The industry solution for project management and security operation tools.
— DeMarco Solutions Software Development Team
Operations run on sensitive information — where people are, what they're doing, and when. Today that data is scattered across consumer maps, shared spreadsheets, and group chats that were never built to protect it. Our mission with LWN is to bring every part of an operation into one integrated system built around privacy and data security from the ground up — not added as an afterthought.
That means the map, the data model, and the AI all run on infrastructure the operator controls, with no third-party AI in the data path. It means strict tenant isolation and encryption so one organization's operational data can never reach another's. And it means AI that assists rather than acts on its own — retrieval-based and human-approved — so you stay in command of your information.
One integrated ecosystem for every operation, private by architecture and auditable by design. That's the standard we're building to, in the open, for the teams who depend on it.
LWN turns scattered plans, spreadsheets, and group chats into a single operational picture. Drop locations on a map, build missions around them, assign the right people, and coordinate the work — from a command desk or a phone in the field.
LWN is built from a small, consistent vocabulary that keeps expanding. Learn these once and the whole system makes sense.
A point on the map — a site, venue, checkpoint, or asset. Pins lock in place, connect to each other, and tie to the people and work that happen there.
A top-level effort that ties locations, people, and tasks together under one command picture with its own dates, lead, and status.
A focus point inside an operation — a command node on the map that pulls together the pins and tasks it owns, with its own tethered view.
A single unit of work. Assign it to people, tie it to a location, set a due date, or put it on a repeating countdown.
A container that groups related tasks, assignees, and task forces — and can itself be attached to an operation.
A person, with a rank and role. Profiles are assigned to operations, locations, tasks, and task forces — and reassign cleanly when someone stands down.
A named group of profiles you can assign as a unit, so whole teams move onto a project or mission in one action.
A self-hosted assistant that proposes task changes for an operation. Every suggestion is validated and waits for your approval before anything is applied.
State, county, and town/city boundary layers, with 2D/3D and fit toggles, so an operation is framed at exactly the right scale.
Each panel is a function of the software. Footage is being captured — every slot is a real feature you can try in the live demo.
LWN was designed to be mission ready, wherever you are.
The full command picture — map, pins, tasks, and the AI assistant — works one-handed on a phone, at a command desk, or across a whole team. Every device stays connected to the same live operation, so the person coordinating never has to be tied to a desk.
LWN is in active beta. Below follows transparent progress regarding the cybersecurity backend ahead of commercial production. With data security and operational privacy in mind, we'll continue to share our development and findings with future clients and the general public. For more information regarding backend development, contact us at lwn@demarcosolutions.com.
— DeMarco Solutions Software Development Team
Full platform running for early deployments. Self-hosted inference keeps operational data out of third-party model APIs; the AI data plane is isolated from the public internet, and every AI write passes a human-in-the-loop approval gate.
Per-request authentication and authorization with role-based access control on least-privilege defaults, Argon2id credential hashing, hardened session/token handling, and MFA-ready enrollment.
Strict per-tenant partitioning across storage and the retrieval (RAG) index, with query-level tenant scoping and defense-in-depth so cross-tenant retrieval is structurally prevented, not just filtered.
STRIDE threat modeling, SAST/DAST wired into CI, and a third-party penetration test with tracked remediation and re-test before general availability.
Encryption in transit and at rest with managed key rotation, encrypted backups with tested restores against defined RPO/RTO, immutable audit logging, and monitored uptime.
Hardened production baseline, data-processing agreements for business customers, documented retention and deletion, and an incident-response runbook.
Roadmap shown for transparency; phases are indicative and may shift as the product matures. Select a phase to view its checklist.
Structured variables managed and organized to accomplish the mission. Some applicable fields:
Post assignments, patrol routes, and checkpoints as locations; run the whole detail as an operation with task forces per zone and live task tracking through the event.
Map every building, gate, and critical asset as a pin, assign responsible personnel, and keep recurring inspections and drills on repeating countdowns.
Stand up an operation over an affected area, drop staging and shelter locations, and coordinate crews and resources against a shared, live map.
Frame an area of operations by jurisdiction layer, tie tasks and units to locations, and focus a single operation without losing the wider picture.
Manage guard rosters as rank-aware profiles, group them into task forces, and reassign coverage cleanly when someone stands down.
Give every job site its own pin and task list, dispatch the nearest team, and let field staff work the whole operation from a phone.
Chain locations into routes with connected pins, attach delivery projects to each stop, and track progress node by node.
Run a multi-site build as one operation, break each site into projects of tasks, and keep the right trades and supervisors mapped to each location.
Coordinate festivals, film units, and large venues — stages, entrances, and crew positions as pins, with task forces moving between them.
Track distributed assets as locations, schedule recurring inspections with live countdowns, and assign the crews responsible for each.