Services//Commercial Engagements
Framework//Five Service Lines
Defined scopes, verified milestones, full source ownership
Five structured service disciplines tailored for complex systems — with fixed acceptance criteria, deterministic delivery, and complete IP assignment.
Five core service disciplines
Each engagement is scoped around concrete technical deliverables, deterministic milestones, and defined verification gates.
Product Engineering
Milestone-gated3 – 12 months
Complete end-to-end systems realization spanning hardware, embedded firmware, and platform software.
- Hardware schematics, BOM, and production PCB layouts
- Deterministic embedded firmware and RTOS application code
- Cloud telemetry, API services, and user interfaces
- Automated test fixtures and manufacturing QA packages
Systems Integration
Sprint-based1 – 4 months
Unifying heterogeneous hardware, legacy protocols, and modern cloud infrastructure into cohesive pipelines.
- Protocol conversion engines and edge gateway middleware
- Fieldbus, serial, CAN, and industrial Ethernet adapters
- Bi-directional data pipelines and schema mapping layers
- Integration verification test suites and runbooks
Security Engineering
Time-boxed2 – 8 weeks
Threat modeling, embedded firmware auditing, cryptographic design, and defensive architectural hardening.
- Threat model specifications and attack surface mapping
- Binary reverse engineering and static/dynamic firmware audits
- Hardware root-of-trust, secure boot, and key storage implementations
- Comprehensive remediation guidance and re-test verification reports
Technical Consulting
Advisory / On-Demand1 – 6 weeks
Principal engineering advisory for architecture trade-offs, technical feasibility, and recovery roadmaps.
- Independent systems architecture evaluations and risk analyses
- Technical due diligence reports for M&A and venture investments
- Component selection and bill-of-materials feasibility audits
- Stalled project triage and turnaround remediation plans
Prototyping & R&D
Fast-cycle iterations4 – 12 weeks
De-risking novel concepts through rapid bench prototypes, custom dev boards, and empirical measurements.
- Functional proof-of-concept benchtop prototypes
- Quick-turn custom PCB prototypes and bring-up firmware
- Empirical power, latency, and throughput benchmark datasets
- Feasibility analysis with clear scale-up architecture roadmap
Cross-discipline scope and verification criteria
Compare service lines across deliverables, execution velocity, and the formal verification required to close every milestone.
| Service Line | Scope & Core Focus | Primary Artifacts | Timeline | Acceptance Gate |
|---|---|---|---|---|
| Product Engineering | Turnkey hardware + firmware + software development | Production code, PCB layouts, test fixtures, release artifacts | 3–12 months | Factory & site acceptance testing (FAT/SAT) |
| Systems Integration | Protocol bridging, legacy-to-cloud telemetry, and edge middleware | Gateway middleware, translation brokers, telemetry pipelines | 1–4 months | Live multi-protocol throughput and end-to-end data integrity |
| Security Engineering | Firmware auditing, cryptographic review, and systems hardening | Threat model matrix, vulnerability reports, hardening patches | 2–8 weeks | Formal remediation validation and attack surface re-test |
| Technical Consulting | Independent architecture reviews, technical diligence, and rescue planning | Architecture evaluation report, risk matrix, trade-off study | 1–6 weeks | Executive & engineering team briefing with written synthesis |
| Prototyping & R&D | Bench feasibility validation, rapid hardware bring-up, and lab tests | Physical prototype unit, bring-up code, benchmark telemetry | 4–12 weeks | Empirical proof of performance against physical constraints |
Four commercial and operational structures
Every engagement aligns with one of four structured commercial frameworks, ensuring transparent governance, clear milestones, and strict budget predictability.
Fixed-Scope Turnkey
Milestone ContractA deterministic contract with predefined deliverables, locked acceptance criteria, and fixed commercial pricing. Ideal for prototypes, security audits, and scoped builds.
- Detailed Statement of Work (SOW)
- Milestone-based delivery gates
- Clear handover and sign-off criteria
Dedicated Engineering Cell
Continuous SquadAn autonomous multidisciplinary engineering pod embedded directly within your technical roadmap. Delivers sustained output across software, hardware, and infrastructure.
- Principal engineer leadership
- Bi-weekly sprint planning and demos
- Flexible backlog prioritization
Sprint-Based Hardening
Targeted BlocksTime-boxed, high-intensity sprint blocks focused on solving specific technical bottlenecks, protocol migrations, or zero-day vulnerability mitigations.
- Rapid 2-to-4 week sprints
- Daily engineering standup syncs
- Immediate pull requests and patches
Strategic Advisory
On-Demand AccessDirect technical advisory from principal systems architects. Designed for high-stakes decision points, technology stack selections, and technical due diligence.
- Direct access to principal staff
- Formal written architectural reviews
- Vendor and hardware BOM evaluation
Deterministic four-stage engagement lifecycle
From initial boundary condition synthesis to verified closeout and full operational handover.
Technical Scoping & Bounds
Week 1We inspect systems architecture, identify hardware/software constraints, determine interface boundaries, and establish security requirements.
Technical scoping document and constraint specification
SOW & Acceptance Criteria
Week 2We draft a precise Statement of Work outlining exact deliverables, technical milestones, verification test setups, and schedule.
Locked SOW with quantitative acceptance gates
Milestone Execution & Verification
In-ProgressOur engineering team designs, fabricates, codes, and validates systems with regular demo reviews and continuous telemetry logging.
Working code, schematics, and milestone verification logs
Handoff & Operational Runbooks
CloseoutComplete transfer of source repositories, CAD files, test jigs, automated CI/CD scripts, and operational runbooks to your internal team.
Full IP transfer package and engineering runbooks
Contractual standards built into every engagement
Non-negotiable quality principles designed to guarantee system reliability, eliminate vendor dependency, and ensure seamless long-term maintainability.
Complete Source & IP Ownership
Zero Lock-InYou own 100% of the created work product upon completion — including Git repositories, PCB layouts, firmware binaries, tooling configs, and test fixtures.
No recurring proprietary runtime licenses or closed source dependencies.
Quantitative Acceptance Testing
Verifiable GatesMilestones are marked complete only after passing objective automated tests, physical bench measurements, and documented test procedures.
Zero ambiguous acceptance criteria — every deliverable is verified with proof.
Direct Principal Engineer Access
No Middle LayersClients communicate directly with the systems, hardware, and software engineers writing the code and designing the boards.
Eliminates translation loss, speeds resolution, and maintains technical precision.
Hermetic & Reproducible Toolchains
MaintainableAll software and firmware builds are containerized or pinned in deterministic toolchains with automated CI pipelines and comprehensive documentation.
Any engineer can reproduce builds years into the future with zero guesswork.
Tell us what you need. We will name the engagement
Describe the outcome you are after — we will come back with the service shape that fits it, and what it will take.
Or read about how we work.