Cloud migration is an architecture decision and a security decision at the same time. We sit inside the migration, landing zone, identity, network, data-in-transit, observability, so the cloud you cut over to is the cloud your auditor, your regulator, and your customer can sign off on.
The migration is on the project plan. The security architecture usually isn't. Migrations get scoped against a business deadline, and the security review gets booked for after cutover by which point the landing zone is deployed, the identity boundary is drawn, and what should have been decisions are defaults you live with.
We sit inside the migration, not after it. Landing zone, identity model, segmentation, encryption, logging, and IR playbook are decided before the first workload moves and validated against your auditor's framework. Cutover confirms a secure architecture instead of exposing one that isn't.
Deployed before the security review means the defaults are now yours to live with.
Drawn once, at speed, and inherited by every workload that follows.
What gets collected, retained, and monitored from the first day in production.
Who responds to an incident in an environment nobody has run yet.
Data center exit, a customer commitment, or a board mandate is driving a first-time move to AWS, Azure, or GCP. The migration plan exists. The security architecture is a footnote in it.
An M&A closed. The acquired entity runs on a different cloud, a different identity provider, and a different audit framework. The acquirer's security team needs the integration done in a window that's already too short.
You're already in cloud. An auditor, customer, or new regulation is asking questions the current configuration can't answer. The original migration prioritized speed over evidence.
Account or subscription structure, organizational policies, baseline guardrails, and tenant boundaries, written to AWS, Azure, or GCP guidance and to the audit framework your environment reports against.
Identity provider integration, role hierarchies, break-glass procedures, machine identities, and secret-management strategy. Privilege boundaries that hold up under a least-privilege audit.
Network architecture (VPC/VNet design, subnets, peering, egress controls), zero-trust between tiers, and the inspection points your SOC will need to see traffic at.
Encryption baselines, key-management decisions, data classification applied to the migration, and the DLP scope for the migration window itself.
Logging, metrics, and alerting wired into the SIEM before cutover, not after. The first quarter of cloud telemetry is captured against a real baseline, not reconstructed.
Every architecture decision with its risk, its mitigation, and its residual exposure on paper. Reviewed with your security lead, ready for an auditor or a board.
Whatever you stood up here flows into the team or service that operates it. One control set, one evidence base, one source of truth for the cloud environment going forward.
Landing zone, identity, network, encryption, and observability decided before the first workload moves. Designed against the audit framework your environment reports against, not against a generic reference architecture.
Pre-cutover controls in place, runbooks reviewed, security architect in the war room. Data-in-transit protection, parallel-run validation, drift detection live during the cutover window.
Post-cutover security testing against the design. Configuration drift assessed. Audit-evidence capture in place for the first reporting period.
Handoff into ongoing cloud posture management, your team, your managed service, or our Managed Security Services. Observability tuned, alerting calibrated, framework evidence flowing into the running GRC program.
Continuous configuration assessment across AWS, Azure, and GCP. The drift detection that catches the change your engineering team made on a Friday before it becomes the finding on Monday.
See expertiseFederation, role design, privileged access, machine identities, and secrets management, the layer that absorbs the largest share of cloud incidents and the largest share of audit attention.
See expertiseAudit-grade logging across cloud control plane, workload, and application layers, retained and searchable for the windows your framework requires, and tuned for your SOC's detections.
See expertiseControl inheritance from the provider's attestations cross-referenced against SOC 2, HITRUST, HIPAA, PCI, and NYDFS, so the migration produces audit evidence, not just a working environment.
See expertiseBring the cloud target, the cutover date, and the framework you report against. We'll tell you what has to be decided before the first workload moves.