Assess
Independent technical assessment of architecture, reliability, security, performance or operational readiness.
Engineering Consulting Catalogue
Solve production problems with engineering judgment.
Consulting is organized around business and engineering outcomes—not a list of products. Explore the challenges we help assess, the technical areas we review, representative engagements and the deliverables a client can expect.
Architecture-led Evidence-driven Production-aware
Engagement modes
Architect
Reference architecture, design decisions, technology selection and implementation roadmap.
Implement
PoCs, integration, migration, automation, optimization and selected hands-on engineering work where scope permits.
Advise
Ongoing technical advisory, architecture reviews, troubleshooting support and engineering guidance.
01ASSESS → DECIDE → ARCHITECT → ROADMAP
Architecture & Technical Advisory
Independent engineering guidance for organizations making architecture, platform, modernization or technology-selection decisions across connected systems.
Current-state architectureTarget-state designTechnology evaluationIntegration patternsResilience and operabilitySecurity boundariesCost / complexity trade-offs
02BASELINE → HARDEN → TUNE → OPERATE
Linux & Open Infrastructure
Design, review and troubleshoot Linux and open infrastructure with emphasis on reliability, security, performance and operational clarity.
Linux architectureService designStorage and filesystemsNetworkingSecurity hardeningPerformance engineeringObservability
03SOURCE → AUTOMATE → DELIVER → OPERATE
DevOps & Platform Engineering
Improve software delivery and platform engineering by connecting CI/CD, automation, containerization, Kubernetes and observability into an operable system.
CI/CD architectureInfrastructure automationContainer platform designKubernetes architecturePlatform engineeringObservabilityRelease / rollback
04INGEST → PROCESS → STREAM → SERVE → OPTIMIZE
Data Engineering & Big Data
Architect, modernize and troubleshoot distributed data platforms spanning Apache Spark, Kafka, Trino, orchestration and lakehouse technologies.
Data platform architectureApache Spark / PySparkKafka and event streamingTrino / distributed SQLLakehouse designAirflow / orchestrationData quality and observability
05DEVICE → BSP → OS → INTEGRATE → DIAGNOSE
Embedded Systems
Engineering support for embedded Linux platforms, BSP and device integration, system interfaces, performance and low-level troubleshooting.
Embedded Linux architectureBSP integrationBoot and startupDrivers and interfacesIPC / networkingPerformanceDiagnostics
06ANDROID → VEHICLE → HAL/VHAL → SERVICES → DIAGNOSE
Automotive & AAOS
Architecture, integration and troubleshooting support for Android Automotive OS and connected vehicle-platform engineering.
AAOS architectureCar Service and Car APIsVehicle PropertiesHAL / VHALAIDLPlatform integrationDiagnostics
07DISCOVER → ASSESS → HARDEN → VERIFY → OPERATE
Security Engineering
Engineering-focused security assessment and hardening across Linux, delivery pipelines, containers, Kubernetes, applications, APIs and AI systems.
Linux hardeningNetwork exposureDevSecOpsContainer / Kubernetes securityApplication / API securityCloud securityAI security
08PROTOTYPE → GROUND → EVALUATE → SECURE → OPERATE
AI Engineering
Move AI, LLM, RAG and agentic applications from prototype behavior toward measurable, secure and operable production systems.
AI / LLM architectureRAG and retrievalVector searchAgentic workflowsMCP / toolsEvaluationObservability
09LAND → CONNECT → SECURE → SCALE → OPERATE
Cloud & Platform Architecture
Architecture and modernization guidance for cloud infrastructure, platform services, networking, observability and workload migration.
Cloud landing architectureNetworking and connectivityIdentity and accessCompute / container platformsObservabilityResilienceMigration
Cross-domain problems
Real systems rarely fit inside one technology category.
A production issue may span Linux, networking, Kubernetes, security, data pipelines and AI. Engagements can combine domains when the system boundary requires it.