AI can write the code.
Architecture decides what ships.
ArchtSoft holds one structured, versioned, approved architecture model at the centre of the engineering lifecycle — and every AI agent must read from it before it builds anything.
Built for enterprise architecture, platform engineering and governance teams.
AI made teams faster at building things nobody can verify
Architecture is approved in a document and then implemented from memory. Nothing enforces the link between the two, so the estate drifts from its design one sprint at a time — and the drift is invisible until it is expensive.
Design and build drift apart
Approved architecture lives in a document. Implementation interprets it. Nothing closes the loop.
Architecture decays silently
Every change moves the system further from its model. By the time drift is visible, remediation is a programme.
Nothing is provable
Which requirement drove this component? Which test proves it? Which approval released it? Today those answers live in people's heads.
Architecture is not a diagram.
It is the control plane.
ArchtSoft holds a structured, versioned, approved architecture model at the centre of the lifecycle. That model directs the AI agents, defines the engineering tasks, validates what they build, and keeps every artifact traceable back to the requirement that asked for it.
Requirement to release, governed throughout
No stage begins until the stage before it is validated, approved and versioned.
Specify
Business requirements become structured, testable specifications with traceability built in.
Design
Architecture is generated across data, cloud, infrastructure, security and compliance.
Simulate
Performance, failure, scalability and cost are tested on the model before anyone builds.
Approve
The model is reviewed, versioned and locked as the organisation's source of truth.
Build
Specialist agents execute architecture-derived tasks under orchestration.
Release
Integration, CI/CD and deployment run against validated evidence.
Simulation and approval are gates, not formalities — design weaknesses surface on the model, long before they are expensive.
Test the design before anyone builds against it
ArchtSim simulates architecture behaviour and evaluates design decisions before implementation — so weaknesses are found on the model rather than in production.
- Component and service interaction simulation
- Latency, throughput, capacity and bottleneck analysis
- Component and dependency failure scenarios
- Behaviour under varying workload and scale
- Cost comparison across architecture scenarios
One platform, ten disciplines
Each module owns a layer of the architecture. All ten write into the same versioned model, so nothing is designed in isolation.
ArchtSpec
Requirements engineering — BRDs, PRDs, user stories, acceptance criteria and traceability.
ArchtGen
Solution architecture — options, tradeoffs, component design and decision records.
ArchtData
Data architecture — models, ERDs, schemas, data flows, governance and lifecycle.
ArchtCloud
Cloud architecture — AWS, Azure and GCP mapping, region design and cost estimation.
ArchtInfra
Infrastructure architecture — topology, network design and Infrastructure-as-Code planning.
ArchtSec
Security architecture — threat modelling, trust boundaries, identity and access design.
ArchtCompliance
Compliance and governance — control mapping, scorecards, evidence and remediation.
ArchtSim
Architecture simulation — performance, failure, scalability and cost scenarios on the model.
ArchtDev
AI-driven development — architecture-derived tasks, code, tests, review and CI/CD prep.
Orchestrator
Agent lifecycle — assignment, dependencies, monitoring, recovery and approvals.
Specialists, not one general-purpose agent
Six roles with defined responsibilities, coordinated by an orchestrator that owns task lifecycle, dependencies, retries, validation and approvals.
Coding Agent
Implements architecture-defined components
Database Agent
Generates schemas, migrations, SQL and database tests
Review Agent
Reviews code quality and architecture compliance
Test Agent
Generates and executes unit, integration and other tests
Integration Agent
Integrates components and validates interfaces
Deployment Agent
Prepares and executes approved deployment workflows
Every artifact knows where it came from
One unbroken chain from the business requirement to the deployed release.
When architecture, code and evidence share one lineage, an audit stops being a project and becomes a query.
What an enterprise actually gets
The return is not generated code. It is the cost of everything that normally happens around the code.
Close the design-to-build gap
Implementation derives from the approved model rather than interpreting a document nobody re-reads.
Hold consistency as the system evolves
Drift is detected against a version, not discovered during a review months later.
Automate the repetitive engineering tier
Scaffolding, schemas, tests and integration work move to governed, specialised agents.
Make governance continuous
Security and compliance controls are mapped at design time instead of retrofitted before an audit.
Cut manual validation effort
Tests, integration results and evidence are produced as part of the task, not after it.
Control change through approvals
Versioning and approval workflows apply to architecture itself, not only to code.
See it against your own architecture
The fastest way to judge ArchtSoft is to run your current-state architecture through it and look at the drift report. That takes about 45 minutes.