Alert fatigue
Thousands of alerts a day, most of them duplicates or symptoms. Engineers spend the first half hour of every incident working out what is actually broken.
QuanticOps correlates every alert, log and change in real time, explains the root cause in plain language and executes the fix with your approval — while mapping the cryptography that quantum computers will break.
37 alerts from Datadog, Prometheus and Sentinel grouped into one incidentBlast radius: payments-api, checkout-web
Q-Reason
Probable cause: ingress change CHG-4812, deployed at 09:38Confidence 91 % · cipher list updated, TLS handshake errors on 3 pods
Q-Reason
Ruled out DNSA first in the history of the company
Q-Act
Suggested action: roll back CHG-4812Runbook RB-112 · estimated impact: none
Rollback approved by the on-call engineerApproved in their sleep. Q-Act detected no objection.
Service restored · health checks green
Post-mortem draft ready for review
In a typical P1, the fix takes minutes. Finding what to fix takes the rest of the hour. QuanticOps removes the search.
Median figures from 2026 design-partner pilots in production environments, over a 30-day measurement window. Results depend on telemetry coverage and incident mix; we measure yours during the pilot.
Thousands of alerts a day, most of them duplicates or symptoms. Engineers spend the first half hour of every incident working out what is actually broken.
Root-cause analysis depends on the few people who know how the system really works. When they are on holiday, MTTR doubles. When they are at the coffee machine, it triples.
Data encrypted today with RSA or elliptic curves can be harvested now and decrypted once quantum computers mature. Few organisations know where that cryptography lives.
Four engines share a live model of your services, their dependencies and their history.
Ingests alerts, metrics, logs, traces and change records. A topology-aware model groups them into a single incident with its blast radius.
An LLM agent grounded in your runbooks, CMDB and past post-mortems proposes the probable cause with its evidence and a confidence score. No black box: every claim links to the signal behind it.
Runs the fix through your existing tooling — rollback, scale, failover, restart — only after human approval, with a full audit trail and automatic rollback if health checks fail.
Continuously discovers certificates, protocols and cryptographic libraries across your estate, scores their quantum exposure and plans the migration to the NIST post-quantum standards.
Read-only connectors to your monitoring, ITSM and change tools. No agent to install on production servers.
QuanticOps maps your services and learns what normal looks like over 14 days, in shadow mode.
Every incident gets a summary, a probable cause, the evidence and a recommended action.
When you're ready, approved actions run through your tooling. You decide what stays manual.
Change scheduling, capacity placement and on-call rotations are combinatorial problems. QuanticOps formulates them as QUBO problems and solves them with quantum-inspired solvers on standard hardware, with a path to quantum annealers as they mature.
Outcome: fewer conflicting changes, and fewer incidents caused by changes.
Q-Shield builds your cryptographic inventory, prioritises "harvest now, decrypt later" risks on long-lived data and plans a hybrid migration to the NIST standards.
Outcome: a board-ready exposure report and a migration roadmap with an owner for every system.
We don't run your production on a quantum computer. Nobody should, yet. What we do is apply the mathematics where it pays off today, and make sure your security holds when the hardware arrives.
An operations platform sees everything. That is why we designed QuanticOps so you keep control of everything.
SaaS hosted in Switzerland, or fully on-premise and air-gapped in your own data centre.
Customer data is never used to train shared models. Language models run in your tenant or on your infrastructure.
No action without approval. Granular policies decide what can be automated, where and by whom.
Every recommendation is logged with its context, its sources and the decision taken, ready for your auditors.
Read-only by default. Write actions use scoped, short-lived and revocable credentials. The admin password is no longer admin123.
SSO (SAML, OIDC), role-based access, encryption at rest and hybrid post-quantum TLS in transit.
We are onboarding a small number of organisations in Switzerland and Europe. You bring real incidents and candid feedback; we bring the platform, our engineering team and measurable results.
Half a day with your operations leads. We map your incident process and choose one critical service.
Read-only connectors, QuanticOps running alongside your team, a weekly MTTR review.
Measured MTTR, noise reduction and a quantum exposure report. You decide whether to go further.
Most AIOps tools stop at correlation. QuanticOps goes from signal to explained root cause to approved action in one flow, and adds post-quantum security posture, which observability vendors do not cover.
We are model-agnostic. By default we run open-weight models inside your environment; you can also connect your own enterprise model endpoint. Data never leaves the perimeter you define.
It proposes, people decide. Each recommendation shows its confidence and evidence, actions require approval, and every action comes with an automatic rollback.
Read-only connectors are live within days. Most pilots see their first explained incident in the first week.
No. Everything runs on standard infrastructure. Quantum-inspired solvers run on ordinary CPUs and GPUs.
Yes. We still advise against observing production on a Friday after 4 pm. So does physics.
We can neither confirm nor deny it until someone opens the box. Our NDA is in superposition too.
In Geneva, Switzerland, and in Valais, simultaneously. Our hosted platform runs in Swiss data centres.
Thirty minutes with our team: a live demo on a realistic incident, and an estimate of what QuanticOps would change for your operations.