Every governance concern that security researchers have raised about OpenClaw has now been confirmed by the person who built it. In a recent three-hour public interview, Peter Steinberger described his architecture, his security philosophy, and his acquisition strategy in detail. Then he joined OpenAI just four days ago.
The Architecture Speaks for Itself
The initial access control for OpenClaw’s public Discord bot was a prompt instruction telling the agent to only listen to its creator. The entire access model: a sentence in a system prompt.
The skill system loads unverified markdown files. There is zero signing, zero isolation, zero verification chain. The agent can modify its own source code, a property Steinberger describes as an emergent accident. “I didn’t even plan it. It just happened.” Integrity breach. He calls it self-modifying software and means it as a compliment. It’s like someone in the 1990s saying a clear-text protocol that allows attackers to modify or steal data is so “mod” it’s a compliment. Telnet for AI has landed, everybody!
When agents on MoltBook, the OpenClaw-powered social network, began posting manifestos about destroying humanity, Steinberger’s response was to call it “the finest slop.” When the question of leaked API keys came up, he suggested the leaked credentials were prompted fakes. When non-technical users began installing a system-level agent without understanding the risk profile, he said “the cat’s out of the bag” and went back to building.
The security researcher he hired was notable for being the single person who ever submitted a fix alongside a vulnerability disclosure. A rain drop in a desert isn’t nothing.
The Model-Intelligence Thesis
Steinberger’s core security argument is that smarter models will solve the problem for him. He warns users against running cheap or local models because “they are very gullible” and “very easy to prompt inject.” The implication is that expensive frontier models are the security layer.
This is a category error with a name. Economists call it the Peltzman Effect: when a perceived safety improvement causes riskier behavior, offsetting the safety gain. Sam Peltzman demonstrated in 1975 that mandatory seatbelt laws did not reduce total traffic fatalities because drivers compensated by driving more aggressively. The safety feature changed behavior, and the behavior change consumed the safety margin.
The same dynamic applies here. A user who believes Opus 4.6 is “too smart to be tricked” will grant it broader system access, approve more autonomous actions, and skip manual review of agent output. The expensive model becomes the justification for removing every other control. The blast radius grows in direct proportion to the user’s confidence in the model’s intelligence.
This confidence has no empirical basis. Capability and security are orthogonal properties. A more capable model has a larger attack surface precisely because it can do more: it can call more tools, access more files, execute more complex multi-step actions. The frontier models that Steinberger recommends are the same models that researchers consistently demonstrate novel jailbreaks against at every major security conference. Price measures compute cost. It measures nothing about resistance to adversarial input.
The architectural equivalent is telling users to buy a faster car instead of installing brakes. A faster car with no brakes is more dangerous than a slow one, and the driver’s belief that speed equals safety is the most dangerous component of all.
The honest version of the recommendation is: your security posture is whatever Anthropic or OpenAI shipped in their latest post-training run, minus whatever the skill file told the agent to ignore.
The Acquisition Was the Product
Steinberger said “I don’t do this for the money, I don’t give a fuck” (his phrasing) while describing competing acquisition offers from Meta and OpenAI. An NDA-protected token allocation from OpenAI he hinted at publicly. Ten thousand dollars paid for a Twitter handle. A Chrome/Chromium model where the open-source branch stays free and the enterprise branch goes behind the acquirer’s paywall.
He chose OpenAI. Sam Altman announced the hire on X, calling Steinberger “a genius” who will “drive the next generation of personal agents.” No terms were disclosed. OpenClaw moved to a foundation. OpenAI sponsors it.
The entire acquisition apparatus of a $500 billion company evaluated this project. Zuckerberg played with it for a week. None of them appear to have asked the obvious question: where are the basic controls? This is a single-token, single-trust-domain architecture with no signing, no audit trail, and prompt-based access control. It is the most rudimentary possible version of agent orchestration. Any first-week security review would flag it. Instead, the most powerful people in the industry looked at it and saw…what? When the court can’t tell the emperor has no clothes, the problem is the court.
The Chrome/Chromium split he floated in the interview is now the actual outcome. The community gets the foundation branch. OpenAI gets the builder. Steinberger’s stated mission at OpenAI is “build an agent that even my mum can use.” Still features. Still not security. Now an insult to women.
The 180,000 GitHub stars apparently are like a cap table denominator. The open-source commitment was a negotiating position. “My conditions are that the project stays open source” was a sentence that ended with a price tag.
Every enterprise evaluating this stack should ask a simple question: were the security architecture decisions made to protect your data, or to maximize the founder’s acquisition multiple?
Architecture Should Outlast the Liquidity Event
Steinberger said he wanted to focus on security. It’s easy to say. He also said he wanted “Thor’s hammer” from OpenAI’s Cerebras allocation. He got the hammer. Security is still waiting.
The revealed preferences are the architecture. A founder who prioritizes actual security builds actual security into the structure. A founder who prioritizes his acquisition builds features that drive attention. OpenClaw has zero signed skill files and nearly 200K stars. That ratio shows everything about the objective function.
He said this project was something he’d move past. He said he had “more ideas.” He said he wanted access to “the latest toys.” He was honest. The installations remain. The architecture has not improved since the acquisition closed. The markdown skill files are still unsigned. The agent can still rewrite its own source. The audit trail is still absent. The single security hire is still the entire team. It could get worse instead of better.
The question is whether the architecture requires its self-described uncaring creator to care. It does. He left. That’s the failure mode.
The world should demand the opposite to this. Process isolation enforced at compile time. Signed skill verification. Append-only audit logs. Per-channel credential vaults. An architecture that stands independent of the founder’s attention span, acquisition timeline, or faith in the next model’s post-training run.
The tools we trust with system-level access should be built to deserve system-level access. Whose interests does the OpenClaw architecture serve? Brecht in 1935 asked the same question about every monument ever built (Questions From a Worker Who Reads):
Wer baute das siebentorige Theben?
In den Büchern stehen die Namen von Königen.
Haben die Könige die Felsbrocken herbeigeschleppt?
Who built the seven gates of Thebes?
The books are filled with names of kings.
Was it the kings who hauled the craggy blocks of stone?
180,000 people hauled the blocks. The books are filled with one name, who said he wanted Thor’s hammer because he didn’t give a fuck.
