What kind of applications run best on 10xmo?
10xmo is engineered for data-heavy workloads — analytics dashboards, AI inference, multi-tenant SaaS, regulated record-keeping systems, content platforms with large media libraries, and event-driven systems that ingest millions of records per minute. If your application reads or writes a lot of data, we are likely a fit. If you only need a static marketing site, our edge CDN works great, but you may not need everything else.
How is 10xmo different from a hyperscaler like AWS or GCP?
Hyperscalers are toolkits — you assemble a stack from hundreds of services and shoulder the integration work. 10xmo is an opinionated platform: compute, storage, databases, queues, observability, and the CDN are designed to work together by default. The result is dramatically less infrastructure code, fewer vendor accounts, and a much faster path from idea to production.
Can I migrate existing infrastructure without rewriting my application?
In nearly every case, yes. Our object storage is S3-compatible, our databases speak standard wire protocols (Postgres, MySQL, MongoDB, Redis, Cassandra), and our compute runs any OCI-compliant container image. Most teams migrate their first service in a single afternoon. We also offer a free, hands-on migration assessment for any workload over 10 TB.
How do you handle data residency and regional compliance?
Every workload, database, and bucket can be pinned to a single region or a specific list of regions — and the platform enforces that pinning at every layer, including replication, backups, and observability data. Customers in regulated industries can use customer-managed encryption keys hosted in their own KMS or HSM, and we provide region-specific contractual commitments for GDPR, UK Data Protection Act, and Australian Privacy Principles compliance.
How does autoscaling work across regions?
Every 10xmo workload runs inside a managed scaling pool. The platform monitors CPU, memory, request concurrency, and custom metrics you publish through OpenTelemetry, then scales pods horizontally inside the region first and vertically across regions when traffic patterns shift. You define the floor and ceiling — we handle the placement, warm-pooling, and graceful drains during scale-down so in-flight requests are never dropped.
How does 10xmo handle data egress between services?
Traffic between any two 10xmo services in any region travels over our private backbone — compute talking to databases, applications reading from object storage, replicas synchronizing across continents. Egress is fast, predictable, and never crosses the public internet by default, which keeps both performance and your security posture consistent regardless of which region a request lands in.
What kind of support and onboarding do you provide?
Every team gets access to our documentation, community forums, and public Slack workspace where our engineering team answers questions directly. Production teams add private support channels with response-time SLAs, named onboarding engineers, hands-on architecture review sessions, and an escalation path that goes straight to the on-call platform team — not a triage queue.
How does 10xmo approach uptime and incident response?
We publish a public status page, a public post-mortem archive, and a real-time SLA tracker. The platform itself runs on the same primitives we sell — every region is multi-AZ, every database has automated failover, and every release goes through canary, blue/green, and progressive rollout stages. When an incident does occur, paid customers receive proactive notifications within five minutes and a written post-mortem within five business days.