What does a typical Strategic Consulting engagement look like?
A scoping conversation, a defined-duration engagement with named deliverables (architecture assessment, TDD report, hardware recommendation, roadmap), and a final readout with a written record. Most engagements run two to eight weeks depending on scope. We don’t do open-ended retainers without a defined deliverable.
Does Geisel do technical due diligence for investors and acquirers?
Yes. We do TDD on robotics, embedded systems, autonomous platforms, and connected device targets, for venture investors, strategic acquirers, and corporate development teams. The deliverable is an objective written assessment with technical findings, risk areas, and a defensible basis for each conclusion.
Can Geisel evaluate an existing codebase or architecture?
Yes. Codebase and architecture audits are common, including legacy systems, inherited builds, and acquisition-target IP. We look at code quality, architecture coherence, security posture, compliance fit, and the engineering risk surface.
How long does a Strategic Consulting engagement take?
Most engagements run two to eight weeks. Architecture reviews on a single subsystem can be shorter; comprehensive TDD on a full platform can be longer. We scope to the actual work needed, not to fit a billing template.
Does a Strategic Consulting engagement always lead to a build engagement?
No. Plenty of customers leave with the assessment and run the build themselves, with their own team or another vendor. That’s a clean outcome and we’re fine with it. When consulting does lead into a build, the same engineers carry the architecture forward, which avoids the handoff loss that usually happens between firms.
Can Geisel review hardware selection for a robotics or embedded program?
Yes. Compute platform, sensor stack, OS, and middleware decisions are some of the most consequential calls a program makes. We’ve evaluated NVIDIA Jetson tiers, ARM and x86 embedded, RISC-V, custom silicon paths, and the build-versus-buy decision on individual subsystems for robotics, defense unmanned, automated facility, and connected medical device programs.