An operational simulator for security leaders. See where each layer sits, what it can read, what it can prove — and what actually decides access to information. Nothing here is a pitch; every conclusion is one you reach by clicking.
▶ Play it · the whole point in 20 seconds
Compose a request, then run it — and watch every layer in a real enterprise stack respond exactly as it does today. Each does its job, and does it well. The question isn’t which tool is good; they all are. It’s which one governs the decision on the information itself — and can prove it.
Change any chip and run again. Try Customer PII · AI Agent · AI-read, then switch the condition to Stolen credentials — the valid-looking session is authorized exactly as designed, yet NoData still refuses on context.
▶ The same request · five worldviews
Hold one request fixed — an AI agent, on stolen credentials, wants to view Customer PII — and step through how each architecture, built around its own control, handles it. Every one does its job. Notice which question each answers — and the one left standing until the last tab.
01 The problem
Each source of information ends up wired to each consumer. Access lives in dozens of places at once — and no single point decides it.
Every new system multiplies the surface. This is the world of point tools: more integrations, more places access is granted, more blind spots between them.
02 The shift
Collapse the web. Route every request — any information, any requester — through a single place that computes the decision. Not a new store. Not a new key vault. A decision.
Most vendors govern systems. NoData governs the access decision itself.
03 · 04 Real-time decisions
Requests arrive continuously. Each one enters Access Compute, which weighs identity, device, classification, time, purpose and context — then returns a verdict. IAM shows a static permission list. This is computed, per request, the moment it arrives.
05 · 06 Security stack explorer
These are the layers a real enterprise runs. Enable any combination — they stack. Then select one to see its job, and just as importantly, what it does not govern.
07 Capability matrix
Green = native. Amber = partial / configuration-dependent. Red = not its job. Hover any cell. Notice where the bottom rows go dark for everyone — except one column.
08 Information visibility
Not who's allowed to — who technically can see plaintext. The tools sold to protect data are often the ones that must read it. One layer never can.
Reading is capability, not intent. A layer that must decrypt to function is a layer that can be breached, subpoenaed, or misused. NoData computes on ciphertext — in its sovereign mode it is mathematically unable to read content; in managed mode the wrapping key lives in a KMS, never in its database, and no operator path returns plaintext.
09 Key custody
Custody is liability. Whoever holds usable keys is the target. The interesting column is the one that issues keys per request yet stores none, and keeps working even with no custody at all.
10 Evidence explorer
Every layer generates something. Most generate logs — records you must trust the vendor to have kept honestly. One generates evidence that verifies itself.
11 Attack simulator
Pick an attack. Each layer you enabled in section 05 responds with what it can actually do: detect, block, log, prove — or ignore, because it was never its job.
Tip: enable more layers in section 05 to see how a full stack responds together.
12 The Information Metro
The visual language of it: information types are lines, people are stations, and every line passes through Access Compute — where each stop is a computed decision.
13 The synthesis
Every layer here is genuinely excellent at its job — and gets full credit for it. But read down the four columns that decide whether information is governed. Each layer keeps one, maybe two. None keeps all four.
Notice the pattern, not the scores. The layers that stay blind and key-free (IAM, ZTNA, MDM) manage it only because they never touch the information decision. The layers that do govern information (DLP, CASB, IRM) must read it or hold its keys. One column decides the access, sees nothing, holds no key — and proves it.
14 The conclusion
Across every scenario you ran
One question remained constant
Who owned the information-access decision?
Nothing here argued it. Everything here was a way to reach it yourself.
Your moveהצעד הבא
The simulator makes the case. A short conversation makes it real, on your stack. No signup. Pick whichever is lighter for you.הסימולטור מציג את הטיעון. שיחה קצרה הופכת אותו לאמיתי, על המערכת שלכם. בלי הרשמה. בחרו את מה שקל לכם.