Platform engineering
Self-service paths, reusable controls and golden workflows reduce cognitive load while preserving engineering choice.
Technology
Connect product delivery, runtime evidence and business decisions.
Harbor Nexus brings platform engineering, API lifecycle, observability, secure software supply chains, product analytics and AI engineering into one operating architecture.
What we bring
Capabilities built for operating reality.
Technology, methods and governance are designed as one system with clear ownership, evidence and feedback.
API and integration lifecycle
Contracts, versioning, identity, policy, telemetry and retirement are managed as product responsibilities.
Runtime and product observability
OpenTelemetry and semantic metrics connect service behavior to customer journeys and product outcomes.
Secure software and AI supply chain
SBOM, provenance, policy, artifact control and AI component evidence support trusted delivery.
Our solution architecture
Technology depth, shown in operating context.
Each visual is paired with the part of the solution it supports, connecting production technology, system boundaries, controls and operating evidence.
Cloud-native platform
Containers, orchestration, APIs, event services and managed data capabilities form reusable product foundations.
Platform engineering
Golden paths, self-service environments, policy automation and developer portals reduce delivery friction.
DevSecOps and provenance
Secure development, dependency controls, SBOM, signed artifacts and deployment evidence protect the supply chain.
Runtime observability
OpenTelemetry traces, metrics and logs connect service behavior to user journeys, product outcomes and incidents.
Product intelligence
Experimentation, semantic metrics, adoption funnels and causal analysis connect releases to business decisions.
AI engineering
MLOps, LLMOps, RAG, agent controls, evaluation, routing, safety and cost governance support production AI features.
Reference architecture
A connected production flow.
The architecture makes responsibilities, interfaces, decision points and operating evidence visible from source to outcome.
Source
Code, models, data, dependencies and policy.
Build
CI, tests, provenance, SBOM and artifacts.
Platform
Deployment, identity, policy and self-service paths.
Runtime
Services, APIs, telemetry, SLOs and incidents.
Decide
Product, engineering, marketing and customer outcomes.
Standards and governance
Methods anchored in durable frameworks.
Standards are applied according to scope, system layer and jurisdiction. They inform architecture and controls without being presented as certification claims.
OpenAPI 3.2 and OpenTelemetry
Interface contracts and vendor-neutral telemetry support observable platform operations.
SPDX, CycloneDX and SLSA
Component inventory and build provenance strengthen software and AI supply-chain evidence.
ISO/IEC 27001, 27017 and 27018
Information, cloud and hosted-data controls inform architecture and operating responsibility.
Evidence of value
Measure the system, not one model score.
Evaluation combines business outcome, system quality, operating reliability and governance evidence.
Delivery
Deployment frequency, lead time, change failure, recovery and platform adoption.
Reliability
SLO attainment, tail latency, availability, incident learning and cost.
Supply-chain trust
Provenance coverage, vulnerability exposure, policy exceptions and remediation.