Softinel is the ontology of your software.
Everything else is a query.
Every security tool, verifier, auditor, and architect asks questions about your software. Today they each own a private, lossy copy of it — and none of them agree.
Softinel builds one canonical, connected model of your software — and turns every question those tools ask into a query against it.
Understand. Verify. Trust — because the model comes before every answer.
Not another ASPM. Not a SAST. Not an AI code reviewer. The layer that was missing underneath all of them.
The system you ship is bigger than the system anyone can hold in their head.
Modern software is composed, generated, distributed, and continuously rewritten. Nobody sits down and reads it end-to-end anymore — and yet, decisions about safety, quality, and risk still get made on the assumption that someone did.
By teams, contractors, agents, and automated systems.
Direct, transitive, generated, pinned, and forgotten.
APIs, queues, functions, edges, jobs — all in motion.
Release cadence up. Human review capacity flat.
No tool available today understands your software as a whole. They can flag a line. They can list a dependency. They can compute a metric. But the system — the living network of decisions, contracts, data, and effects — remains invisible.
Traditional scanners look at files. Softinel looks at software.
Scanners were designed for a world of code that a small team could read end-to-end. That world is gone. What replaces the scanner is not a bigger scanner — it is a different category of tool altogether.
Reads files, one at a time.
Builds a model of the whole system.
Matches patterns and prints a list.
Explains how components affect each other.
Every finding looks the same.
Findings come with evidence, sources, and confidence.
Snapshot in time — forgets on the next run.
A living model that tracks how your system evolves.
You decide if it matters.
The verification kernel explains why it matters.
The layer that was missing underneath every scanner.
SAST, DAST, SBOM, ASPM, AI review — each answers a question. None of them owns the thing being questioned. Softinel builds a canonical, connected, versioned model of your software, and every one of those questions becomes a query against it.
Canonical
One representation of your software — files, symbols, calls, data flows, dependencies, deployments, evidence, history — all connected. Not one lossy copy per tool.
Queryable
Every insight the platform surfaces is expressible as a query against the model. Verification, security, compliance, architecture — same substrate, different questions.
Evidence-bearing
Every node and edge carries where it came from, when, and at what confidence. The model has a history. Findings are consequences of that history — inspectable, not opinions.
You do not buy Softinel to add one more product to a nine-product stack. You buy Softinel because the model that answers "is this safe to deploy?" is the same model that answers "which files reach the auth boundary?" and "what is the blast radius of this CVE?". The answers are correlated by construction — there is no correlation problem left to solve.
Others sell scans. Softinel is the ontology under the scans — and every question worth asking is a query against it.
Four steps. No black boxes.
You keep control of your code, your decisions, and the reasoning behind them. Softinel adds the intelligence layer that has been missing.
- Step 01
Connect your software
Point Softinel at a repository or upload a snapshot. It works with the code you already ship — no rewrites, no annotations, no agents to install.
- Step 02
Softinel builds your model
Behind the scenes, Softinel maps the entire system: how components relate, what depends on what, where data flows, which contracts hold.
- Step 03
It reasons across the whole system
Analysis runs against the model, not the files. Security, architecture, quality, and performance are inspected the way a senior engineer would — in context.
- Step 04
You receive evidence, not opinions
Every result includes what it saw, why it matters, how sure it is, and what to do next. You audit it, approve it, or decide otherwise.
Not a video. You drive this one.
A working sample of what Softinel builds from a repository — pick a project, click through the map, and try the simulations. Nothing here is scripted; the graph reacts to what you do.
The model is being built. Once it settles, click a node or run a simulation to see what Softinel would surface.
Everything you see is deterministic: same click, same result. In the real product, Softinel builds this same map from your repository, keeps it updated as you change code, and signs every finding with evidence.
Every result is an audit trail, not a claim.
This is the single line separating Softinel from every scanner, chatbot, and generative tool: no output leaves the platform without its reasoning attached.
- Evidence
The exact artifacts Softinel used to reach the conclusion — source lines, graph relationships, traces, manifests, contracts.
- Confidence
A measurable score, not a marketing adjective. Low confidence findings are surfaced as questions, not answers.
- Source
Which analysis produced the finding, at which verification level, and against which snapshot of the software model.
- Reason
A short, plain-English explanation of what triggered the finding — grounded in the evidence, not paraphrased around it.
- Impact
What breaks, degrades, or leaks if this remains unaddressed — expressed in terms of the actual system, not a generic score.
- Recommendation
A concrete next action — not "consider reviewing". Where safe, an auto-fixable patch is attached to the finding.
When the evidence is thin, Softinel says so. When two analyses disagree, the verification kernel surfaces the conflict — it does not paper over it.
The token refresh loop can complete before the session context is reattached. Softinel found this by correlating the runtime trace with the call graph derived from the source.
- ▸ graph: auth.handler → session.attach
- ▸ code: src/auth/refresh.ts:42
- ▸ trace: integration/auth.spec.ts (2 runs)
- … 4 more sources
Not just your code. Your entire system.
Softinel keeps a living model of the system you actually run — code, services, APIs, data, dependencies, and behaviour, all connected in one place.
Software today is not one thing. It is code plus a mesh of services, plus the data those services move, plus the platforms they run on, plus the humans and models that keep rewriting them.
Softinel keeps that whole picture in view. When something changes, the model updates. When you ask a question, the model answers with the same context a senior engineer would — but with the discipline of evidence attached.
- See how a change ripples through the system before it ships.
- Compare snapshots — what shifted between v42 and v43, and why.
- Ask the model, in plain language, what a component actually does.
- Detect drift the moment reality diverges from intent.
Software changes. Understanding keeps up.
A one-time verdict fades the moment your team merges the next PR. Softinel's model updates with the software and re-signs its verdicts continuously — so trust does not decay in silence.
- VerifiedT + 00Snapshot v42 verifiedAll checks passed · 218 findings resolved
Softinel signs the snapshot with the exact model state and evidence set.
- ChangeT + 01Change detected in payments module17 files · 3 new services · 2 removed contracts
The model is re-built incrementally. Only the affected parts of the system are re-analysed.
- Re-verifyT + 02Re-verification completed12 new findings · 2 regressions · confidence 96%
Each new finding carries evidence and a link back to the change that produced it.
- DriftT + 03Drift detected between intent and runtimeTwo services now bypass the shared retry policy
Softinel keeps intent (what the code says) and reality (what production does) side by side, and flags when they diverge.
Ten dimensions of your software. One connected model.
Softinel does not pick one lens and call it enough. Each of these is modelled and connected to the others — so a change in one becomes visible everywhere it matters.
How your system is shaped — layers, boundaries, and where responsibilities actually live.
Direct and transitive — what your software leans on, and what leans back.
Where risk enters the system, where it accumulates, and how much of it is fixable.
How information moves — who touches it, where it rests, and where it leaks if you are careless.
The promises your services make to each other, and where those promises quietly break.
The paths that matter under load, the paths that will bite you, and the ones you can safely ignore.
The switches, flags, and defaults that decide how the same code behaves in staging and in production.
Where credentials live, how they move, and whether they should be moving at all.
Everything you did not write but you ship — packages, base images, plugins, models.
What actually happens when the software runs — kept next to what the code says should happen.
Six layers. One signed verdict.
Each layer produces its own findings against the same live model. The verification kernel merges them, resolves the conflicts, and signs a single result you can hand to anyone — engineering, security, compliance, or leadership.
- Evidencelayer 06
Every finding above is signed with sources and confidence.
- Compliancelayer 05
Framework requirements mapped back to concrete verified controls.
- Performancelayer 04
Hot paths, latency budgets, resource ceilings — verified against reality.
- Qualitylayer 03
Correctness, test coverage of what matters, regression risk on the change.
- Securitylayer 02
Data flow, authentication, authorisation, supply chain — inspected in context.
- Architecturelayer 01
The shape of the system: layers, boundaries, cycles, coupling, drift.
Works with the software you already ship.
Softinel understands the languages and platforms modern engineering actually uses. New ecosystems are added on demand, not on marketing timelines.
- TypeScript
- JavaScript
- Python
- Go
- Rust
- REST
- GraphQL
- gRPC
- npm
- PyPI
- Cargo
- Go modules
- Docker
- Kubernetes
- Postgres
- Neo4j
- Redis
- NATS
- S3
Four rooms in the same building — one shared understanding.
Softinel is designed so that each of these audiences sees the same underlying reality, in the language they actually work in.
want a real picture of the system they own — not a wall of scanner alerts.
Weekly system reviews, architecture drift, release readiness.
need evidence for every claim, mapped to controls, and reproducible on demand.
Continuous verification, supply chain, threat correlation.
want to ship changes with the confidence that they understood the impact.
Pre-merge context, change-impact answers, findings inside their editor.
need signed, dated, evidenced verdicts they can hand to auditors and boards.
Reports, audit packages, framework mappings.
Connect your software.
Softinel builds the model.
One canonical, connected, versioned model of your software. Every question about security, correctness, architecture, and change becomes a query against it. Every answer carries its evidence.
Software Ontology Platform