Audit the current estate
LLA reviews the server estate, reverse proxies, firewall posture, databases, deployment habits, backup locations, and monitoring gaps so vague anxiety becomes a concrete risk map.
Infrastructure & DevOps for serious operations
Infrastructure only becomes trusted
when backups are restored
deployments have rollback
and incidents have runbooks.
Most enterprise software deployments fail not because the software is wrong but because the infrastructure is underpowered, poorly designed, or the team lacks operational depth. LLA designs and manages the infrastructure layer so the software runs the way it was built to.
LLA designs the infrastructure layer as a real operating capability: clear topology, governed Docker or private cloud deployment, Cloudflare and Traefik protecting the edge, PostgreSQL and Redis under observation, backups tested through restore drills, and deployments gated through staging before they touch production.
Combines
Structured architecture
+
Disciplined operations
99.95%
Target uptime · for critical application layers
RTO 2h
Recovery posture · tested against runbooks
CI/CD
Controlled deployment · with staging and rollback gates
24/7
Infrastructure observability · alerts, logs, incident handling
INFRASTRUCTURE CONTROL ROOM
Production edge, cluster health, restore readiness, and incident flow in one view
12 production apps · 3 database/cache clusters · 4 container environments · ⬤ Stable
99.95%
Target uptime
3m
Incident detection
02:00
Documented RTO
14d
Patch SLA window
Production layer map
Edge healthy
☁️
CloudflareWAF / DNS / SSL
🔀
TraefikRouting / TLS
🐳
CoolifyDeploy waves
Appslexora, erp, ai-hub
DataPostgreSQL / Redis
BackupsS3 / MinIO
DEP-411 · lexora-prodDeploy succeeded
BK-204 · nightly restore testVerified
INC-108 · redis latency spikeMonitoring
Runbook & recovery
① Alert routes to the right owner.
② Scope using metrics and logs.
③ Rollback or fail over using the runbook.
④ Validate data and service state.
⑤ Log the incident review and action items.
What makes this infrastructure trustworthy
01. Deployment definitions live in version control.
02. Backups have scheduled restore tests, not just successful job logs.
03. Patches, access, and change windows are controlled.
This is a production command centre
The hero mockup replaces the off-topic integration view with the actual infrastructure lens: edge protection, cluster health, deployment waves, restore posture, incident queues, and runbook discipline in one screen.
Edge. Cluster. Backup. Restore. Alerts. A platform only lives if operations can prove it.
Product story
From memory-driven servers to infrastructure that can be handed over and scaled
LLA starts by facing operational reality directly: which servers run what, who controls deployments, whether backups can actually be restored, whether logs are sufficient for investigation, and whether the team knows the first move during a production incident. Only then do we shape the architecture, pipelines, backup posture, and observability layer.
Design a governed topology
Docker, Coolify, Traefik, Cloudflare, PostgreSQL, Redis, object storage, secrets, and role boundaries are arranged into a topology with clear ownership, rollback paths, and documented change windows.
Bring production under discipline
Applications move through staging, pipelines enforce gates, alerts route to operators, backups flow to S3 or MinIO, and restore drills are scheduled instead of being postponed until disaster arrives.
Operate clearly enough to hand over
Once runbooks, incident logs, restore evidence, and deployment definitions are real, infrastructure stops being a secret locked inside one operator's head. It becomes a business capability that can scale or be handed over.
Customer Reality
The problem is not software. It is operational order.
01
The Reality
Most enterprise software deployments fail not because the software is wrong but because the infrastructure is underpowered, poorly designed, or the team lacks operational depth. LLA designs and manages the infrastructure layer so the software runs the way it was built to.
Best fit
Who needs disciplined infrastructure operations
Technology directors, CTOs, and IT managers deploying enterprise software on private cloud, Docker, or hybrid infrastructure who need reliable, secure, and cost-efficient infrastructure operations.
Architecture
Modular ASP.NET Core services, PostgreSQL-backed operational records, role-based access, API-first integrations, and audit-ready workflows.
Problems Solved
Pain points LLA designs around
Infrastructure is undocumented — no one knows what is running or how to reproduce it
Deployments are manual and environment-specific
Backups exist but restores have never been tested
Security gaps: shared credentials, exposed ports, inconsistent patching
Capability Pillars
From real problems to measurable outcomes
Each capability is designed around a specific operational problem - not a generic feature checklist.
Docker & Coolify Deployment
Problem
Deployments are manual, environment-specific, and break when the person who set them up is unavailable.
Outcome
Container-based deployment with Coolify management — reproducible, reversible, and environment-consistent deployments.
G
All deployment definitions are stored in version control — fully reproducible and auditable.
Traefik & Cloudflare
Problem
SSL certificates expire, reverse proxy configs drift, and DDoS protection is not configured.
Outcome
Reverse proxy, SSL termination, DNS management, DDoS protection, and WAF configuration.
G
All edge configuration is documented and version-controlled.
PostgreSQL & Redis Operations
Problem
Database performance degrades gradually — no monitoring, no query optimisation, no backup restore testing.
Outcome
Database administration, query optimisation, backup, replication, and performance monitoring.
G
Backup restore tests are performed on a scheduled cadence with documented RTO/RPO targets.
CI/CD Pipelines
Problem
Deployments require a developer to manually push to production — no staging gate, no rollback path.
Outcome
GitHub Actions, Bitbucket Pipelines, or Gitea-based deployment automation with staging and production gates.
G
Every deployment is logged with the commit reference, operator, and outcome.
Security Hardening
Problem
Servers have open ports, shared credentials, and inconsistent patching — a liability waiting to be exploited.
Outcome
Server hardening, firewall configuration, access key management, vulnerability scanning, and audit logging.
G
Security configuration is documented and reviewed on a scheduled cadence.
Backup & Disaster Recovery
Problem
Backups run but restores have never been tested — confidence is theoretical until a real incident.
Outcome
Automated daily backups to S3/MinIO with tested restore procedures and documented RTO/RPO targets.
G
Restore tests are performed on a scheduled cadence and results are documented.
Modules
Functional modules
Docker and Coolify container deployment
Traefik and Cloudflare reverse proxy and edge security
PostgreSQL and Redis administration and backup
CI/CD pipeline automation with GitHub Actions or Bitbucket
Security hardening and vulnerability management
Backup and disaster recovery with tested restore procedures
Workflow control
Configurable operating workflows with status tracking and approval visibility.
Role-based access
Permissions designed for admins, managers, operators, reviewers, and external users.
API integration
Connects to ERP, CRM, payment, invoice, shipping, warehouse, document, and AI systems.
Audit-ready data
Tracks important actions, status changes, and operational records for review and reporting.
Platform Capability
What teams actually see and use
These showcase panels are built from operating screens, workflows, demo data, and control evidence.
Docker and Coolify container deployment
Traefik and Cloudflare reverse proxy and edge security
PostgreSQL and Redis administration and backup
CI/CD pipeline automation with GitHub Actions or Bitbucket
Security hardening and vulnerability management
Backup and disaster recovery with tested restore procedures
Transformation Journey
From current state to controlled operations
LLA does not begin with software configuration. LLA begins with operating model design.
Before
Before
Ad-hoc infrastructure
Servers are set up manually, deployments are undocumented, backups are unreliable, and nobody knows what is running where.
OK No infrastructure documentation
Audit
Audit
Infrastructure review
LLA audits your current server estate, deployment processes, backup posture, security configuration, and monitoring gaps.
OK Gap report delivered
Design
Design
Target architecture
LLA designs a clean infrastructure architecture — server roles, Docker/Coolify deployment, CI/CD pipelines, backup strategy, and security hardening.
OK Architecture approved
Deploy
Deploy
Managed rollout
LLA deploys and configures the full stack — Docker, Coolify, Traefik, Cloudflare, MinIO, PostgreSQL, Redis, monitoring, and alerts.
OK All services live
Operate
Operate
Ongoing management
LLA monitors, patches, backs up, and responds to incidents — so your software team focuses on product, not infrastructure.
OK Fully managed operations
Product story
From undocumented infrastructure to disciplined operations
Capabilities built around disciplined infrastructure operations
Docker and Coolify container deployment
Traefik and Cloudflare reverse proxy and edge security
PostgreSQL and Redis administration and backup
CI/CD pipeline automation with GitHub Actions or Bitbucket
Security hardening and vulnerability management
Backup and disaster recovery with tested restore procedures
Flow from infrastructure audit to disciplined operations
01
Capture
Collect structured data, documents, roles, and required validation at the point work begins.
02
Route
Move requests through role-based workflows, approvals, assignments, and exception handling.
03
Integrate
Synchronize external services, files, payment, invoice, shipping, AI, or storage events through APIs.
04
Report
Provide dashboards, audit trails, exports, and management views that reflect the real operating state.
Use cases
ERP and AI platform production deployment
Infrastructure migration to Docker/Coolify
DevOps for enterprise software teams
Infrastructure components and integrations
Docker / Coolify
GitHub / Bitbucket CI/CD
Cloudflare edge security
MinIO / S3 backup storage
Security and deployment posture
Security
Role-based permissions, audit logs, validation, secure file handling, approval workflows, and environment-based configuration.
Deployment
Private cloud, VPS, Docker/Coolify, IIS, or hybrid deployment depending on the customer's security and infrastructure requirements.
Integration Ecosystem
Not standalone. Connected.
This platform is designed to connect with the broader LLA ecosystem and third-party systems.
LLA Platform
LLA.Nexus ERP
Production infrastructure host for LLA ERP deployments.
LLA Platform
LLA.Legal-AI
GPU and vector database infrastructure for AI model serving.
Infrastructure
Coolify / Docker
Container orchestration and deployment management platform.
Infrastructure
Cloudflare / Traefik
Edge security, reverse proxy, and SSL management layer.
Implementation Roadmap
From signature to live operations - a clear path
Each phase includes clear delivery gates, ownership, and control checkpoints so operations teams can track progress week by week.
Phase 1 — Audit (Week 1)
Current infrastructure assessed. Gaps documented. Target architecture designed.
Delivery milestonePhase 2 — Foundation (Weeks 2–3)
Docker, Coolify, Traefik, Cloudflare, and database stack deployed and configured.
Delivery milestonePhase 3 — Applications (Weeks 3–4)
All target applications deployed on new infrastructure with CI/CD pipelines.
Delivery milestonePhase 4 — Hardening (Week 5)
Security hardening, backup automation, monitoring alerts, and runbook documentation completed.
Delivery milestone
Business Outcomes
Specific outcomes by leadership role
Each function gets specific, measurable outcomes - not vague benefits.
CEO / Managing Director
- Reliable infrastructure reduces unplanned downtime and the operational cost of fire-fighting.
- Documented deployment processes eliminate single-person infrastructure dependencies.
COO / Head of Operations
- Coolify and CI/CD reduce deployment time from hours to minutes.
- Infrastructure-as-code means new environments can be provisioned in hours.
Compliance / Legal
- Security hardening and audit logging satisfy enterprise security review requirements.
- Backup and restore testing provides documented evidence of disaster recovery capability.
CTO / Head of IT
- LLA-managed infrastructure frees the software team to focus on product — not server management.
- Standard Docker/Coolify stack is transferable to any qualified operator.
Product Detail
Enterprise product platform designed for real operations, integration, auditability, and long-term maintainability.
Governance Profile
Access control, audit, and compliance
LLA infrastructure operations maintain a change log of every configuration modification, deployment, and incident response action. Access to infrastructure is key-controlled with no shared credentials. Security patches are applied within documented SLA windows. Backup restore tests are performed on a scheduled cadence.
Why LLA
What makes LLA's delivery different
01
LLA has deployed and managed infrastructure for legal, ERP, AI, and logistics platforms in Vietnam — understanding the operational context of each application.
02
LLA uses open, transferable infrastructure tooling — Docker, Coolify, Traefik, PostgreSQL — not proprietary lock-in.
03
LLA designs backup and disaster recovery with documented RTO/RPO targets and tested restore procedures.
04
LLA's security hardening is informed by enterprise deployment experience — not just a checklist.
05
LLA provides infrastructure documentation and runbooks so the client team can operate independently.
FAQ
Questions customers usually ask
Can this be customized?
Yes. LLA uses the product foundation as a starting point, then adapts workflows, data fields, roles, integrations, and reports to the customer's operating model.
Can it be deployed privately?
Yes. LLA supports private deployment using Docker/Coolify, IIS, PostgreSQL, object storage, and customer-controlled infrastructure when needed.
Does it support bilingual content?
The architecture supports English and Vietnamese content, including translated entity slugs for public detail pages.
Design the system around your operation
LLA can adapt this platform to your workflows, integrations, compliance model, and deployment environment.
Book a Consultation →