Hyper Solutions — Claude Code Plugin

A Claude Code plugin that teaches Claude to
integrate and debug the Hyper Solutions anti-bot API (Akamai, Incapsula,
DataDome, Kasada) across the Go, Python, and JavaScript/TypeScript SDKs and the raw REST
API — and to debug failing requests by inspecting captured traffic.

It bundles two things:

1. A skill (SKILL.md + references/) with the full integration + debugging
   playbook, including a request-fingerprinting principles reference
   (references/request-rules.md) for spotting the mistakes that get request-based bots
   blocked (the exhaustive, always-current checks run in the har-analyzer MCP below).
2. Two MCP servers (.mcp.json):
   • powhttp — inspect your script's real wire traffic (header order + TLS
     fingerprint) live and apply those rules to it.
   • har-analyzer — a hosted server that runs the same rule set against an exported
     HAR and returns structured findings (analyze_har).

Ask Claude things like:

• "Help me set up the Akamai sensor flow in Python with tls-client."
• "My DataDome slider solve returns 403 — capture my script with powhttp and tell me what's wrong."
• "Analyze my captured requests and find why I'm getting blocked."
• "Why is my _abck cookie never becoming valid?"

Install

/plugin marketplace add Hyper-Solutions/hypersolutions-claude-code
/plugin install hypersolutions@hypersolutions

The skill auto-activates when your prompt matches Hyper Solutions / anti-bot integration
or request-debugging work (see the description in SKILL.md).

Development

To work on the plugin locally, load it from a checkout instead of the marketplace:

claude --plugin-dir /path/to/hypersolutions-claude-code
# or, in an existing session, reload after editing:
/reload-plugins

Using the powhttp request debugger

The bundled MCP (.mcp.json) points at powhttp's local MCP server
(http://localhost:8383/mcp). To use it:

1. Install and run powhttp; click "Run MCP server".
2. Route your failing script's traffic through powhttp's proxy (http://127.0.0.1:8080)
   and run the flow.
3. Ask Claude to debug it — it will query the captured requests via the powhttp MCP
   tools and analyze header order, TLS fingerprint, cookies, and client hints.

If powhttp isn't running the MCP simply has no tools available; you can still analyze a
HAR the user exports by applying the same rules. See references/powhttp-mcp.md and
references/request-rules.md.

Using the HAR analyzer

The bundled har-analyzer MCP (.mcp.json) is a hosted server
(https://har-mcp.hypersolutions.co/mcp) that runs the Hyper Solutions fingerprint rule
set against an exported HAR. It's the fastest way to triage a HAR a customer sends you.

Ask Claude to analyze a .har file — it calls the analyze_har tool and reports the
findings (severity, category, fix) plus the detected anti-bot product. The har-analyzer
server is OAuth-protected: Claude Code prompts you to sign in with your Hyper Solutions
account the first time it connects (manage it with /mcp).

A HAR lacks the true wire header order and TLS fingerprint, so a clean result doesn't
rule out those — prefer powhttp for the live wire. See references/har-analyzer-mcp.md.

What's inside

.claude-plugin/plugin.json    Plugin manifest
.mcp.json                     Bundled MCP servers: powhttp (local) + har-analyzer (hosted)
SKILL.md                      Entry point: mental model, requirements, routing, debugging
scripts/sec_ch_ua.py          Compute the exact sec-ch-ua (GREASE) for a Chrome version
references/
  authentication.md           x-api-key, JWT x-signature, organization headers
  tls-and-headers.md          TLS fingerprinting, header order, IP/proxy, Chrome version
  akamai.md                   Sensor (_abck), sec-cpt 428, SBSD 429, pixel
  incapsula.md                reese84, reese84 dynamic, utmvc, captcha block
  datadome.md                 interstitial, slider, tags
  kasada.md                   Flow 1/2, payload/cd/botid, POW, Vercel BotID
  api-reference.md            All endpoints, fields, per-SDK signatures, raw HTTP
  powhttp-mcp.md              Live request-capture debugging via the powhttp MCP
  har-analyzer-mcp.md         Automated HAR fingerprint analysis via the har-analyzer MCP
  request-rules.md            Fingerprint principles for powhttp/live captures & writing requests
  debugging.md                Symptom → cause → fix

Maintaining this plugin (IP boundary)

Everything shipped in this repo is public — a marketplace reader sees it without an API
key. Keep the valuable, evolving detection logic out of it. The rule when editing:

• Static files (SKILL.md, references/, scripts/) hold only how to use the API
  and generally-known browser-fingerprinting facts (header order, sec-ch-ua GREASE,
  public cookie/endpoint names). This is documentation, not the moat.
• The har-analyzer MCP (server-side) holds the exhaustive and
  current detection rules — exact thresholds, per-product flow checks, anything that
  changes as detection evolves. New or updated detection logic goes there, not here.
• Don't add: reverse-engineering of an anti-bot's internals (obfuscation/VM/payload
  generation), exact internal thresholds, or named customer/target apps. Describe formats
  generically and point users to Hyper Solutions for specifics.

When in doubt: if it teaches someone to use the API, it can live here; if it reveals what
HS knows or checks, it belongs in the MCP.

Links

• Dashboard / API keys: https://hypersolutions.co/keys
• Docs: https://docs.hypersolutions.co
• Examples: https://github.com/Hyper-Solutions/hypersolutions-examples
• SDKs: Go ·
  Python ·
  JS/TS
• Support: Discord discord.gg/akamai