Specify
Models, objectives, constraints
Control design is only half the problem.
Akreon turns feedback control and estimation workflows into reviewable, deployable software for robotics, aerospace, and autonomous systems.
The missing layer
Design-to-Deployment
Most control tooling stops at analysis. Akreon focuses on deployment.
Design
Synthesize
Feedback and estimation workflows
Generate
C/C++, headers, metadata
Build
Target builds and reports
Deploy
Embedded integration packages
Deployment
The deployment gap
Many teams can design controllers. Fewer can turn them into embedded software that can be built, reviewed, integrated, and maintained.
Design tools stop early
Simulation results and solver scripts rarely define the target interfaces, build products, and review evidence needed for deployment.
Translation is fragile
Hand rewriting controller logic for embedded targets adds regression risk and makes it harder to prove the implementation matches the design.
Embedded context matters
Timing, memory, numeric behavior, C interfaces, target builds, and integration boundaries have to be considered before the design is useful.
What Akreon provides
A controls-focused platform layer between synthesis and embedded software. It accepts explicit models and requirements, runs supported synthesis workflows, and produces software-shaped outputs.
Controls-native inputs
State-space models, objectives, constraints, synthesis settings, and target/runtime requirements are captured through engineering-facing APIs.
Supported synthesis
Current beta work focuses on feedback control and estimation, including state-feedback, observer, and selected robust synthesis workflows.
Deployment-aware generation
Generated outputs are structured for C/C++ integration, build review, metadata inspection, and repeatable engineering workflows.
What comes out
Akreon is not just a solver or consulting wrapper. The product direction is repeatable generation of reviewable software packages from control and optimization specifications.
Generated source
C/C++ control code, C-compatible headers, controller/observer definitions, and integration boundaries for embedded software teams.
Build products
Static libraries where supported, build metadata, target build reports, and packaged outputs for cloud or customer build workflows.
Review records
Synthesis outputs, formulation logs, configuration metadata, and reports that make the generated software easier to inspect.
Where it applies
The first wedge is feedback control and estimation workflows for teams building real physical systems. Trajectory optimization and embedded MPC are roadmap extensions, not the current general-availability claim.
Aerospace / GN&C
Controller and observer generation, gain scheduling, robust synthesis where supported, and reviewable integration outputs.
Robotics and autonomy
Feedback control, estimation, actuator-aware formulations, and pilot structured QP work when the target boundary is concrete.
Industrial control
Reusable generated control components that can fit existing automation, CI, simulation, and embedded integration flows.
Embedded optimization workflows
Scoped pilots for structured QPs, reference governors, and target-specific builds where requirements are narrow enough to evaluate.
Engagement
Akreon is best evaluated around a concrete controller, estimator, target, or generated package the team can inspect technically.
Beta workflows
Feedback control and estimation synthesis with generated C/C++ outputs, metadata, reports, and cloud-backed builds.
Pilot integrations
Target-specific builds, structured QP packages, reference-governor workflows, or embedded integration where scope is well defined.
Roadmap alignment
Embedded MPC, trajectory optimization, and onboard constrained optimization requirements can inform future platform expansion.