Selqor Labs product — interface layer for agentic systems

Selqor Forge curated MCP
from existing APIs.

Selqor Forge is the MCP builder from Selqor Labs. It reads OpenAPI and Swagger specs, groups APIs by agent intent to keep context minimal, scores quality, and generates TypeScript or Rust MCP server targets — with a no-code visual interface for human refinement and built-in security scanning for hardened deployments.

Semantic
API surface normalization
Score
Coverage + compression
TS/Rust
Generated targets
Operate
Auth + deployment prep
Interactive demo

See how Selqor Forge compresses an API into an MCP your agent can actually use.

Explore a sample integration to compare raw API surface area with Selqor Forge's curated tool plan.

Most API-to-tool flows dump endpoints directly into the agent. Selqor Forge analyzes the surface, groups related operations, and keeps coverage while reducing tool sprawl.

Petstore sample

Selqor Forge groups related pet, order, and user operations into a smaller MCP surface without losing endpoint coverage.

Spec https://petstore3.swagger.io/api/v3/openapi.json
Endpoints 20
Curated tools 6
Coverage 100%
Compression 0.30
Raw API surface 20 endpoints / 20 naive tools
Curated MCP 6 tools / 100% coverage
Raw
Curated

Curated tools preserve capability while reducing context overhead and tool-selection noise.

Sample generated tools

browse_pets manage_pet_inventory handle_store_orders
The Problem

Raw APIs are not agent interfaces.
That layer still has to be built.

MCP is becoming the standard interface for agentic systems. The bottleneck is no longer whether agents can call tools, but how quickly teams can turn raw API specs into usable, governed, high-quality tool surfaces.

Today

Context bloat kills agent performance

Today's MCP generators create one tool per API endpoint — a 50-endpoint spec produces 50 tools. Research shows models lose up to 85% accuracy in large tool spaces, and tool definitions alone can consume over 70% of the context window. The bottleneck is not generation — it is curation.

Today

Auth and deployment stay manual

Even after generation, platform teams still have to wire auth, validate provider access, review outputs, and prepare runtime commands for real deployment.

Today

Quality is rarely measured

Basic converters do not tell you whether the resulting tool surface is coherent, compressed enough, or complete enough to work well in agent runtimes.

How it works

From spec to agent interface.
With measurable quality.

1

Parse and normalize your API

Point Forge at an OpenAPI or Swagger spec from a local file or URL. It parses the API and normalizes it into a semantic surface model ready for intelligent curation.

2

Group by agent intent, not endpoint structure

Forge identifies which APIs a target agent actually needs and groups them into intent-aligned tool sets — keeping context minimal so agents work effectively. Refine the grouping visually in the no-code interface whenever you need human control.

3

Generate targets and operate them

Produce TypeScript or Rust server targets, inspect artifacts in the visual dashboard, configure auth and providers, and prepare deployment commands for runtime.

4

Scan for vulnerabilities before you ship

Enter your MCP server URL and Forge runs a security scan — identifying vulnerabilities, misconfigurations, and exposure risks so you can harden the deployment before agents go live.

selqor-forge CLI
$ cargo run -- generate ./petstore.yaml --target both
Parsing OpenAPI / Swagger spec...
Normalized 12 endpoints into semantic surface
Curated 7 intent-aligned tools (context: minimal)
Quality report computed: 91/100
Generated TypeScript and Rust targets
Artifacts: tool-plan.json, forge.report.json
MCP server generated at ./generated/
Run: cargo run -- dashboard --state ./dashboard
Features

What you get
out of the box.

Parse

OpenAPI 3.x and Swagger 2.0 support

Read specs from local files or HTTP(S) URLs, extract endpoints, parameters, schemas, security schemes, and normalize them into one consistent model.

Model

Semantic surface normalization

Forge maps endpoints into domains and intents so tool planning is based on what the API means, not just how the raw paths are arranged.

Curate

Intent-based tool grouping

Forge groups APIs by what the target agent needs to accomplish — not by endpoint structure. This keeps context windows minimal and tool selection sharp, solving the biggest performance killer in MCP servers today.

Score

Quality and benchmark signals

Forge measures coverage, compression, description clarity, and schema completeness, and can benchmark curated plans against endpoint-mirror baselines.

Operate

No-code visual interface with full human control

Visualize and refine tool groupings, manage auth profiles, test connections, and prepare deployments — all through a no-code interface. Take over and adjust any grouping in minutes when you need human precision.

Generate

TypeScript and Rust server targets

Generate MCP server targets for different stacks and transports, then prepare deployment commands and environment files for the runtime path you need.

Secure

MCP server security scanning

Point Forge at any MCP server URL and run a vulnerability scan. Get a detailed report of security risks, misconfigurations, and exposure issues — so you can harden your deployment before agents go live.

Context

Minimal context, maximum agent performance

Forge optimizes for the smallest possible tool surface per agent use case. Fewer tools, tighter schemas, and intent-aligned grouping mean agents spend tokens on doing work — not parsing irrelevant context.

Comparison

Every other converter gives you 1:1 mapping.
Forge gives you curation.

openapi-mcp-generator, Higress, FastMCP, AWS Labs, fastapi_mcp — all create one tool per API endpoint. A 50-endpoint spec produces 50 tools. None of them group endpoints into fewer, intent-aligned tools. Forge is the only converter built to solve the context problem, not just the generation problem.

Selqor Forge vs Alternatives
CapabilitySelqor ForgeOther ConvertersDIY Code
Spec-to-MCP generationYesBasic (1:1)Manual
50 endpoints → tool count5–15 tools50 toolsVaries
Intent-based tool groupingYesNoManual
Context size optimizationYesNoManual
Quality scoringYesRareNo
No-code visual interfaceYesNoManual
Deployment prepYesRareManual
Multi-target outputTS + RustUsually oneManual
MCP security scanningYesNoNo
Use Cases

Built for teams shipping agent-ready interfaces

Platform Teams

Standardize internal API access for agents

Turn scattered internal OpenAPI specs into one repeatable MCP workflow so teams stop hand-building bespoke tool adapters across the organization.

API Providers

Ship an MCP interface next to your API

Expose a curated tool surface for customers building agents without building and maintaining separate integrations for each host or runtime.

Agent Infrastructure

Control auth, quality, and deployment centrally

Use the dashboard and generated artifacts to review outputs, test auth profiles, manage providers, and prepare deployable runtime commands.

Developer Tool Builders

Benchmark and refine tool surfaces

Compare curated plans against endpoint-mirror baselines and iterate on tool quality instead of treating MCP generation as a one-shot export step.

Ecosystem

One MCP surface across agent runtimes

MCP is becoming the shared interface layer between models and external systems. Forge lets teams produce that layer once, then use it across Claude, ChatGPT, Gemini, Copilot, and custom MCP-compatible agent runtimes.

Instead of building separate connectors for each host, Forge helps you generate a portable, quality-scored MCP surface from the API specs you already maintain.

MCP Compatibility
Agent FrameworkStatus
Claude (Anthropic)Compatible
ChatGPT (OpenAI)Compatible
Gemini (Google)Compatible
Copilot (Microsoft)Compatible
LangChain / CrewAICompatible
Custom MCP clientsCompatible
Quickstart

Up and running
in three lines.

Terminal
# Generate curated MCP artifacts
$ cargo run -- generate ./your-api.yaml --out ./generated --target both
# Inspect runs and configure workflows
$ cargo run -- dashboard --state ./dashboard
# Start the generated TypeScript target
$ cd generated/typescript-server && npm install && npm start

Supports OpenAPI 3.x and Swagger 2.0. Requires Rust 1.85+ and Node.js 20+ for generated TypeScript targets.

FAQ

Frequently asked questions

What is Selqor Forge?

Selqor Forge is a CLI and visual dashboard product by Selqor Labs that turns OpenAPI and Swagger specs into curated MCP server targets. It groups APIs by agent intent to keep context minimal, scores quality, provides a no-code interface for human refinement, and includes MCP server security scanning to harden deployments before agents go live.

What is MCP?

MCP (Model Context Protocol) is an open standard created by Anthropic for connecting AI agents to external tools and data sources. It is supported by Claude, ChatGPT, Gemini, GitHub Copilot, and many other AI platforms. MCP lets AI agents call APIs, query databases, and interact with external services in a standardized way.

Is Selqor Forge free?

Yes. Selqor Forge is open source under the Apache 2.0 license. The code is publicly available on GitHub and free to use commercially, with the standard patent grant and attribution requirements of Apache 2.0.

What OpenAPI versions does Forge support?

Selqor Forge supports OpenAPI 3.x and Swagger 2.0 specifications in YAML or JSON. It parses endpoints, parameters, request and response schemas, and security schemes from local files or HTTP(S) URLs.

How is Selqor Forge different from other OpenAPI-to-MCP converters?

Most converters stop at raw export. Selqor Forge adds semantic normalization, curated tool grouping, measurable quality scoring, benchmark workflows, TypeScript and Rust targets, and a dashboard for auth profiles, provider configs, artifacts, and deployment preparation.

What is GroundQA?

GroundQA is the Selqor Labs reliability layer — an AI-native unified QA platform that unifies AI agent testing, web app testing, and scale testing in one workspace. It delivers 10X QA team productivity through evidence-backed test generation, drift analysis, QA memory, and continuous learning. Learn more at groundqa.ai.

Selqor Labs

Build the interface layer
agents depend on.

Explore the repo, generate a run, and use Forge to standardize how agents access the APIs you already operate.