01
Precise incident origin
Identify the site, operational area and exact monitored stop point rather than relying on a broad line alarm or manual report.
CSS Safety Intelligence Platform
Locate the event. Coordinate the response. Prove what happened next.
CSS connects a retrofit monitoring layer to a managed incident workflow—helping industrial teams reduce avoidable response delays, measure downtime, retain evidence and turn incidents into accountable improvement.
More than an alert. A complete operational picture.
The safety system remains responsible for the protective stop. CSS provides the separate, read-only context that helps people respond, investigate, learn and follow through.
02
Coordinated response
Alert the appropriate people, show who has accepted the response and keep the incident state visible on dashboard and mobile.
03
Live operational awareness
See active incidents, unattended events and work awaiting action or verification from one shared operational view.
04
Downtime and cost
Record activation duration, apply configured downtime rates and expose the operational impact of recurring stoppages.
05
Evidence & audit trail
Keep photographs, comments, timestamps, responder activity and status changes together in a retrievable record for review and audit support.
06
Corrective action control
Create, assign, track and independently verify follow-up work without separating it from the original event.
07
Trends and hotspots
Build a usable history for identifying repeat activations, problem assets and areas that deserve targeted improvement.
08
Reporting and review
Bring response, downtime, evidence and action data together for operational reviews and management decisions.
09
Asset traceability
Maintain a permanent device identity from controlled provisioning and deployment through service and replacement.
Value at every level of the organisation.
The same event record answers different questions for the responder on the floor, the safety professional investigating it and the manager deciding what to improve.
01
Responders
Know where to go, see the current state and add evidence from the field without reconstructing the incident later.
- Precise location
- Mobile incident access
- Clear ownership
02
Safety teams
Keep a structured, retrievable account of what happened, what was found and which corrective work followed.
- Traceable history
- Evidence in context
- Verified actions
03
Operations
Understand how long events affect production, where disruption recurs and which improvements deserve priority.
- Downtime visibility
- Estimated cost
- Recurring-event insight
04
Leadership
Connect safety activity to operational impact and make investment decisions using recorded evidence rather than assumptions.
- Management oversight
- Performance trends
- Investment evidence
AI assistance with a deliberately narrow boundary.
CSS is introducing AI where it can help people interpret information and navigate the platform, while keeping safety decisions, machinery control and record ownership firmly with authorised people.
CSS Assistant
Contextual help, incident summaries and read-only diagnostic explanations inside the product workflow.
- Explain the current page
- Summarise recorded incident information
- Guide users to the relevant workflow
AI Analytics
Pattern-finding support intended to surface recurring events, costly areas and response or action trends for human review.
- No autonomous safety decisions
- No machinery or safety-state control
- Human interpretation remains essential
How the CSS approach differs.
This is a comparison of general solution types, not named suppliers. Individual products and installations vary.
| Approach | Physical origin | Installation model | Response workflow | Evidence & follow-up |
|---|---|---|---|---|
| Close Safety Systems | Exact monitored stop point | Retrofit, read-only monitoring layer | Dashboard and Android app | Incident record, evidence, actions and downtime |
| Control-system diagnostics | Depends on existing design and instrumentation | May require controls engineering or integration | Often centred on machine or line status | Varies by connected systems |
| Generic incident software | Usually entered or reported by a person | Software deployment | Can provide case and action workflows | Often strong, but not natively tied to the stop-point signal |
| Standalone alerting | Varies by sensor or alarm source | Varies | Notification-focused | May require separate records and action tools |
A validation-led roadmap.
This is the current direction of travel, not a promise of dates or guaranteed future features. Each stage depends on engineering evidence, pilot learning and commercial readiness.
Controlled pilots
Installation evidence, connectivity behaviour, workflow validation and structured user feedback.
Early customer deployments
Repeatable small-batch hardware, supported onboarding and recurring platform service.
Broader safety intelligence
Deeper reporting, multi-site insight and carefully selected asset-assurance modules.
Scale and partnerships
Manufacturing, channel, OEM or licensing routes where they support safe, sustainable growth.