DevOps & Cloud
Load Balancing
Traffic distribution, health checks, and TLS termination for resilient entry points.
Load balancing design and implementation for application and network entry points: health-checked backends, TLS termination, session considerations, and drain-friendly deploys. We tune for the failure modes you actually see—not generic textbook topologies.
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Who it’s for
- • Teams exposing services behind a single host today
- • Platform groups standardizing ingress patterns
- • Ops teams improving deploy safety with connection draining
Problems we address
- • Traffic hits one server with no health-aware routing
- • TLS and routing rules are undocumented
- • Deploys drop connections because draining was never configured
Expected outcomes
- • Load balancer or reverse proxy topology with health checks
- • TLS and routing configuration as code where practical
- • Deploy-friendly drain and deregistration patterns
Capabilities
Concrete engineering capabilities included in a typical engagement for this service.
Cloud LB (ALB/NLB/GCP LB/Azure LB) or Nginx/HAProxy setups
Layer 7 routing and path-based rules
TLS certificates and renewal automation hooks
Backend health checks and slow-start/drain behavior
Basic WAF or rate-limit hooks when scoped
Technology
Representative technologies used for this service. Final stack depends on your estate.
- AWS ALB
- Nginx
- HAProxy
- Cloudflare
- Traefik
- Kubernetes Ingress
Architecture
Delivery pipeline
Source control through CI into containerized deploy and cloud runtime.
Deliverables
- • Load balancer configuration for scoped services
- • Health check and TLS documentation
- • Deploy drain procedure notes
- • Validation results under test traffic
Out of scope
- • DDoS scrubbing provider contracts
Timeline
Typical timeline
1–4 weeks
Timeline depends on scope, access, and dependencies—not a delivery guarantee.
Process
A clear delivery path from discovery through handover and optional support.
01
Discovery
Goals, constraints, success criteria, and current-state review.
02
Architecture
Target design, interfaces, risks, and delivery sequence.
03
Implementation
Incremental build with visible progress and documented decisions.
04
Testing
Functional checks, failure paths, and acceptance criteria validation.
05
Deployment
Controlled release to staging and production with rollback paths.
06
Handover
Runbooks, access notes, and operator/admin walkthrough.
07
Support
Optional hypercare window or retainer continuity after go-live.
Custom engagement
Pricing depends on architecture, traffic profile, and integration depth. Share your requirements for a scoped quote.
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Related work
Example / concept projects shown for illustration unless otherwise verified.
FAQ
Cloud LBs reduce undifferentiated ops for many teams. Self-managed proxies still make sense for specialized routing, telephony edges, or constrained environments.
We can design DNS and multi-region entry patterns when that is in scope. Global traffic management is a deliberate architecture choice, not a default add-on.
Ready to build?
Tell us about your environment, constraints, and target outcomes. We’ll recommend a package or a scoped quote.