AWS Tailored Platform as a Service

Your entire platform
engineering function.
Delivered as a service.

FalconIO runs your AWS infrastructure as a fully managed, Kubernetes-native platform engineering service. You get the rigour of a 15-person platform team — without hiring one. We provision, operate, observe, and recover your AWS environments, so your engineers ship product instead of managing clusters.

AWS-Native Kubernetes-Managed Full-Stack PaaS SLA-Backed ISO 22301 Ready

Hiring a platform team takes 18 months.
Your AWS bill starts today.

Most growing engineering organisations know they need platform engineering — Kubernetes, GitOps, observability, BC/DR, incident management — but cannot staff, build, and mature it before it matters. FalconIO closes that gap immediately, with a proven, opinionated stack running on your own AWS account.

Time to Platform Maturity

Building a platform engineering function from scratch — hiring, toolchain selection, standards, GitOps pipelines, observability — takes 12–24 months. Production pressure means you're running on partial infrastructure the entire time.

💸
Hiring Cost vs. Service Cost

A 3-person senior platform engineering team in the US costs $600K–$900K annually, before tooling, management overhead, and onboarding. FalconIO PaaS delivers equivalent capability at a fraction of that cost, from day one.

🔧
Tool Sprawl Without a Platform Team

Without platform engineering ownership, teams self-provision. The result: 3 observability vendors, 2 incident tools, no DR plan, and infrastructure state nobody understands. FalconIO installs a coherent operating model instead.

FalconIO AWS PaaS is not managed hosting. It is your platform engineering function — deployed on your AWS account, using your AWS organisations and IAM, operated by our team, with full handover documentation and knowledge transfer built into every engagement.

The complete stack.
Managed end-to-end.

Every FalconIO PaaS engagement covers all four platform features — Infra, Observability, BC/DR, and Incident Management — integrated, on AWS, operated by our team.

☸️
Amazon EKS
Managed Kubernetes clusters, node groups, add-ons, upgrades
🔁
GitOps (FluxCD)
Declarative delivery pipeline, drift detection, rollback
🏗️
IaC (Pulumi + Crossplane)
All AWS resources as code, IDP self-service catalogue
📊
Observability Stack
OTel + VictoriaMetrics + ClickHouse, Grafana dashboards
🛡️
BC/DR (BC Manifests)
RTO/RPO as code, chaos testing, cross-region failover
🚨
Incident Management
Unified queue, auto-context, MTTR tracking, on-call
🔒
Security Posture
OPA policies, network policies, IAM least-privilege, GuardDuty
📈
Cost Optimisation
Karpenter autoscaling, Spot integration, resource rightsizing
🗄️
Polyglot Data Layer
CockroachDB, ScyllaDB, Redpanda on EKS — managed, backed up
🤖
MLOps (Optional)
GPU nodes on EKS, model serving, pipeline observability
📡
IoT / Edge (Optional)
AWS IoT Greengrass + Kubernetes edge fleet management
📋
Compliance Evidence
SOC 2, ISO 22301 artefacts generated continuously

Three tiers.
One operating model.

Each tier delivers the same integrated FalconIO platform. Scale and SLA depth change — the architecture and operating model do not.

Tier 1
Foundation
For teams moving from ad-hoc AWS management to a structured, GitOps-driven platform. Foundational Kubernetes, observability, and incident management — production-grade from day one.
Amazon EKS cluster setup and lifecycle management
FluxCD GitOps delivery pipeline with drift detection
Pulumi IaC for all AWS infrastructure resources
OTel + VictoriaMetrics observability — hot metrics and alerts
Basic BC Manifests for critical services (RTO 4hr)
Incident management queue with on-call routing
Karpenter autoscaling with Spot integration
Business-hours SRE support
Monthly architecture reviews
Tier 3
Enterprise
For multi-region, polyglot, mission-critical deployments at enterprise scale. Full cross-region active-active, compliance-ready, with MLOps and IoT extensions available.
Everything in Production
Multi-region active-active or tiered failover architecture
Polyglot persistence — CockroachDB, ScyllaDB, Redpanda managed
Cross-region BC Manifests (RTO 15min for P1)
Dedicated SRE embedded with your engineering team
ISO 22301 compliance evidence continuously generated
MLOps extension — GPU nodes, model serving, pipeline obs
IoT/Edge extension — fleet management + Greengrass
Custom SLA negotiated per engagement
Quarterly executive resilience briefings
Full knowledge transfer and handover package

From first call to
production platform.

1
Discovery Call
We understand your AWS footprint, engineering org size, current pain points, and reliability targets. 60 minutes. No slide deck.
2
Architecture Assessment
We review your current AWS setup, infra-as-code posture, and observability gaps. We produce a written platform gap analysis within 5 business days.
3
Engagement Scoping
We define the tier, scope, SLAs, and handover plan. Statement of work signed. Access provisioned to your AWS account under least-privilege IAM.
4
Platform Deployment
We deploy the FalconIO platform stack on your AWS account. Foundation tier: 2–3 weeks. Production tier: 4–6 weeks. Enterprise: 6–10 weeks.
5
Operate & Improve
We run it. You build product. Monthly reviews, MTTR trending, BC Manifest updates, and continuous architecture improvement included.

Numbers we stand behind.
Measured. Reported.

< 15 min
P1 incident response — Enterprise tier
99.9%
Control plane availability SLA
24 × 7
On-call SRE coverage — Production & Enterprise
5 days
Architecture assessment delivery after scoping call
All SLA metrics are measured, reported monthly, and visible in the unified FalconIO dashboard. When we miss a target, we produce a root cause analysis and a corrective action plan — automatically, from the incident timeline, not from a post-hoc write-up.

We don't fight AWS.
We make it work
for platform engineering.

FalconIO is built on open-stack components that integrate deeply with AWS primitives — not on proprietary abstractions that fight the cloud. EKS for Kubernetes. Karpenter for node management. IAM for identity. Route 53 for DNS. S3 for state and telemetry storage. EventBridge for event routing.

This means your infrastructure is readable, transferable, and not locked to FalconIO. The Pulumi stacks are yours. The FluxCD manifests are in your Git repositories. The Grafana dashboards are standard. If you ever build an internal platform team, there is a full handover package waiting for them.

We operate in your AWS account, under your IAM policies, with full audit trails. You own the infrastructure. We operate it. That distinction matters.
AWS Services in Stack
KubernetesAmazon EKS
Node AutoscalingKarpenter + Spot
IaC StateS3 + DynamoDB
SecretsAWS Secrets Manager
NetworkingVPC + ALB + Route 53
Container RegistryAmazon ECR
Object StorageS3 (telemetry + backups)
IdentityIAM + IRSA + SSO
Threat DetectionGuardDuty + Security Hub
Event RoutingEventBridge
MetricsVictoriaMetrics (on EKS)
AnalyticsClickHouse (on EKS)

Right size for
your engineering org.

Series A / B Startups

You're growing fast, deploying on AWS, and your engineers are self-provisioning. Platform engineering is a 12-month hire cycle away — but production reliability is a today problem. FalconIO bridges the gap immediately.

Mid-Market Engineering Orgs

50–500 engineers on AWS, with a small platform team stretched across too many priorities. FalconIO operates the foundational platform so your internal team can focus on product-specific infrastructure and developer experience.

Operationally Critical Verticals

SCM, logistics, manufacturing, financial services — where downtime has a direct, measurable cost. You need ISO 22301 / SOC 2 readiness and sub-30-minute RTO targets, without building that capability from scratch.

Platform engineering.
Without the hiring cycle.

We take on a small number of AWS PaaS engagements at a time to ensure quality. If you're evaluating options, the right time to talk is now.

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