Product comparison
Choose by the problem you need to solve.
Secure, Assure, and SOAR (security orchestration, automation, and response): three security products from QASO (Quantum Agentic Security Operations). See them side by side, then how each differs from tools you may already run.
- SecureExposure managementReachable systems, known weaknesses, and attack paths on the networks you authorize.
- AssureCode securityEach code finding checked against the exact line, plus the cryptography the code uses.
- SOARDetection and responseFlags failed-login bursts in your logs and unusual connections on the network, then drafts a response; approval follows its risk class.
01 / Side by side
What each product does.
The three products are separate. They exchange data by a file you hand over or a connector you turn on, not by automatic sync.
| Product | What it does | What you get | Status and limits |
|---|---|---|---|
| Secure | Secure records what it can see on the networks you authorize, the weaknesses that match, how an attacker could move between systems, and the key exchange each service selects in a test connection (it does not read certificates). For post-quantum timing, you enter how long the data must stay secret, how long a changeover would take, and the year you want tested; Secure compares those numbers and does not carry out the changeover. Discovery is not proof the network is complete. Cloud context is imported. Operational-technology protocols are classified as safety-critical; confirm how plant equipment is collected before a pilot. | A record of what was seen, how it was seen, and which exposures are plausible, so you can decide what to fix first. | Offered for a pilot at your site. Active scanning needs your written authorization. |
| Assure | Assure reviews application source code (currently JavaScript and TypeScript) and its third-party dependencies, cites the exact line, re-checks each finding, and lists the cryptography the code calls. Findings can be assigned an owner or left unassigned. It is an engineering candidate, evaluated on synthetic repositories, and static evidence does not prove runtime safety. Not yet approved for your source code, for installation at your site, or for production use. | Code findings an engineer can check line by line, taken up to four steps: the check captured evidence, then an independent replay checked the same source line, bytes, and hashes, then a policy check found no refutation, then a named reviewer on your team accepted it. A finding can be left unassigned. | Engineering candidate: JavaScript and TypeScript only, evaluated on synthetic repositories. The hosted engineering demonstration uses synthetic data and requires sign-in: Google sign-in for allowed, verified email addresses, or an operator token. |
| SOAR | SOAR watches live packet metadata (source, destination, destination port, and size only) and NetFlow (records of which systems talked to which), never packet contents, reads opt-in, read-only SentinelOne posture and threat data and Splunk searches (up to 50 rows per search), and imports Secure and Assure findings. On-site artificial intelligence (AI) models help investigate and draft a response. It is approved according to its risk class: automatically with a log for the lowest class, and by named people above that (one, two independent people, or a decision owner plus a process engineer); your team makes the change. Two demonstration actuators exist (a lab guest and a rehearsal-copy demo); they are not a general response engine. SOAR is not a security information and event management (SIEM) system. | Flagged suspicious activity, such as bursts of failed logins in your logs or unusual connections on the network, and a drafted response; the lowest risk class is logged by policy with no approval record; higher classes wait for the named people that class requires. | Offered for a pilot at your site. Production changes stay with your team and its change process. |
02 / Other kinds of tools
Where QASO is different.
A comparison with broad categories of tools, not a vendor benchmark or a performance claim.
| Kind of tool | What it usually does | How QASO differs |
|---|---|---|
| Asset discovery and vulnerability management tools | Find devices and rank known vulnerabilities | Secure keeps each result tied to what was actually observed, where it was observed, and what is still unknown. Discovery is not proof the network is complete. |
| Code scanners (static analysis and third-party dependency checks) | Find problems in source code and the packages it uses | Assure cites the exact source line, re-checks each finding, and marks how far it was checked, up to acceptance by a named person; a finding can be left unassigned. It covers JavaScript and TypeScript and their third-party dependencies, and it is an engineering candidate. |
| Security monitoring and alert-automation tools | Collect alerts and run automated playbooks | SOAR watches packet metadata (source, destination, destination port, and size) and NetFlow (records of which systems talked to which), reads opt-in, read-only SentinelOne posture and threat data and Splunk searches (up to 50 rows per search), and drafts a response; it is approved according to its risk class, and your team makes the change. It works alongside the monitoring tools you already have. |
| Compliance evidence tools | Collect evidence for audits and track approvals | Assure keeps the cited source line and, from its replay step, the bytes and hashes; a named reviewer’s decision where one was made (a finding can stay unassigned). Secure keeps what its collector observed. SOAR keeps derived metadata and its approval log (the lowest risk class is logged by policy; higher classes record the named approvers), not raw logs or packet contents. You choose which files to copy out of each product; there is no evidence-pack export. |
| Post-quantum encryption inventory tools | List the encryption in use so it can be replaced before quantum computers can break it | Secure records the key exchange each service selects in a test connection (not certificates) and compares post-quantum timing numbers you enter. Assure lists the cryptography the code calls. Neither performs nor proves a migration. |