixLoops
Zero-trust is not a product you buy at the end. It is a set of decisions made in week one: short-lived credentials, mutual TLS between services, least privilege written per service, and six gates every change passes before it reaches production.
Zero-trust federation using strictly enforced Role-Based Access Controls and continuous authentication.
AES-256 encryption at rest and TLS 1.3 in transit. Bring Your Own Key (BYOK) architecture support.
Architectures designed to meet SOC 2 Type II, HIPAA, GDPR, and ISO 27001 strict regulatory requirements.
Geographically distributed redundancies with sub-minute Recovery Time Objectives (RTO).
No request is trusted because of where it came from. Every call between services is authenticated and encrypted, including calls that never leave your own network. A compromised container reaches only what it was explicitly granted, rather than everything behind the firewall.
In practice that is three things. Short-lived credentials instead of long-lived secrets. Mutual TLS between every internal service. And least-privilege policies written per service, reviewed when the service changes rather than once a year.
We apply the same standard to our own access. Engineers get scoped, time-limited credentials to your environments, every action is logged, and access is revoked at handover. If a compliance auditor asks who touched what and when, the answer is in the audit trail rather than in someone's memory.
Continuous integration only means anything if it is also continuous security. Each stage below can stop a change, and none of them depend on somebody remembering to run it.
We are a young studio and we are not going to show you a decade of uptime we have not run yet. What we will do is commit to the following in writing, on every engagement.
One clarification worth making plainly: LogixLoops designs architectures against SOC 2 Type II, HIPAA, GDPR and ISO 27001 requirements. LogixLoops is not itself a certified entity, and any agency telling you its certification transfers to your system is describing something that does not work that way.
Tell us the framework and the deadline. We will tell you what in your architecture will fail it, and in what order to fix it.