Find weaknesses in your applications, APIs, infrastructure, models and agents, then harden what fails. Start with adversarial testing, a secure design review, or a controlled chaos drill. One senior team carries the work from scope to retest.
Seven services. Scope and price are agreed for your system.
Adversarial testing: we attack applications, APIs, infrastructure, models and agents the way an adversary would.
Secure design review, which reads the design before or after it ships, and chaos engineering, which shows how the system fails and recovers.
Rebuild and harden what the test broke, AI infrastructure, binary reverse engineering past source, and a Continuous Assurance retainer that re-checks what was closed every month.
Adversarial testing is the primary offer. Secure design review and chaos engineering stand beside it, and four more cover the fix, the infrastructure, the binaries and the retainer. Selecting an offer lights the surfaces it acts on in the Atlas map; on a narrow screen, open it with Show map.
We attack applications, APIs, infrastructure, models and agents as an adversary would, including the places where an agent can do more than it should and the integration failures that standard testing misses.
Surfaces this offer acts on:UserLLMAgentIdentityToolMCP serverNative binaryData path
How we test: how one engagement runs, and what it delivers.
We read your architecture and code the way an attacker would, against your own threat model. That includes whether recovery and backup paths still hold when an agent is steered wrong or fails, and who controls those assets. You get the failure modes that matter, ranked by what each would cost.
Surfaces this offer acts on:UserAgentIdentityMCP server
We inject controlled failures into staging or production, fault by fault, with rollback agreed before anything runs. Recovery, backup, and degradation paths are tested the way a real outage would test them.
Surfaces this offer acts on:AgentToolData path
After we break a system, we rebuild the parts that failed and secure the stack around them. The people who broke it do the hardening. It is not a general modernization program.
Surfaces this offer acts on:AgentToolMCP serverIdentity
We design AI infrastructure, run hardened models in our own work, and help you run yours: serving, isolation, and the stack around the model. The team that attacks the system also advises on how it is operated.
Surfaces this offer acts on:LLMIdentityData path
When risk sits past source and you have only a binary, we reverse-engineer it with AI-assisted operators. Vendor components, toolchains, and the path past source, in the same engagement.
Surfaces this offer acts on:Native binaryTool
A senior-led retainer on named assets, after a first engagement. It re-checks closed paths as agents, tools, and binaries change.
Surfaces this offer acts on:AgentToolMCP serverIdentityNative binaryData path
Standing coverage: what the retainer covers, and when it is the right next step.
The retainer re-checks the reviewed system against its Atlas map.
The team that built a system is the wrong team to prove it safe. That takes an outside adversary accountable for the result.
Each entry point covers a different part of the same system. A finding in one usually leads somewhere else: to the permissions behind it, or the data past it.
Tool paths, MCP servers, identities, and what a compromised agent could actually do with them.
Injection, unsafe tool use, and the APIs and infrastructure around the model in one engagement.
Test the applications, pipelines and vendor binaries you already run, including any AI connected to them.
After a first engagement, Continuous Assurance keeps this map current with monthly re-checks.
Most first engagements are a scoped adversarial test. A secure design review is the lighter start and stops before live exploitation. The rows below follow a scoped test; the map fills in as it runs.
The surface, the rules of engagement, test windows, and data handling are agreed in writing before anything is touched.
On the map: User, LLM, Agent, Tool, MCP server, Identity · 6 of 8 surfaces mapped
Our operators attack the agreed targets. Every high-impact step passes a human gate.
On the map: User, LLM, Agent, Tool, MCP server, Identity · 6 of 8 under test
Findings become changes your engineers can ship. We retest agreed fixes against the original attack and record what is closed, still open, or accepted.
On the map: the 6 surfaces under test, agreed fixes re-run, with the remaining gaps recorded
Optional. Continuous Assurance re-checks closed paths every month, in Atlas.
On the map: Agent, Tool, MCP server, Identity · 4 tested surfaces inside the retainer scope, kept current by standing coverage
The Atlas map is machine-readable, covers every surface in scope, and you keep it. There is no published rate card, and no hourly rates. Systems, depth, window, and constraints set the price. Tell us what you run, what worries you, and any hard constraints (air-gap, windows, data handling). An operator replies. Coverage, severity, and the six phases are on the method page.
Every finding with the path it took, its rating, the steps to reproduce it, and the change that closes it.
What was tested, what held, and what to fix first, written for the person who approves the fix.
The record behind each finding, pinned to the run that produced it, so your team can replay it without us.
The machine-readable map of every surface in scope. You keep it, and the next engagement starts from it.
A scoped adversarial test produces all four; a secure design review produces the report, the summary and the map. The map on this page uses the same format, so your team can diff the file as agents, tools, and binaries change, and a later retest is measured against it.
A call is the first step, and a written scope comes before anything is touched.