Distributed systems

Planet-wide reliability, local experience

From topology design to full-stack observability: we deliver platforms active in multiple regions with sub-150ms latency anywhere.

12h

To activate a new certified edge location

<150ms

Guaranteed P95 latency between active regions

99.99%

SLA ensured with automated runbooks

Global topology

Active-active orchestration with observability built in

A living map of regions, edge nodes and replication paths designed for regulated enterprises.

  • Pulsing nodes represent multi-region workloads monitored for latency budgets.
  • Rotating grids highlight routing strategies and DNS failover policies.
  • Animated links emphasise replication channels audited for throughput and compliance.

24/7 orchestrated topology

We balance traffic across core regions and edge PoPs to guarantee consistent latency and business continuity.

Milan · Core TTL 18ms Frankfurt · Data hub TTL 12ms Montreal · PoP TTL 24ms São Paulo · Edge TTL 32ms Singapore · Core TTL 38ms Sydney · Edge TTL 46ms

One observability layer, distributed delivery

Shared tooling for tracing, capacity planning and incident management across regions with LBD and your internal teams.

Topology design

We assess workloads, legal constraints and interconnections to define hybrid and multi-cloud clusters.

Global operations

Follow-the-sun SRE, shared incident response and burst capacity management.

Live snippet

Declarative multi-region scheduling

A glimpse of the DSL we use to orchestrate workloads across distributed clusters.

yaml@lbd studio/distributed.snippet

                

What powers our distributed stack

Mission-critical systems ready to run across clouds and on-prem.

Topology

Active-active & edge orchestration

Cluster mesh, global service discovery and fine-grained traffic control.

  • Multi-cluster service mesh with zero-trust policies
  • Anycast DNS and global load balancing
  • Burst management with spot and serverless orchestration
Data

Replication & data consistency

CDC pipelines, event streams and geo-distributed read replicas.

  • Data fabric with multi-region storage
  • Optimised replication for hybrid workloads
  • Configurable consistency per domain
Resilience

Observability & chaos engineering

Automated runbooks, game days and real-time dependency mapping.

  • Continuous synthetic testing
  • ML-powered anomaly detection
  • Executable runbooks and automated remediation

How we distribute your service

A structured journey to migrate or build resilient platforms.

01

Assessment & topology map

We analyse processes, data and constraints to design the target architecture.

Output: topology blueprint, risk matrix, migration plan.

02

Build & replication

We implement clusters, data pipelines and SRE automation with shared operations.

Output: active environments, policies, runbooks and observability tools.

03

Optimize & scale

Capacity planning, resilience and continuous improvement driven by metrics.

Output: resilience report, evolutionary backlog and capacity roadmap.

Technologies we rely on

Multi-cloud and open-source stack with enterprise governance.

Compute

Kubernetes, Nomad, AWS EKS, GKE, AKS

Networking

Istio, Linkerd, Cloudflare, AWS Global Accelerator

Data

CockroachDB, Yugabyte, Debezium, Kafka, Flink

SRE suite

Grafana, Tempo, Loki, PagerDuty, FireHydrant

Ready to distribute your workloads globally?

We help you define and operate platforms active across multiple regions.

Frequently asked questions

Questions about distributed systems

Multi-region, multi-cloud, SRE and local compliance for global platforms.

What do you mean by distributed systems?
Workloads orchestrated across multiple regions and cloud providers with smart routing, Change Data Capture, low-latency data replication, automated failover and edge PoPs to reduce perceived user latency.
Do you handle multi-jurisdiction compliance (GDPR, data residency)?
Yes. We structure data residency per region, pseudonymisation, customer-managed keys (BYOK), audit trails and DPAs. We cover GDPR, Schrems II, Swiss nFADP and NIS2 readiness.
Which platforms do you support?
AWS, Azure, GCP, OVH, on-premise Kubernetes, edge computing (Cloudflare Workers, Fastly, Vercel) and private connectivity via PrivateLink, IPsec VPN and SD-WAN.