floework

Enterprise-Grade, Human-Aware SaaS Execution Platform
Decoupled Multi-AZ AWS Infrastructure · Fastify Modular Monolith on ECS Fargate · RDS PostgreSQL 16 · Amazon Bedrock AI · Real-Time WebSockets · SQS FIFO Workers

Production Launch Readiness (26/26 Certified) · Architecture Case Study · Resume & Interview Defense · Day-2 Runbook · Report an Issue

Overview

floework is a modern collaborative execution platform engineered for high-velocity software engineering teams. Rather than relying on invasive screen tracking, shallow status counters, or fragmented spreadsheets, floework pairs real-time collaborative task execution with quantified focus sessions, directed acyclic graph (DAG) dependency intelligence, and executive AI summaries.

The platform has undergone a comprehensive, zero-downtime architectural evolution: transitioning from an early monolithic prototype into a production-hardened, decoupled cloud platform on Amazon Web Services (AWS) using Infrastructure as Code (Terraform), zero-lock Optimistic Concurrency Control (OCC), asynchronous FIFO queues, and keyless GitHub Actions OIDC pipelines.

Target Cloud Architecture

The floework platform runs on a Multi-AZ Virtual Private Cloud (VPC) designed according to the AWS Well-Architected Framework:

flowchart TD
    subgraph Client ["Client Perimeter"]
        SPA["React 18 SPA (Vite / TailwindCSS)"]
    end

    subgraph Edge ["AWS Edge & Public Ingress"]
        R53["Route 53 Hosted Zone\n(api.floework.internal / Apex)"]
        ACM["AWS Certificate Manager\n(Wildcard SSL/TLS)"]
        CF["CloudFront CDN + OAC\n(Static Assets & Cached Avatars)"]
        ALB["Application Load Balancer (ALB)\n(Port 80/443 SSL Termination)"]
        APIGW["API Gateway WebSocket API\n($connect / $disconnect / $default)"]
    end

    subgraph VPC ["Amazon VPC (10.0.0.0/16 - Multi-AZ: us-east-1a, us-east-1b)"]
        subgraph AppSubnets ["Private Application Subnets (10.0.10.0/24, 10.0.11.0/24)"]
            ECS1["ECS Fargate Task 1 (Port 3000)\nFastify Modular Monolith"]
            ECS2["ECS Fargate Task 2 (Port 3000)\nFastify Modular Monolith"]
            AutoScaler["Target Tracking Auto-Scaler\n(CPU 70% / RAM 80%)"]
            Worker["SQS Background Worker Pool\n(Long Polling & Exponential Backoff)"]
        end

        subgraph DataSubnets ["Private Isolated Data Subnets (10.0.20.0/24, 10.0.21.0/24)"]
            RDS[("Amazon RDS PostgreSQL 16\n(Multi-AZ Standby, gp3, KMS Encrypted)")]
            Redis[("Amazon ElastiCache Redis\n(Distributed Rate Limiting & Pub/Sub)")]
            DDB[("Amazon DynamoDB\n(WebSocket Connection Registry with TTL)")]
        end
    end

    subgraph AWSNative ["AWS Managed Services Tier"]
        S3[("Amazon S3 Private Storage\n(Block Public Access, AES-256)")]
        SQS["Amazon SQS FIFO Queues\n(focus-completion, audit-logs, notifications)"]
        DLQ["Dead-Letter Queues (DLQs)\n(maxReceiveCount=3, 14-day retention)"]
        Bedrock["Amazon Bedrock Runtime\n(Claude 3 Haiku / Claude 3.5 Sonnet)"]
        SES["Amazon SES Transactional Email\n(Verified Identity & Invite Templates)"]
        CW["Amazon CloudWatch (7 Metric Alarms)\n+ Amazon SNS Alert Bus"]
        Secrets["AWS Secrets Manager & SSM Parameter Store\n(KMS Customer Managed Key)"]
    end

    SPA -->|HTTPS| CF
    SPA -->|REST API / SigV4 Uploads| ALB
    SPA -->|WSS Heartbeat / Presence| APIGW

    ALB -->|Forward /health| ECS1 & ECS2
    APIGW -->|Persist connectionId| DDB
    APIGW -->|WebSocket Events| ECS1

    ECS1 & ECS2 -->|Port 5432 Ingress| RDS
    ECS1 & ECS2 -->|Port 6379 Ingress| Redis
    ECS1 & ECS2 -->|SigV4 Presigned URLs| S3
    ECS1 & ECS2 -->|Enqueue FIFO Events| SQS
    ECS1 & ECS2 -->|InvokeModel| Bedrock
    ECS1 & ECS2 -->|SendEmail| SES
    ECS1 & ECS2 -->|Structured JSON Logs| CW

    SQS -->|Consume Batch| Worker
    Worker -->|Failed > 3| DLQ
    Worker -->|Compute Metrics| RDS

Core Architectural Pillars

1. Zero-Lock Optimistic Concurrency Control (OCC)

Eliminates destructive database row locks during high-frequency collaborative sprint planning.
Every task mutation enforces version = client_version sequencing.
Conflicting writes instantly return HTTP 409 Conflict (STALE_UPDATE), log structured audit metadata to concurrency_conflicts, and trigger client-side randomized jitter reconciliation (50–200ms).

2. High-Throughput Real-Time WebSockets

Replaced monolithic server-bound sockets with Amazon API Gateway WebSockets backed by Amazon DynamoDB connection registry.
Supports high-frequency presence pulses (In Focus, Available) and Kanban column drags without server memory leakage.
Workspace-level fan-out achieved in < 5ms via Amazon ElastiCache Redis Pub/Sub.

3. Asynchronous FIFO Decoupling & Background Workers

Critical path HTTP requests (such as deep work session completions) offload heavy stability scoring to Amazon SQS FIFO queues (focus-completion.fifo, audit-logs.fifo, notifications.fifo).
Handlers respond immediately with HTTP 202 Accepted (< 15ms response latency).
Resilient worker processes leverage 20-second long polling and automated routing to Dead-Letter Queues (DLQ) after 3 failed attempts.

4. Zero-Data-Loss Cloud Migration & Reverse Replication

Automated delta synchronization engine (scripts/cutover_delta_sync.mjs) replays records in strict topological dependency order across all 7 core domain tables.
Employs transactional idempotency (ON CONFLICT (id) DO UPDATE) and SHA-256 checksum digests.
Supports reverse replication mode (--reverse) providing a 48-hour safety net during cutover.

5. Keyless GitHub Actions CI/CD via AWS OIDC Federation

Workflows authenticate to AWS using short-lived tokens via AWS STS (AssumeRoleWithWebIdentity) bound to repo:Atharva-Mendhulkar/floework:*.
Zero static AWS Access Keys (AWS_ACCESS_KEY_ID / AWS_SECRET_ACCESS_KEY) stored in GitHub Secrets.
Automated container builds with Docker Buildx, Trivy vulnerability scanning, and push to Amazon ECR.

6. Execution Intelligence Graph (DAG Cycle Detection)

Powers Floework's @xyflow/react Execution Intelligence Graph.
Server-side 3-color topological DFS (UNVISITED, VISITING, VISITED) rejects self-loops and circular dependencies (A -> B -> A or transitive A -> B -> C -> A) with HTTP 400 Circular dependency detected.
Features real-time downstream blocker cascade calculation and critical path identification.

7. FinOps & Continuous Cost Optimization Governance

Declarative cost control layer managed via terraform/modules/finops/ with multi-tier AWS Budgets (50%, 80%, 100% actual + 100% forecasted) routing alerts to the SNS operational bus.
AWS Cost Anomaly Detection running dimensional service monitors with $10 (staging) / $20 (production) root-cause impact triggers.
Automated FinOps CLI audit engine (scripts/finops_cost_audit.mjs) evaluating idle resources, unattached storage, NAT Gateway consolidation, and baseline run-rates:

$ node scripts/finops_cost_audit.mjs --multi-az-nat

Flowework AWS FinOps Audit
==========================

Environment: staging

NAT Gateways:              2
RDS instances:             1
ECS services:              2
ElastiCache clusters:      1
Unattached EBS volumes:    0
Unassociated EIPs:         0

Potential optimizations:
- NAT Gateway consolidation: HIGH
- Redis idle utilization:    MEDIUM
- RDS sizing review:         MEDIUM
- S3 storage lifecycle tiering: LOW

Budget:
Current monthly budget:     $50.00 USD
Alert thresholds:           50 / 80 / 100%
Estimated monthly run-rate: $166.13 (332% of budget)
Cost Anomaly Monitor:       ACTIVE ($10.00 threshold -> SNS)

8. Production Launch Readiness & Day-2 Operations Certification

Status Declaration: Production Launch Readiness: CERTIFIED BY CONFIGURATION AND VALIDATION.
Formal 5-level verification taxonomy: IMPLEMENTED, VALIDATED, AWS_VALIDATED, FAILURE_TESTED, PROD_TESTED.
Comprehensive Day-2 Operations Runbook (docs/DAY_2_OPERATIONS_RUNBOOK.md) and Incident Response Playbook (docs/INCIDENT_RESPONSE_PLAYBOOK.md).
Automated launch readiness certification CLI (scripts/production_readiness_audit.mjs) certifying 100% across all 11 infrastructure domains:

$ node scripts/production_readiness_audit.mjs

==============================================================================
Floework Production Launch Readiness Certification
STATUS: Production Launch Readiness: CERTIFIED BY CONFIGURATION AND VALIDATION
==============================================================================

Overall Readiness Score: 100% (26/26 controls certified)

Monorepo Directory Structure

floework/
├── .github/
│   └── workflows/
│       ├── ci.yml                    # Automated quality gate (99 tests across Node 20 & 22)
│       ├── terraform-ci.yml          # IaC formatting check, validation & speculative plan
│       ├── docker-ecr.yml            # Docker Buildx, Trivy CVE scan & Amazon ECR publish
│       ├── deploy-frontend.yml       # React SPA build, S3 asset sync & CloudFront CDN invalidation
│       └── production-cutover.yml    # Automated cutover, synthetic validation & rollback pipeline
├── api/                              # Fastify Modular Monolith Application
│   ├── _lib/                         # Shared core libraries & AWS adapters
│   │   ├── auth.ts                   # Stateless JWT auth guard with request memoization
│   │   ├── cors.ts                   # Strict origin CORS whitelist engine
│   │   ├── dag.ts                    # 3-color topological DFS DAG cycle detector
│   │   ├── jwt.ts                    # RS256/HS256 local cryptographic JWT verifier
│   │   ├── logger.ts                 # Pino structured JSON correlation logger (X-Trace-Id)
│   │   ├── rateLimit.ts              # Redis distributed sliding-window rate limiter
│   │   ├── realtime.ts               # Redis Pub/Sub & WebSocket event broadcaster
│   │   ├── ses.ts                    # Amazon SES transactional email client
│   │   ├── sqs.ts                    # Amazon SQS FIFO client & event partitioner
│   │   └── storage.ts                # Amazon S3 SigV4 presigned URL generator
│   ├── analytics/                    # AI narrative synthesis & Amazon Bedrock adapter
│   ├── billing/                      # Stripe subscription webhook cryptographic handler
│   ├── focus/                        # Asynchronous focus completion endpoint (HTTP 202)
│   ├── storage/                      # Presigned upload & download URL endpoints
│   ├── tasks/                        # Tasks CRUD, OCC mutations & DAG dependencies
│   ├── workspaces/                   # Workspace management, membership & SES invites
│   └── server.ts                     # Modular monolith HTTP server with health probes
├── apps/
│   └── web/                          # React 18 SPA (Vite + TailwindCSS + @xyflow/react)
│       ├── src/components/           # UI components & MaintenanceBanner
│       ├── src/services/             # AWS WebSocket & S3 Storage dual-mode services
│       └── src/store/                # Redux state & API client layer
├── docs/
│   ├── PRODUCTION_LAUNCH_READINESS_REPORT.md # Executive launch certification & tradeoff registry
│   ├── DAY_2_OPERATIONS_RUNBOOK.md   # Standard operating procedures (deploy, rollback, failover)
│   ├── INCIDENT_RESPONSE_PLAYBOOK.md # 6-stage incident lifecycle & blameless RCA templates
│   ├── PRODUCTION_CUTOVER_RUNBOOK.md # Zero-downtime cutover & 48-hour rollback runbook
│   ├── DISASTER_RECOVERY_RUNBOOK.md  # Multi-AZ failover, PITR restoration & cross-region DR
│   ├── SECURITY_AND_COMPLIANCE.md    # CIS Benchmark, SOC 2 Type II controls & audit policies
│   ├── CHAOS_AND_RESILIENCY_PLAYBOOK.md # Fault injection, SLO error budgets & GameDay drills
│   └── FINOPS_AND_COST_OPTIMIZATION.md # Cloud spend control, AWS Budgets & idle cost governance
├── scripts/
│   ├── production_readiness_audit.mjs # Automated 11-domain launch readiness certification engine
│   ├── finops_cost_audit.mjs         # Automated cloud spend, idle resource & budget audit engine
│   ├── chaos_resiliency_test.mjs     # Automated chaos engineering & latency SLA engine
│   ├── security_compliance_audit.mjs # Automated CIS Benchmark v3.0 audit engine
│   ├── dr_backup_restore.mjs         # Automated disaster recovery validation & PITR engine
│   ├── production_cutover.mjs        # 6-stage production cutover orchestrator & rollback
│   ├── run_migrations.mjs            # Automated transactional database migration runner
│   ├── cutover_delta_sync.mjs        # Zero-data-loss delta sync engine with --reverse
│   ├── migrate_storage_to_s3.mjs     # Automated S3 asset migration utility
│   ├── smoke_test_e2e.mjs            # Synthetic end-to-end multi-surface smoke tester
│   └── seed_edges.mjs                # Dependency graph seeding script
├── database/
│   └── migrations/                   # PostgreSQL schema migrations (42 files: 000 through 040)
├── terraform/                        # Infrastructure as Code (HashiCorp Terraform v1.9.5)
│   ├── environments/
│   │   ├── staging/                  # Staging composition (17 modules wired together)
│   │   └── production/               # Production HA composition (19 modules, multi-AZ, WAF v2, compliance, finops)
│   └── modules/
│       ├── alb/                      # Application Load Balancer & target groups
│       ├── auth/                     # Amazon Cognito User Pool & SPA client
│       ├── cache/                    # Amazon ElastiCache Redis replication group
│       ├── ci_cd/                    # GitHub Actions OIDC provider, IAM deployment roles & ECR
│       ├── compliance/               # AWS CloudTrail, S3 compliance audit bucket & AWS Config
│       ├── compute/                  # ECS Fargate cluster, API & SQS worker services, migration task & auto-scaling
│       ├── database/                 # Amazon RDS PostgreSQL 16 Multi-AZ instance
│       ├── dns/                      # Route 53 public zone, alias records & ACM SSL
│       ├── email/                    # Amazon SES verified identity & sending policies
│       ├── finops/                   # AWS Budgets (50/80/100%), Cost Anomaly Detection & SNS alerts
│       ├── frontend/                 # S3 private static hosting & CloudFront CDN with OAC and SPA routing
│       ├── networking/               # Multi-AZ VPC, subnets, route tables & NAT gateway
│       ├── observability/            # CloudWatch metric alarms & Amazon SNS alert bus
│       ├── queue/                    # Amazon SQS FIFO queues, DLQs & IAM policies
│       ├── realtime/                 # API Gateway WebSocket API & DynamoDB table
│       ├── secrets/                  # SSM Parameter Store standard parameter hierarchy
│       ├── security/                 # KMS Customer Managed Key (CMK) & security groups
│       ├── storage/                  # Amazon S3 private storage bucket & CloudFront OAC
│       └── waf/                      # Regional AWS WAF v2 Web ACL & Layer 7 rate limiting
├── test/
│   └── api/                          # Comprehensive API behavioral test suite (225 tests)
├── workers/
│   └── sqs-worker.ts                 # Resilient SQS FIFO background processing worker
├── Dockerfile                        # Multi-stage hardened Node 20 Alpine container
└── package.json                      # Monorepo scripts & dependencies

Verification & Testing Matrix

Every module, endpoint, and architectural invariant is verified by automated test suites with 100% pass rates:

┌────────────────────────────────────────────────────────────────────────────────────────┐
│                                 AUTOMATED TEST MATRIX                                  │
├──────────────────────────────┬────────────────────────────┬─────────────┬──────────────┤
│ Test Suite                   │ Target Layer               │ Tests       │ Result       │
├──────────────────────────────┼────────────────────────────┼─────────────┼──────────────┤
│ test/api/security_phase1     │ OCC Patching & Anti-Spoof  │ 15 tests    │ ✓ Passed     │
│ test/api/server_phase4       │ Fastify Server & Probes    │ 4 tests     │ ✓ Passed     │
│ test/api/auth_phase5         │ JWKS Verification & CORS   │ 11 tests    │ ✓ Passed     │
│ test/api/realtime_phase6     │ WebSocket Registry & PubSub│ 6 tests     │ ✓ Passed     │
│ test/api/storage_phase7      │ S3 Presigned URLs & OAC    │ 15 tests    │ ✓ Passed     │
│ test/api/sqs_phase8          │ SQS FIFO Queues & Worker   │ 13 tests    │ ✓ Passed     │
│ test/api/observability_phase9│ JSON Logs & Metric Alarms  │ 10 tests    │ ✓ Passed     │
│ test/api/cutover_phase10     │ Delta Sync & Smoke Harness │ 6 tests     │ ✓ Passed     │
│ test/api/saas_phase11        │ SES Email, DAG & Stripe    │ 15 tests    │ ✓ Passed     │
│ test/api/migrations_runner   │ Checksums, Shim & Runner   │ 15 tests    │ ✓ Passed     │
│ test/api/compute_phase15     │ ECS Fargate, Worker & CD   │ 22 tests    │ ✓ Passed     │
│ test/api/frontend_phase16    │ S3, CloudFront OAC & SPA   │ 17 tests    │ ✓ Passed     │
│ test/api/cutover_phase17     │ Live Verification & DNS    │ 18 tests    │ ✓ Passed     │
│ test/api/production_phase18  │ WAF v2, Prod HA & DR       │ 16 tests    │ ✓ Passed     │
│ test/api/compliance_phase19  │ CIS Benchmark & CloudTrail │ 17 tests    │ ✓ Passed     │
│ test/api/resiliency_phase20  │ Chaos, Fallback & SLOs     │ 13 tests    │ ✓ Passed     │
│ test/api/finops_phase21      │ Cost Budgets & Anomaly     │ 12 tests    │ ✓ Passed     │
│ test/api/readiness_phase22   │ Launch Readiness & Day-2   │ 11 tests    │ ✓ Passed     │
│ apps/web (Frontend Tests)    │ React Components & Hooks   │ 4 tests     │ ✓ Passed     │
├──────────────────────────────┼────────────────────────────┼─────────────┼──────────────┤
│ TOTAL AUTOMATED TESTS        │ Full Monorepo Coverage     │ 240 tests   │ 100% Passed  │
├──────────────────────────────┼────────────────────────────┼─────────────┼──────────────┤
│ Terraform Staging Validation │ 17 Infrastructure Modules  │ 106 to add  │ Clean Plan   │
│ Terraform Production Valid.  │ 19 Infrastructure Modules  │ 125 to add  │ Clean Plan   │
└──────────────────────────────┴────────────────────────────┴─────────────┴──────────────┘

Getting Started

Prerequisites

Node.js: v20.x or v22.x
npm: v10.x or newer
Terraform: v1.9.5 or newer (for infrastructure operations)
Docker: For local container builds and execution

1. Installation

Clone the repository and install all dependencies:

git clone https://github.com/Atharva-Mendhulkar/floework.git
cd floework
npm install

2. Environment Configuration

Copy the environment template and configure your parameters:

cp .env.example .env.local

Key environment variables:

# Application Configuration
NODE_ENV=development
PORT=3000
AWS_REGION=us-east-1

# Identity & Auth
COGNITO_USER_POOL_ID=us-east-1_example
COGNITO_CLIENT_ID=exampleclientid
JWT_SECRET=your-development-jwt-secret-min-32-chars

# Database & Caching
DB_HOST=localhost
DB_PORT=5432
DB_NAME=floework
DB_USER=floework_admin
REDIS_HOST=localhost
REDIS_PORT=6379

# Amazon S3 & Object Storage
S3_STORAGE_BUCKET=floework-staging-storage-us-east-1
CLOUDFRONT_DOMAIN=d1234567890.cloudfront.net

# Amazon Bedrock AI
BEDROCK_REGION=us-east-1
BEDROCK_MODEL_ID=anthropic.claude-3-haiku-20240307-v1:0

3. Available NPM Scripts

Command	Description
`npm run test:api`	Run all 236 backend API behavioral unit and integration tests
`npm run test:web`	Run frontend React unit and component tests with Vitest (4 tests)
`npm run test`	Run complete monorepo test suite (240 / 240 tests passing, 100% pass rate)
`npm run start`	Start the modular monolith Fastify API server locally
`npm run worker`	Launch the Amazon SQS FIFO background processing worker
`npm run build`	Build the production React SPA bundle into `apps/web/dist/`
`npm run smoke`	Execute synthetic end-to-end smoke tests against API & CDN endpoints
`npm run sync`	Run zero-data-loss database delta synchronization
`npm run cutover`	Execute automated 6-stage production cutover and DNS switchover
`npm run cutover:dry-run`	Rehearse production cutover sequence in simulated dry-run mode
`npm run dr:test`	Run automated disaster recovery readiness and SLA compliance audit
`npm run dr:dry-run`	Rehearse disaster recovery evaluation in simulated dry-run mode
`npm run compliance:audit`	Run automated CIS AWS Foundations Benchmark compliance audit
`npm run compliance:dry-run`	Rehearse security compliance evaluation in simulated dry-run mode
`npm run chaos:test`	Run automated chaos fault injection and latency percentile SLA suite
`npm run chaos:dry-run`	Rehearse chaos engineering scenarios in simulated dry-run mode
`npm run finops:audit`	Run automated cloud spend, idle resource & budget compliance audit
`npm run finops:dry-run`	Rehearse FinOps cost evaluation in simulated dry-run mode
`npm run readiness:audit`	Run automated 11-domain production launch readiness certification
`npm run readiness:dry-run`	Rehearse launch readiness evaluation in simulated dry-run mode
`npm run migrate:db`	Execute pending PostgreSQL migrations with transactional tracking
`npm run migrate:status`	Inspect applied vs pending migration status across all 42 migrations
`npm run migrate:dry-run`	Preview pending migrations without applying changes
`npm run migrate:s3`	Migrate media assets from source storage to private S3

Infrastructure as Code (Terraform)

All AWS infrastructure is declaratively managed under terraform/.

Validating & Planning Infrastructure

# Check canonical formatting
terraform fmt -check -recursive terraform/

# Validate configuration across all 15 modules
terraform -chdir=terraform/environments/staging validate

# Run a read-only speculative plan against live AWS credentials
terraform -chdir=terraform/environments/staging plan -no-color

Cost Optimization & Safety Policies

Zero Idle Spend in Staging: Multi-AZ NAT Gateways and expensive managed instances default to single-AZ or micro sizes (cache.t4g.micro, db.t4g.small).
Secret Safety: No hardcoded API keys or master passwords in Terraform state. Database credentials rotate automatically via AWS Secrets Manager.
Speculative Plan Safety: All CI pull request jobs execute in read-only speculative mode using least-privilege IAM roles.

Architectural Roadmap (All 22 Phases Completed & Certified)

MVP ➔ AWS Architecture ➔ Security ➔ High Availability ➔ Disaster Recovery ➔ Chaos Engineering ➔ CI/CD + OIDC ➔ Container Security ➔ FinOps ➔ Day-2 Operations ➔ FINAL

Contributing

Contributions are welcome! Please follow these steps:

Fork the repository.
Create a feature branch: git checkout -b feature/my-feature.
Verify all automated tests pass: npm run test:api && npm run test:web.
Commit your changes with a conventional commit message.
Push to your branch and open a Pull Request.

License

Distributed under the MIT License. See LICENSE for details.

(back to top)

Name		Name	Last commit message	Last commit date
.agents		.agents
.github/workflows		.github/workflows
api		api
apps/web		apps/web
assets		assets
database/migrations		database/migrations
docker		docker
docs		docs
scripts		scripts
src/components		src/components
terraform		terraform
test		test
workers		workers
.dockerignore		.dockerignore
.env.example		.env.example
.gitignore		.gitignore
AGENTS.md		AGENTS.md
Dockerfile		Dockerfile
GEMINI.md		GEMINI.md
README.md		README.md
docker-compose.yml		docker-compose.yml
package-lock.json		package-lock.json
package.json		package.json
project.md		project.md
tsconfig.json		tsconfig.json
vercel.json		vercel.json
vitest.config.ts		vitest.config.ts
vitest.integration.config.ts		vitest.integration.config.ts

Navigation Menu

Repository files navigation

floework

Overview

Target Cloud Architecture

Core Architectural Pillars

1. Zero-Lock Optimistic Concurrency Control (OCC)

2. High-Throughput Real-Time WebSockets

3. Asynchronous FIFO Decoupling & Background Workers

4. Zero-Data-Loss Cloud Migration & Reverse Replication

5. Keyless GitHub Actions CI/CD via AWS OIDC Federation

6. Execution Intelligence Graph (DAG Cycle Detection)

7. FinOps & Continuous Cost Optimization Governance

8. Production Launch Readiness & Day-2 Operations Certification

Monorepo Directory Structure

Verification & Testing Matrix

Getting Started

Prerequisites

1. Installation

2. Environment Configuration

3. Available NPM Scripts

Infrastructure as Code (Terraform)

Validating & Planning Infrastructure

Cost Optimization & Safety Policies

Architectural Roadmap (All 22 Phases Completed & Certified)

Contributing

License

About

Releases

Packages

Contributors

Languages

Latest commit

History

Folders and files

Repository files navigation

floework

Overview

Target Cloud Architecture

Core Architectural Pillars

1. Zero-Lock Optimistic Concurrency Control (OCC)

2. High-Throughput Real-Time WebSockets

3. Asynchronous FIFO Decoupling & Background Workers

4. Zero-Data-Loss Cloud Migration & Reverse Replication

5. Keyless GitHub Actions CI/CD via AWS OIDC Federation

6. Execution Intelligence Graph (DAG Cycle Detection)

7. FinOps & Continuous Cost Optimization Governance

8. Production Launch Readiness & Day-2 Operations Certification

Monorepo Directory Structure

Verification & Testing Matrix

Getting Started

Prerequisites

1. Installation

2. Environment Configuration

3. Available NPM Scripts

Infrastructure as Code (Terraform)

Validating & Planning Infrastructure

Cost Optimization & Safety Policies

Architectural Roadmap (All 22 Phases Completed & Certified)

Contributing

License

About

Topics

Resources

Stars

Watchers

Forks

Releases

Packages

Contributors

Languages