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Digital Product Engineering & IoT
Scalable SaaS Architectures, Smart Connected Devices & High-Velocity UI/UX

Digital Product Engineering & IoT

From greenfield SaaS platforms to mission-critical industrial IoT telematics, our engineering squads combine modern human-centric design with resilient distributed backend architecture.

-45%Time-to-MarketUsing pre-built enterprise component SDKs
5M+Concurrent Connected DevicesOn unified IoT telemetry broker
96.4%User Satisfaction (CSAT)Across consumer and enterprise B2B apps
94%Test Automation CoverageZero regression on continuous release
Architecture LayersTier-1 Reference
Client & Presentation Layer
Fluid Design SystemMicro-Frontend ShellOffline-First State Sync
WCAG 2.1 AAA Accessibility and strict CSP headers

Module Breakdown & Deliverables

Production-grade modules engineered and supported by HexatechLab dedicated squads.

Enterprise SaaS & Micro-Frontends

Architect high-performance distributed frontend and backend applications designed for millions of daily active users.

Production Outcomes:
  • Sub-second First Contentful Paint
  • Modular squad code ownership
  • Flawless accessibility compliance
Tech Stack Integration:
Next.jsReactTypeScriptNode.jsGoGraphQLTailwind CSS

Industrial IoT & Connected Device Mesh

Build robust device-to-cloud telemetry ingestion pipelines, predictive maintenance models, and digital twin visualizers.

Production Outcomes:
  • Reliable message delivery over low-bandwidth cellular
  • Real-time vibration and temperature anomaly alerts
  • Over-the-air firmware updates
Tech Stack Integration:
MQTTAWS IoT CoreAzure IoT HubRustC++TimescaleDB
Featured Case Study in this DomainRetail & eCommerce

Composable Headless Commerce Transformation for Omnichannel Retail

Migrated a monolithic eCommerce legacy estate into a composable headless MACH architecture with sub-second page performance across web and mobile.

Zero DropsCampaign Stability
Sub-SecondMobile Page Load Speed
DecreasedCart Abandonment Rate
Bi-WeeklyFeature Release Cadence
Technical & Implementation FAQs

What is your typical project kickoff velocity for new product engineering?

With our ready-to-deploy engineering pods and modular architectural accelerators, we can initiate sprint zero within 5 to 7 business days.