Cloud & DevOps Company in Miami

Miami cloud engagements diverge sharply once ships are involved: a scoped Miami cloud foundation build (multi-account AWS Organizations landing zone, Terraform baseline, EKS cluster, CI/CD pipeline, observability, FIPA-aligned logging), SRE-as-a-service for a Miami fintech or trading firm, or cruise-line hybrid IT/OT engagements (land-side AWS plus shipboard Purdue Model assessment, Claroty or Nozomi deployment, VSAT bandwidth budgeting). Scope drivers include on-call coverage, with bilingual Spanish-Portuguese rotations priced at the higher end.

AWS us-east-1 in Northern Virginia is the closest region, roughly 1,500 km (930 mi) of network distance with typical end-user RTT of 25 to 35 ms over major Miami transit (NTT, Lumen, Cogent, Telxius via the NAP of the Americas at 36 NE 2nd Street). us-east-2 in Ohio adds another 10 to 15 ms but is the canonical DR pair to avoid same-fault-domain risk inside us-east-1. There is no AWS region in Florida. For Latam-facing workloads we extend into sa-east-1 (São Paulo) at roughly 130 to 150 ms RTT from Miami. Cloudflare runs a Miami POP at the NAP of the Americas for edge cacheing, WAF, and Workers, which closes most user-facing latency gaps for static and edge-cachable content.

FIPA (Fla. Stat. §501.171) requires notification of any breach of personal information affecting Florida residents within 30 days of determination, with notice to the Attorney General if the breach affects more than 500 Florida residents. Covered data includes name plus SSN, driver licence, financial account, medical, health insurance, or biometric. We ship every Miami workload with KMS-managed encryption at rest, TLS 1.3 in transit, CloudTrail and VPC Flow Logs centralised in a logging account with 7-year retention, GuardDuty and Security Hub findings routed to PagerDuty, and a documented incident response runbook referencing FIPA’s 30-day clock. State agency vendors must additionally comply with Fla. Stat. §282.318 cybersecurity standards and the Florida Cybersecurity Standards aligned with NIST CSF.

Shipboard OT (engine room, navigation, ballast, propulsion, HVAC, power management) is governed by the Maritime Transportation Security Act (MTSA), USCG NVIC 01-20 cyber risk management guidance, IMO Resolution MSC.428(98) requiring cyber risk management in safety management systems by January 2021, and increasingly the IACS UR E26 and UR E27 unified requirements effective July 2024. We deploy Claroty xDome or Nozomi Networks Guardian against shipboard ICS networks, segment to the Purdue Model (Levels 0 to 5) with strict DMZ between OT and the VSAT backhaul (Starlink Maritime, SES, or Inmarsat Fleet Xpress), and run continuous monitoring with shore-side SOC integration. Guest Wi-Fi, crew, POS, gaming, and OT run on physically isolated VLANs with no cross-routing.

Yes. Our Miami SRE rotations include native Spanish and native Brazilian Portuguese engineers, with runbooks maintained in English, Spanish, and Portuguese. This matters specifically for Latam fintech clients (Lemon, Belvo, dLocal, Nubank-adjacent) and for cruise lines whose shoreside operations teams in Doral, Brickell, and PortMiami run Spanish-first incident bridges. We follow a follow-the-sun model spanning Miami, Bogotá, and São Paulo time zones, with PagerDuty or Opsgenie routing localised by language preference and runbook output translated through a reviewed glossary, not raw machine translation. On-call salaries and FX-driven cost arbitrage are documented in the engagement contract.

Miami sits inside the most active major-hurricane corridor in the United States. Every workload we ship runs with a documented Recovery Time Objective (RTO) and Recovery Point Objective (RPO), cross-region replication between us-east-1 and us-east-2, S3 Cross-Region Replication for object storage, RDS or Aurora cross-region read replicas, and Route 53 health-check-driven failover. We test a full DR drill at least once per quarter and one full failover during the June through November Atlantic hurricane season pre-cutover. Office and human DR is separately documented — we assume PortMiami, Brickell, and Doral lose power for 5 to 14 days in a Cat 4+ landfall and route on-call through Bogotá, São Paulo, or Edmonton accordingly.

Yes. Citadel Securities’ Brickell HQ pulled adjacent trading firms south, and the standard pattern is a Miami control plane (compliance, risk, analytics, reporting) with execution colocation in Equinix NY4 (Secaucus, NJ) or NY5, sometimes mirrored into CH1 Cermak (Chicago) for futures access. We build cross-connect-aware deployments using Equinix Fabric or Megaport, kdb+ tick capture, FIX engine monitoring (Onixs, Bravura, custom), and SEC Reg SCI-aligned change management with full audit trail for any system covered by Reg SCI Rule 1001(a). FINRA Rule 4370 business continuity and FINRA cybersecurity guidance set the operational baseline. Real-time risk and pre-trade controls follow SEC Rule 15c3-5 (Market Access Rule).

A typical Latam fintech expansion from Miami uses us-east-1 as the primary region for US-facing services, sa-east-1 (São Paulo) for Brazilian latency and BCB Resolution 4,893 data residency expectations, and either AWS Mexico (planned) or us-west-2 for Mexican CNBV-regulated workloads. We bridge OFAC sanctions screening (ChainAlysis, Elliptic, TRM Labs for crypto; LexisNexis Bridger, Refinitiv World-Check for fiat) into the payment authorisation path, build OFAC-aware account opening flows, and integrate Brazilian PIX, Mexican SPEI, and Colombian Transfiya rails. PCI DSS v4.0 applies to any card-present or card-not-present flow, and SOC 2 Type II is table stakes for Latam B2B fintech selling into US enterprise customers.