Access without ownership.
Shared accounts, former contractors and vendor portals remain active without a named business owner or removal decision.
LSSCO / Secure Operations
Secure operations for connected buildings and active projects.
LSSCO helps owners and facility teams map connected assets, vendor access, incident ownership and recovery evidence across the physical and digital environment. Technical testing is separately authorized and delivered by appropriately qualified specialists.
Sample operating position
Controlled, with priority gaps.
The public demonstration uses concrete counts and status descriptions. It does not publish an unsupported readiness percentage or suggest certification.
Demonstration data onlyNo live systemsNo client information
Sample control recordOwner review due
Connected assets09Mapped
Open actions05Assigned
Expired accounts01Remove
Recovery records03Incomplete
Operating gap
A project can look controlled while its connected dependencies remain unmanaged.
Messages, cloud portals, installer accounts and building systems often sit outside the ordinary project report.
Records without provenance.
Critical approvals, exports and configuration evidence can be changed, deleted or separated from the source record.
Technology without lifecycle control.
CCTV, access control, Wi-Fi and building platforms are installed but not transferred into an owned support model.
Incidents without a route.
No one knows who contains vendor access, preserves records, informs the owner or verifies restoration.
Management structure
Govern, Identify, Protect, Detect, Respond and Recover.
The six NIST CSF 2.0 functions organize cybersecurity outcomes as a continuous management structure. Their order does not impose a project sequence; activities may run concurrently according to risk and operating need.
Set ownership and boundaries.
Risk owners, decision rights, vendor obligations, escalation and acceptable operating position.
Understand the environment.
Users, information, applications, connected assets, vendors, dependencies and critical services.
Apply proportionate safeguards.
Identity, privilege, project separation, configuration, backups and supplier connectivity.
Define useful visibility.
Events, evidence sources, recipients and review cadence supplied by the appointed technical parties.
Coordinate decisions.
Incident leadership, containment authority, evidence preservation, communication and remediation.
Restore and prove the position.
Service priorities, backup evidence, restoration validation, lessons and owner acceptance.
References are used as management guidance only. LSSCO does not claim NIST, CISA or government certification, accreditation or endorsement.
Eight control domains
Technical requirements connected to operational ownership.
The record identifies what must be controlled, who supplies the evidence and what remains open.
Identity and access.
Named users, roles, privileges, MFA requirement, sponsors, review dates and removal.
Environment separation.
Client, property, project, vendor and technical boundaries across interfaces.
Evidence provenance.
Original source, version, timestamp, custodian and provider-supplied integrity evidence where available.
Vendor control.
Purpose, named contacts, access route, duration, review and offboarding.
Connected assets.
Asset owner, service dependency, support route, lifecycle and recovery requirement.
Monitoring requirement.
Which events matter, which provider observes them and how evidence is supplied to management.
Incident readiness.
Lead, deputy, contacts, containment authority, communications and evidence route.
Recovery and handover.
Configuration records, restoration tests, transfer packs and owner acceptance.
Service boundary
Operational review and corrective-action control.
The standard engagement does not silently expand into higher-risk technical or regulated work.
Management and evidence control.
- Connected asset and vendor register
- Responsibility and access-governance map
- Incident and escalation workflow
- Safe tabletop exercise
- Executive findings and 90-day action plan
- Remediation tracking through SiteWorks
Specialist technical work.
- Penetration testing or vulnerability scanning
- Continuous monitoring or security operations center services
- Digital forensics or emergency incident response
- Network, BMS or access-control engineering
- Safety-critical system testing
- Formal certification, audit or regulatory opinion
Begin with one building, project or defined operational environment.
The output is an operating map, priority findings, responsible parties, technical referrals and a controlled 90-day action route.