Cloud & DevOps Company in Singapore

What this costs turns on the shape of the work: a scoped Singapore cloud landing zone (AWS Organizations or Control Tower, baseline SCPs aligned to MAS Notice 655, Terraform IaC, GitHub Actions CI and CD, baseline observability on Datadog or CloudWatch, MAS TRMG documentation pack), a full production platform engineering build covering multi-account AWS or Azure, EKS or AKS or GKE with GitOps on ArgoCD, service mesh, secrets management with Vault, observability on Datadog or Grafana Cloud, FinOps tooling, or a regulated FI build with MAS Notice 644 outsourcing notification, multi-region active-active across ap-southeast-1 and a DR region, HSM-backed cryptography, full MAS TRMG eight-domain coverage. Scope drivers include call volume, SLO targets, and on-call rotation. Singapore rates sit above Kuala Lumpur and Jakarta because of MAS-regulated talent premium. We give fixed-fee build proposals and predictable monthly retainer pricing rather than open T and M estimates.

MAS Notice 644 (and the broader MAS Outsourcing Guidelines on Outsourcing for Banks and the parallel notices for capital markets and insurance) governs outsourcing arrangements by Singapore FIs, including cloud computing arrangements. The framework distinguishes material outsourcing (which triggers explicit prior notification to MAS, stronger due diligence, BCP testing, exit strategy documentation, and ongoing monitoring) from non-material outsourcing. For most production workloads on AWS, Azure, or GCP holding customer data or supporting core banking, payments, or trading, the cloud arrangement is material. Our discovery phase runs the material outsourcing test against your workload, prepares the outsourcing risk assessment, builds the BCP and disaster recovery design with documented RTO and RPO targets per MAS expectations, writes the exit strategy (including a credible plan to migrate off the hyperscaler in a defined timeline), prepares the prior notification or no-objection submission to MAS where required, and instruments the ongoing monitoring controls (cloud configuration drift, cost concentration, vendor risk scoring) that MAS expects. We deliver the technical evidence; your law firm or compliance team owns the regulatory submission.

The MAS Technology Risk Management Guidelines, materially updated in 2021, are the operating reference for any Singapore FI cloud build. The TRMG covers technology risk governance and oversight (board and senior management accountability, with a clear tech risk officer role), technology risk management framework (risk identification, assessment, mitigation, monitoring), technology project management and software application development life cycle (SDLC controls, change management, secure coding), IT service management (problem and incident management, capacity, configuration), IT resilience (DR, BCP, scenario testing, cyber resilience), cybersecurity (perimeter, network, endpoint, vulnerability, threat intelligence), online financial services (specific obligations for internet-facing FI services), and IT audit (independent assurance). Our Singapore cloud platforms encode TRMG controls into the landing zone (SCPs, Azure Policy, Organisation Policies in GCP), the IaC modules (CIS Benchmark alignment, hardened AMIs, mandatory logging), the GitOps pipeline (mandatory code review, dependency scanning, SAST and DAST, secret scanning), the runtime layer (vulnerability scanning, runtime threat detection on GuardDuty, Defender for Cloud, or SCC), and the operational runbooks (incident response, change management, capacity planning). MAS examiners get a clear evidence trail mapped to each TRMG domain.

For MAS-regulated fintech and digital banks, AWS EKS in ap-southeast-1 is the dominant choice because it pairs cleanly with the rest of an AWS-leaning regulated estate (KMS, Secrets Manager, GuardDuty, Security Hub, CloudTrail with Lake) and because most Singapore fintech engineering talent is fluent in EKS today. For Sea Engineering-pattern hyperscale consumer estates and telco workloads, GKE Autopilot in asia-southeast1 (Jurong West) is the better fit because of GKE's operational maturity and Google's batch and ML integration. For Standard Chartered-style Microsoft estates and government-adjacent workloads with Office 365 and Entra dependencies, AKS in Azure Southeast Asia is the right answer. OpenShift on AWS or Azure shows up in older regulated workloads where Red Hat licensing is already in place. We design EKS, GKE, or AKS landing zones with Karpenter or Cluster Autoscaler for cost efficiency, Istio or Linkerd service mesh, ArgoCD GitOps, Kyverno or OPA Gatekeeper policy enforcement, and Falco runtime threat detection. Persistent storage is EBS gp3 or io2, Azure Disk Premium SSD v2, or GCP PD-SSD with cross-AZ replication.

Singapore is the natural primary region for any ASEAN-wide consumer or enterprise platform because of latency, regulation, and talent density. We design multi-region architectures with ap-southeast-1 as primary, and DR or active-active partner regions chosen based on user geography and regulatory obligations: ap-southeast-3 (Jakarta) for Indonesia data residency under PP-71 and the Personal Data Protection Law, ap-southeast-7 (Bangkok) for Thailand PDPA, ap-south-1 (Mumbai) for India DPDP Act, ap-northeast-1 (Tokyo) for Japan APPI and broader North Asia, and ap-southeast-4 (Melbourne) or ap-southeast-2 (Sydney) for Australia Privacy Act and APRA CPS 234. Global plane includes Route 53 latency-based or geolocation routing or Cloudflare for traffic management, multi-region DynamoDB Global Tables or Aurora Global Database for shared data, Kinesis or Kafka with cross-region replication for event streams, and a clear write-region versus read-replica policy that respects the PDPA Transfer Limitation Obligation. Cross-border data flows are documented against each jurisdiction's data residency rules. For regulated FI workloads we also wire GCR-EU (Frankfurt or Dublin) for GDPR-bound EU customers and us-east-1 for US dollar-denominated counterparties when SWIFT and correspondent banking flows demand it.

Singapore cloud bills are denominated in USD for AWS and GCP and partially SGD for Azure, so FX is a real line item for any APAC engineering org. We build FinOps practice around four levers. First, predictable commitment via Savings Plans, Reserved Instances, and Committed Use Discounts sized against twelve to thirty-six month workload baselines, hedged in SGD where the CFO requires it. Second, rightsizing and bin-packing via Karpenter, Cluster Autoscaler, Spot instances (with Spot Fleet diversification and Karpenter consolidation), and Graviton or Tau T2D ARM migration where the workload tolerates it. Third, observability-led waste reduction via Vantage, CloudHealth, Cloudability, or Datadog Cloud Cost Management with SGD tagging policies enforced in IaC, automated unused resource cleanup, and S3 Intelligent-Tiering or Storage Class Analysis on object storage. Fourth, architectural redesign for cost: moving batch from on-demand to Spot, moving cold data to S3 Glacier or Azure Cool and Archive, moving cross-AZ chatty workloads onto the same AZ where the SLA allows. Typical engagements deliver 20 to 40 percent monthly bill reduction within ninety days without sacrificing SLO targets.

Yes. The Singapore Government Commercial Cloud (GCC), operated by GovTech, is the Whole-of-Government landing zone abstraction over AWS, Azure, and GCP, with pre-cleared security guardrails, the IM8 instruction manual, and the SHIP-HATS CI and CD platform for Whole-of-Government engineering. Public sector and government-adjacent workloads (statutory boards, ministries, MOH HealthHub, LTA, HDB, IMDA, GovTech itself) typically run on GCC rather than directly on hyperscaler accounts. We build against the GCC commercial offering, follow GovTech's IM8 compliance for service development, integrate with SHIP-HATS pipelines and the central observability and logging stack, and deliver the security and compliance artefacts GovTech reviewers require under the GCC standards. We coordinate with the GovTech engagement team on landing zone provisioning, account vending, and shared service consumption. For sensitive Whole-of-Government workloads outside GCC (Internal Government Network), we partner with cleared local integrators.

MAS Notice 655 imposes specific cyber hygiene controls and incident reporting obligations on FIs, including reporting of relevant incidents to MAS within prescribed windows. PDPC under the amended PDPA requires notification of notifiable data breaches within 72 hours of assessing notifiability. Our retained Singapore clients get a 15-minute initial response SLO for Sev-1 incidents (production down, suspected security incident, suspected data breach), with our Chandigarh on-call team aligned to SGT business hours and on-call coverage extending into night-time and weekend windows. The incident response runbook covers detection (Datadog, GuardDuty, Security Hub, Defender for Cloud, SCC alerts feeding a central SIEM on Splunk, Datadog Cloud SIEM, or Sentinel), triage and containment (predefined containment playbooks per incident class), forensic preservation (S3 immutable buckets, EBS snapshot retention, CloudTrail Lake), MAS Notice 655 notification preparation, PDPC 72-hour clock assessment, and customer-facing communications. We do not give legal advice, but we deliver the technical timeline and evidence MAS and PDPC examiners ask for. Tabletop exercises are run quarterly for regulated clients.