Cloud & DevOps Company in Cape Town

What a regulated Cape Town migration costs turns on the evidence trail as much as the workload: a POPIA and SARB-aligned migration assessment for a Cape Town fintech, FSP, or insurer over six to ten weeks, covering workload discovery, af-south-1 service catalogue mapping, cost modelling, and a migration runbook, a full migration of a mid-size SaaS or fintech into af-south-1 or Azure South Africa with EKS or AKS, Terraform, observability, and a 90-day hypercare, or an enterprise migration with multi-account landing zones, SARB Joint Standard 1 control mapping, and FSCA evidence packs. We invoice in ZAR for South African entities and offer USD escrow for offshore parents.

POPIA Section 72 restricts cross-border transfer of personal information unless the recipient country has substantially similar data protection, the data subject consents, the transfer is necessary for the contract, or the responsible party has implemented binding corporate rules or contracts. The Information Regulator has signalled increasing focus on cross-border transfer documentation. SARB Directive 8 layers additional restrictions for banks. Beyond regulation, af-south-1 cuts South African end-user latency from 150-200ms (Frankfurt or Dublin) to 10-30ms (Cape Town and Johannesburg), which is decisive for payment authorisation, real-time fraud scoring, and mobile UX. The trade-off is a slightly smaller managed service catalogue. We map that before sign-off so you do not discover a missing service in week eight.

SARB Joint Standard 1 on IT Governance and Risk Management, issued jointly with the Prudential Authority and the FSCA, applies to banks, insurers, and other supervised financial institutions. It requires board-approved IT strategy, designated accountability for IT risk, third-party (including cloud provider) due diligence with documented exit plans, change management discipline, and incident reporting to the regulator within defined windows. SARB Directive 8 specifically governs cloud computing for banks and requires a Material IT Outsourcing notification for significant cloud arrangements. Our discovery produces the JS1 control mapping, the Directive 8 notification draft, the cloud exit and reversibility runbook (which JS1 specifically requires), and the third-party risk register the regulator examines.

We harden EKS and AKS to CIS Kubernetes Benchmark with kube-bench, restrict workload privileges with Pod Security Admission and OPA Gatekeeper or Kyverno policy, enforce network policy with Calico or Cilium, scan images at build and runtime with Trivy, Grype, and Falco, and store secrets in AWS Secrets Manager or Azure Key Vault rather than in cluster. IAM and Workload Identity bind pods to least-privilege cloud roles without long-lived credentials in containers. For SARB-supervised clients we add admission controllers that block any image not from the approved internal registry and we ship Falco rules tuned for the runtime behaviours the regulator now examines after recent African banking sector incidents. Audit logs ship to Loki or CloudWatch with retention aligned to POPIA breach defence.

Yes. We build for FSCA-licensed Category I, II, and IIA FSPs and for insurers under the Insurance Act with Joint Standard 1, FSCA Conduct Standard 3 of 2020, and the broader Twin Peaks framework in mind. Our deliverables include the cloud operating model board paper, the third-party risk and concentration risk analysis (FSCA increasingly probes hyperscaler concentration), the cloud exit plan with realistic timelines, the data residency map showing exactly which datasets sit in af-south-1, Azure South Africa, and any cross-border destinations, and the incident reporting playbook with SARB and FSCA contact paths. For Discovery, Sanlam, Old Mutual, and Liberty-scale insurers we coordinate with internal cloud centres of excellence rather than duplicating their work.

AWS af-south-1 list pricing runs roughly 15 to 25 percent higher than us-east-1 on compute and storage and broadly comparable to eu-west-1. The bigger cost trap is data transfer. Egress from af-south-1 to the public internet runs at higher per-GB rates than mature regions, and cross-region replication to eu-west-1 or us-east-1 adds material spend on chatty workloads. We deploy FinOps from day one, with Cost Explorer dashboards in Grafana, tag enforcement through Service Control Policies, RI and Savings Plan coverage modelling, and S3 lifecycle policies to Glacier Deep Archive for cold POPIA-retained data. Karpenter on EKS typically cuts compute spend 20 to 40 percent versus untuned node groups. We share monthly FinOps reviews with named owners on each spend category.

Yes, and this is one of the most common engagements we run for Cape Town clients with legacy footprints at Teraco JB1, JB2, JB3, or Internet Solutions Bryanston. We use AWS DataSync or Azure Migrate for bulk data movement, AWS Direct Connect or Azure ExpressRoute through Teraco and Cape Town cross-connects for low-latency replication during cutover, and a documented dual-run period (typically four to eight weeks) where the colocation environment continues to serve while we validate af-south-1 parity. For SARB Directive 8 clients we coordinate the Material IT Outsourcing notification window before cutover. Database migrations use AWS DMS or Azure Database Migration Service with logical replication where downtime windows are tight, which is most of the time in retail and payments.

Default stack is OpenTelemetry instrumentation feeding Prometheus, Loki, and Tempo on Grafana Cloud, with Grafana OnCall or PagerDuty for paging. SRE dashboards show SLI and SLO state per service, error budget burn, deploy frequency, and lead time for changes. For af-south-1 specifically we monitor cross-AZ latency, intra-region replication lag, and egress patterns to catch the South African egress cost trap early. For SARB-supervised clients we ship audit logs to immutable S3 buckets with object-lock and retention aligned to JS1 and FAIS record-keeping requirements. Datadog and New Relic are supported where clients have existing contracts, though we typically save 40 to 60 percent of observability spend by moving to the Grafana stack on Cape Town egress economics.