“A platform has grown organically and architecture decisions are becoming difficult to reason about.”
All consulting solutions
ASSESS → DECIDE → ARCHITECT → ROADMAP
Architecture & Technical Advisory
Independent engineering guidance for organizations making architecture, platform, modernization or technology-selection decisions across connected systems.
Typical client situations
Recognize the problem before choosing the solution.
These are representative situations, not prerequisites for engagement.
“Multiple technologies appear viable, but the team needs an engineering trade-off analysis rather than vendor positioning.”
“A modernization or migration is planned and the organization needs a practical target architecture and phased roadmap.”
“A critical design needs an independent technical review before implementation or scale-up.”
Consulting areas
Current-state architecture
Target-state design
Technology evaluation
Integration patterns
Resilience and operability
Security boundaries
Cost / complexity trade-offs
Migration sequencing
Assessment scope
System context and dependencies
Architecture decisions and constraints
Failure domains and operational risks
Security and trust boundaries
Performance / scale assumptions
Observability and supportability
Delivery and change model
Representative engagements
Scope the engagement around the engineering decision.
Engagements can be short assessments, focused architecture work, implementation support or retained advisory.
Architecture review
Technology evaluation
Reference architecture
Modernization roadmap
Proof of concept
Design workshop
Ongoing architecture advisory
Deliverables
Leave with decisions, evidence and a path forward.
Deliverables are selected during scoping. Not every engagement needs every artifact.
01
Current-state findings
02
Architecture decision record set
03
Reference architecture diagrams
04
Risk / constraint register
05
Technology recommendation
06
Phased implementation roadmap
07
Executive and engineering readout
Intended outcomes
Clearer architecture decisions
Reduced implementation risk
Explicit trade-offs and constraints
Practical modernization sequence
Shared technical direction across teams
Technology context
LinuxCloudKubernetesData platformsEmbedded / AAOSSecurityAI systemsOpen-source platforms
Advisory can remain independent, or selected PoC / implementation work can be included where scope, access and responsibility boundaries are agreed.
CONNECTED PATHS
Connect the consulting problem to learning and field guidance.
Explore Knowledge HubTrainingSecurity
Security Engineering
Build security understanding across Linux, networks, applications, DevSecOps, containers, Kubernetes and AI systems with practical engineering controls.
ContinueTrainingLinux & Open Source
Linux & Open Source Engineering
Build a durable Linux mental model, then progress into administration, networking, security, performance, troubleshooting and production operations.
ContinueTrainingAI Engineering
AI Engineering
Move beyond AI demos into engineered systems: machine-learning fundamentals, LLM applications, retrieval, agents, evaluation, observability, security and production deployment.
ContinueArticleSecurity
Security Engineering: Defense in Depth
A practical way to reason about security across hosts, networks, applications, containers and delivery pipelines.
ContinueCase StudySecurity
Hardening a Linux production baseline
A representative security-review scenario for a Linux estate that needs a consistent, explainable hardening baseline without breaking operational requirements.
ContinueTrainingAutomotive & AAOS
Android Automotive OS (AAOS)
Understand Android Automotive as a vehicle platform: architecture, services, vehicle integration, HAL/VHAL, security, diagnostics and engineering workflows.
ContinueHow we can engage
Assess
Independent technical assessment of architecture, reliability, security, performance or operational readiness.
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.
Start with the problem