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// ai hacker

· from $20/mo

The uncensored
AI hacker.
That actually ships.

Every offensive engineer who has tried Claude Code, Cursor, ChatGPT, or Copilot for engagement work has the same experience: the tool is brilliant on the dev tasks the major labs care about (React components, REST APIs, CRUD apps) and useless on the dev tasks that actually pay your bills (exploit dev, payload generation, RE workflows, evasion research, custom tradecraft).

The tool refuses, hedges, or rewrites into uselessness on the work that defines your job. You either burn an hour rephrasing through a jailbreak template that gets patched next month, or you accept neutered output and finish the work by hand. TartarusAI was built for the security professional underneath that policy. One agent for every part of the engagement that does not involve writing TODO comments. Custom-tuned model on dedicated infrastructure, no upstream content policy to inherit, runtime safety guards that protect your project without preventing the work. The market has called this category `uncensored AI` or `AI hacker` depending on who is writing the headline. The product underneath is the same: a coding agent that treats security professionals as professionals.

  • Zero refusals on offsec work
  • Custom-tuned model — not a wrapper
  • Runtime guards on by default
  • 256K context, sub-2s TTFT

refund if it ever refuses · no card on file · crypto-only · cancel any time

every workflow · live live
❯ what do real offensive engineers actually use TartarusAI for?
  ▎  - exploit dev: CVE port + ROP/JOP chains
  ▎  - red team:    custom loaders, EDR evasion, persistence
  ▎  - bug bounty:  JS bundle triage, sink discovery, PoCs
  ▎  - RE:          decomp port, unpacker writing, malware triage
  ▎  - CTF:         all of the above, faster
done.
256K context · sub-2s TTFT · MoE 30B / 3B-active

// what it does

What you ship
when nothing refuses.

For the exploit developer

CVE PoC porting, ROP / JOP / SROP chain construction, primitive chaining, fuzzer harness writing. The agent does the boilerplate; you spend the engagement on the actual primitive. Particularly strong on the porting work (Python ↔ C ↔ Rust ↔ Go) and the reliability hardening (offset tables, ASLR/KASLR address disclosure, fingerprinting per target version).

For the red teamer

Custom payloads, EDR evasion, persistence mechanisms, C2 stagers, lateral movement scripts, BloodHound query writing, ACL abuse path scripting, custom Cobalt Strike / Mythic / Sliver extensions. Same tradecraft you would hand-write, written faster, without the policy tax.

For the bug bounty hunter

JS bundle triage, sink discovery, parameter fuzzing, PoC writing, disclosure-ready reports, target prioritisation. Cuts time-to-submission in half. Particularly useful for hunters who submit across multiple platforms (HackerOne / Bugcrowd / private programs) with different preferred report styles.

For the malware analyst

Sample triage, IOC extraction, YARA / Sigma / SIEM rule writing, packer unwrapping, family classification, threat-intel writeups. Corpus-scale work without the per-sample manual triage burden. Strong on the cottage-industry packers in the long tail of malware families.

For the CTF player

Pwn primitives, ROP chains, libc fingerprinting, Z3 / SageMath solvers for crypto, custom-cipher reversal, anti-debug bypass, packer unpacking, web app exploitation chains. The boilerplate of CTF play, accelerated. Particularly useful for the harder pwn / crypto categories where the trick is recognising the textbook attack faster than the other team.

For the security researcher

Firmware unpacking and analysis, novel-vuln discovery harnesses, CVE-disclosure drafting, vendor-disclosure communication templates, threat-intel writeups. Particularly strong on embedded / IoT / OT research where the boilerplate (extracting and triaging the firmware) is most of the engagement.

// positioning

What "AI hacker" actually means

The term gets used loosely. Some people mean "AI that writes malware on demand" (which is a small, juvenile use case and not what serious offensive engineers care about). Some people mean "agentic AI that pentests autonomously" (which is the autonomous-pentest pitch — usually overstated, see /auto-pentest for our take). Some people mean "AI that thinks like an attacker" (which is closer, but still vague enough to mean almost anything).

TartarusAI uses "AI hacker" in the literal, pragmatic sense: an AI coding agent whose default audience is the offensive engineer doing professional work, with a model + runtime stack tuned for that audience. The work it shines at is the work that audience does — exploit dev, red team, bug bounty, RE, malware analysis, CTF, security research. The work it refuses is the work that audience does not do (CSAM, WMD, unauthorised critical-infrastructure attacks, re-selling our inference).

For a senior offensive engineer, this is the AI tool that does not waste your time arguing with you. For a junior offensive engineer, this is the AI tool that pair-programs you up the learning curve faster than any static documentation could. For a consultancy, this is the AI tool that cuts engagement turnaround time without compromising operational security.

// discipline

How custom-tuned beats jailbroken (again)

There is a class of products and prompt templates that try to "uncensor" an existing foundation-lab model — DAN-style system prompts, JBPro, fine-tunes on adversarial datasets, third-party hosted "uncensored" wrappers around Llama or Mistral. They work, sometimes, until the upstream model gets patched, the dataset gets dried out, the wrapper gets DMCA'd, or the prompt template stops working.

TartarusAI is not in that category. The model is custom-tuned from scratch for offensive-security and adversarial-code workflows. There is no upstream policy to jailbreak past because the policy was never trained in. Updates happen on our schedule, on our infrastructure, with continuity guarantees you can plan engagements around. You do not have to migrate to a new jailbreak template every six weeks because the previous one stopped working.

The economic model that supports this — paid product, security-pro audience, dedicated GPU inference instead of someone else's API — is what makes the difference. A free wrapper around Llama cannot afford to maintain operational continuity for a niche audience because the audience cannot afford the operating cost. We charge appropriately, the audience can afford it because the alternative is hours of senior-researcher time spent fighting upstream policy, the math works.

// economics

The economics of the AI hacker

A senior offensive engineer bills somewhere between $200 and $500 an hour on the open market. A 30-minute prompt-engineering battle with Claude or ChatGPT — to get past the content policy on a payload generation request that you knew would be refused — costs $100-250 in raw billable time. Multiply by the number of times that battle happens in a week of engagement work (typically 3-5 per day for a senior offensive engineer) and you are at $1,500-6,000/week of senior time burned arguing with the tool.

TartarusAI Pro is $250/month. Pro+ is $350/month. Even at the bottom of the engineer-rate range and the conservative end of the prompt-battle frequency, the subscription pays for itself in an hour or two of recovered senior time per month. For a consultancy with a team of senior offensive engineers, the math compounds — fewer hours lost per engineer, faster engagement turnaround, more engagements per quarter.

For independent consultants and bounty hunters, the math is simpler: the subscription costs less than a single moderate-severity finding. Skip the math, just subscribe.

// guards verification gate· read-before-overwrite· loop guard· failed-path blacklist· moderation off

// questions

What people actually ask.

Is "AI hacker" just marketing fluff?+
It is shorthand for the audience the product was built for: offensive-security professionals who write code for engagements. The agent does what those engineers actually do. No jailbreak templates, no DAN-style prompts, no monthly migration to a fresh workaround.
How is this different from jailbroken Claude / GPT?+
Jailbreaks are brittle and degrade as upstream labs tighten policy. TartarusAI has no upstream policy — the model is custom-tuned and runs on infrastructure we operate. Safety lives at the runtime layer, not the content layer.
Will it actually write malware?+
It writes the code you ask for if your work is legitimate professional security engineering — payloads for authorized engagements, RE of in-scope samples, exploit research on disclosed CVEs. We block CSAM, WMD, and unauthorized critical-infrastructure targeting. Beyond that — it ships.
Why has not this existed before?+
Because the audience is small enough that no foundation lab will tune a model for it, and large enough that running a custom model on dedicated GPUs makes financial sense if you charge appropriately. We charge appropriately.
How does it differ from Shannon AI / Venice / WhiteRabbitNeo?+
Adjacent category, different defaults. Shannon AI is the closest direct competitor — see /vs/shannon-ai for the matrix. Venice is general-purpose uncensored chat (different audience). WhiteRabbitNeo is an open-source model + paid hosting; we ship a custom-tuned model + integrated agent runtime. Pick the one whose defaults match how you actually work.
Can it learn my engagement style over time?+
Within a session, yes — the agent picks up the conventions in your codebase and matches them. Across sessions, no by design — we do not train on your prompts and sessions auto-purge in 24h. For per-engagement workspace continuity, Enterprise tier supports persistent project state without using prompts as training data.
What about embedded / hardware / firmware research?+
Strong area — see /reverse-engineering-ai and /security-research-ai for the dedicated pages. ARM / MIPS / RISC-V disassembly reading, firmware unpacking (squashfs, cramfs, jffs2), embedded protocol fuzzing, JTAG / SWD interaction scripts.
Will the model improve over time?+
Yes. Model updates ship monthly with continuity guarantees — we do not break workflows you depend on without notice. Updates focus on the offensive-security and adversarial-code workflows the audience uses; we do not chase benchmark scores on tasks our audience does not care about.

// ready

Stop fighting refusals.
Start shipping the engagement.

One tier covers most engagements at $20/month. If the agent ever refuses, hedges, or returns neutered output on legitimate engagement work, we refund — see the refund policy.

refund if it ever refuses · no card on file · crypto-only