10decodersPHI, protected by design — zero-trust cloud security, operated
Protecting PHI in the cloud is an architecture problem, not a checkbox. We design and implement zero-trust security — identity, encryption, segmentation, and monitoring — and operate it, so protection holds as your environment changes.
Where health cloud security usually goes wrong
Over-broad access
Standing, excessive permissions to PHI that widen the blast radius of any breach.
Config drift
A secure baseline that quietly erodes as teams ship changes.
Alert fatigue
Security tooling that generates noise but no timely response.
Our health cloud security capabilities
Defense-in-depth for PHI, designed and operated across AWS, Azure, and GCP.
Zero-trust architecture
Identity-centric design with least-privilege access and continuous verification.
Encryption & key management
Encryption at rest and in transit with managed keys and rotation.
IAM & access governance
Role design, just-in-time access, and periodic access reviews for PHI systems.
Network segmentation
Segmented VPCs, private endpoints, and controlled egress around PHI workloads.
Threat detection & response
SIEM, cloud-native detections, and tuned alerting wired to a response runbook.
Posture management
Continuous CSPM to catch drift and misconfiguration before it becomes exposure.
Map, build, prove, operate
Assess
Review current architecture and identity against a zero-trust and HIPAA baseline.
Design
Define the target security architecture, controls, and detection strategy.
Implement
Build identity, encryption, segmentation, and monitoring into the environment.
Operate
Run detection and posture management under SLA so protection holds over time.
Security is not a project you finish. It is a posture someone has to hold.
The platform-only model
- Controls implemented once, then drift
- Standing broad access to PHI
- Alerts fire with no response owner
- Posture unknown between audits
The 10decoders model
- Zero-trust design with least privilege
- Just-in-time access and periodic reviews
- Detections tuned and wired to a runbook
- Continuous posture management under SLA
