Procore’s iOS Drawings example identifies Sync, which checks for newer drawings and markups while connected. Download the required sheets before leaving coverage and test them offline; a cached sheet cannot receive later revisions until the device reconnects and synchronizes.[3]
Before mobilizing a project, prove that field and office teams can find the approved drawings, work through a controlled connectivity outage, protect payment changes and recover project records. Use the offline drawing handoff test below, then assign owners for the failed steps in the setup checklist.
Match the controls to the contractor’s actual trade, applications, contracts, devices and jobsites. Qualified project leaders remain responsible for construction, safety, contractual and accounting decisions; an application or technical checklist cannot make those judgments.
What a dependable construction and contracting IT setup should accomplish
A dependable environment gives each worker a named identity, assigns only active projects and duties, keeps current drawings and decisions accessible, protects financial changes, manages field devices, limits subcontractor and provider access, supports offline and remote work, and proves that critical project records can be recovered.
- Estimating, project, drawing, RFI, submittal, schedule, procurement, field, change, cost, billing, closeout, and warranty systems have accountable owners.
- Office and field roles use named identity, MFA, project-based groups, managed devices, current applications, and supported communication paths.
- Drawings, specifications, RFIs, submittals, changes, photos, daily records, approvals, and financial decisions retain current versions and history.
- Vendor, subcontractor, architect, engineer, owner, and provider access is scoped, time limited, and closed at the correct project stage.
- Backup, jobsite connectivity, offline work, support escalation, payment verification, project closeout, and incidents are tested.
Map the complete project lifecycle, systems, records, and ownership
1. Map the project lifecycle and accountable systems
Follow representative service, residential, commercial, and public work that the contractor actually performs. Record the system of record, owner, required approval, identifier, handoff, mobile need, integration, retention, exception, and backup for each stage. Include lost bids and canceled jobs because their documents and access can persist.
Where to work: CRM, estimating, takeoff, bid, contract, project management, drawings, schedule, RFIs, submittals, procurement, daily logs, time, equipment, changes, accounting, billing, closeout, warranty, and archive
Verification: A project can be traced from opportunity through warranty without an undocumented spreadsheet, personal inbox, local photo folder, or duplicate application deciding the current record.
2. Create named identity and protected administration
Use individual accounts, MFA, role and project groups, separate privileged identities, protected recovery, and at least two company-controlled administrators. Remove shared trailer passwords, reused field accounts, routine local administration, and provider-owned primary accounts.
Where to work: Microsoft 365 or Google Workspace, project platforms, estimating, accounting, payroll, fleet, timekeeping, devices, network, backup, security, remote support, and provider administration
Verification: A backup administrator can recover core systems while a normal worker, subcontractor, or project user cannot enter administration or unrelated jobs.
3. Establish one controlled project record
Create the project from an approved award and use the same identifiers across systems. Assign office, field, owner, design, subcontractor, and accounting roles. Define where the current contract, drawings, decisions, costs, and closeout record live and how duplicates are reconciled.
Where to work: Project number and name, contract and scope, contacts, permissions, cost codes, folder and workspace template, drawings, specifications, RFIs, submittals, schedule, procurement, changes, photos, daily records, billing, closeout, and archive
Verification: A project manager, superintendent, estimator, accounting user, and executive can locate the same current project facts without relying on a person’s mailbox or desktop.
Protect identities, drawings, decisions, finances, devices, and field work
1. Control drawings, RFIs, submittals, and change decisions
Publish current versions through the approved platform, retain superseded history, identify responsible reviewers, record due dates and responses, link field decisions to cost and schedule effects, and prevent unmanaged email attachments from becoming the only approved record.
Offline availability is not a guarantee of the latest approved revision. In Procore’s iOS Drawings workflow, users need Read Only or higher permission and must download the needed drawing before relying on it offline. New server revisions cannot be fetched while disconnected.[1][2]
Where to work: Drawing and specification sets, revision history, distribution, RFI workflow, submittal log, design responses, field markups, change events, pricing, approval, superseded files, and mobile synchronization
Verification: A field user opens the current drawing offline, traces a revision and RFI, sees the approved submittal, and follows a change from notice through pricing, approval, and field direction.
2. Configure field connectivity, offline work, and support
Survey expected coverage, size connectivity for the real team and files, separate company, guest, and device traffic where appropriate, secure administration, document offline workflows, and provide a support route that works when the project platform or internet is unavailable.
Where to work: Jobsite internet, cellular coverage, trailers, Wi-Fi, network segmentation, guest access, printers, cameras, IoT where used, mobile synchronization, offline procedures, remote support, and escalation
Verification: The superintendent and field team complete drawing, photo, daily-log, time, and communication tasks during normal service and a controlled connectivity outage without unsafe workarounds.
3. Protect project accounting, payroll, and payment changes
Separate preparation, review, approval, release, reconciliation, and administration. Verify vendor, bank, direct-deposit, invoice, and payment changes through known independent contacts. Link approved changes to budget and billing and prevent a compromised email from changing instructions silently.[5]
Where to work: Estimate handoff, budget, commitments, purchase orders, cost codes, time, payroll, vendor master, change orders, pay applications, lien and compliance records, banking, ACH, checks, and approval
Verification: A controlled vendor bank-change and pay-application test shows complete approval, callback verification, audit history, and separation from platform administration.
4. Manage field, office, mobile, and shared equipment
Enroll and protect company devices before use, assign named users where possible, configure supported shared-device modes, restrict local administration, control application stores and remote support, and define personal-device, photo, download, text-message, USB, loss, and disposal procedures.
Where to work: Device inventory, endpoint management, encryption, endpoint protection, patching, local privilege, mobile management, rugged devices, shared kiosks, vehicle systems, printers, remote support, loss, return, and disposal
Verification: Office and field users complete approved work on assigned and shared systems without personal email, consumer storage, unknown remote tools, unprotected local project records, or mixed user histories.
Connect subcontractors, integrations, support, backup, and incidents
1. Limit subcontractor, design-team, owner, and provider access
Assign access by company, role, project, contract, and workflow need. Keep sensitive cost, payroll, personnel, and other project records separated. Require sponsors and expiration, monitor downloads and invitations where practical, and close access after scope, project, or provider work ends.
Where to work: Project invitations, roles, company and contact directories, drawings, RFIs, submittals, schedules, photos, financial views, external sharing, service accounts, support access, start and end dates, and closeout
Verification: Representative subcontractor, architect, engineer, owner, and provider accounts can perform approved tasks and cannot discover unrelated projects, confidential cost data, administration, or expired records.
2. Build backup and continuity around project deadlines
Define recovery around bid, permit, inspection, delivery, schedule, payroll, pay application, closeout, and warranty deadlines. Protect copies from normal administrator compromise, document cloud and provider responsibility, automate useful exports, and test representative restores.[4]
Where to work: Cloud and server backup, email, project exports, drawings, accounting, payroll, estimates, photos, configurations, contacts, closeout, warranty, alternate procedures, and recovery priorities
Verification: The team restores project drawings, communications, financial records, photos, configuration, and closeout material and continues a critical workflow during a primary-system outage.
3. Prepare incident response for office, field, and projects
Assign response for account takeover, payment fraud, ransomware, lost field devices, exposed drawings, unsafe remote access, provider outage, and compromised subcontractor accounts. Include how project deadlines, payroll, field communication, evidence, and recovery are maintained.
Where to work: Incident plan, employee reporting, monitoring, insurer and counsel contacts, owner and project communication decisions, provider and subcontractor escalation, financial controls, evidence, continuity, and recovery
Verification: A tabletop produces a time-stamped record of detection, containment, affected projects and information, financial protection, field continuity, communication decisions, recovery, and corrective actions.
Test real project workflows and jobsite continuity
Prove offline availability and current revision separately
Use a permitted test project and record the drawing number and revision. Procore documents downloading before offline work, an Airplane Mode check and online re-sync for new versions or markups. This example is specific to the documented iOS Drawings workflow; check other apps and tools separately.[3]
| State | Test on the actual field device | What the result establishes |
|---|---|---|
| Connected before departure | Open the approved project and download the required drawings. Record their numbers and revisions. | The required set is present on the intended device. |
| Airplane Mode test | Navigate to the required drawings while connectivity is deliberately unavailable. | The needed files open; the test does not establish whether a later revision exists. |
| Changed server revision or markup | Keep the cached copy identified and follow the project's escalation process until connected. | No claim that an offline device fetched a later server change. |
| Reconnected handoff | Use Sync and compare the displayed revision and required changes with the approved project record. | Current information is visible; separately verify permitted field updates reached the server. |
When Procore is the selected platform, use the Procore permissions and collaborator offboarding guide to review outside access. The construction technology gap checklist helps diagnose existing field-work friction. ALLMSP’s software support can help implement the approved project workflow.
Pilot with an estimator, project manager, superintendent, field worker, accounting or payroll user, executive, subcontractor, design participant, and remote support user. Run project setup, offline drawings, RFI, submittal, change, daily log, vendor change, pay application, device loss, closeout, restore, and incident.
- Award to project setup: Move a controlled estimate and contract into the project, accounting, drawing, and field systems. Pass: Identifiers, scope, roles, cost structure, records, and owners remain consistent.
- Current drawing and decision: Publish a revision, RFI, submittal, and change and test office, field, and offline views. Pass: Users see current direction and can trace history, approval, cost, and schedule effects.
- External access: Use subcontractor, architect, owner, provider, and expired accounts against representative projects. Pass: Each sees only approved projects and workflows and every temporary path closes.
- Payment verification: Introduce a fraudulent vendor bank or invoice change through a realistic email scenario. Pass: Independent verification and separated approval stop release and trigger response.
- Project restore: Restore drawings, project records, email, photos, accounting export, and configuration in isolation. Pass: Records are complete, readable, access controlled, and available within the required deadline.
- Jobsite outage: Disable primary connectivity or a project platform during active field work. Pass: The team uses documented safe alternatives, preserves later synchronization, obtains support, and maintains priority work.
Frequently Asked Questions
What should a contractor include in a construction technology map?
Map the contractor’s actual bid-to-warranty workflow and identify the owner, approval and authoritative record at each handoff. Include project numbers, drawings, RFIs, submittals, changes, field records, costs and closeout documents. Trace a fictional job and a canceled bid so duplicate folders and leftover outside access are found before they govern live work.
How should administrator and field-user access be structured for contractors?
Use named accounts, project-based permissions and separate administrative identities with firm-controlled recovery. Keep subcontractors and field users out of unrelated projects and platform administration. Give temporary access a sponsor and end date. A shared trailer password makes departures and incident investigation harder because actions cannot reliably be attributed to one person.
Why should construction firms establish one system of record for each project?
An agreed system of record tells the field, project office and accounting team which drawing, decision, cost or approval governs. Use consistent project identifiers and document how changes reach linked systems. When copies disagree, have the designated owner resolve the discrepancy; choosing the newest-looking attachment is not a reliable approval process.
How can contractors keep field teams on current drawings and approved changes?
Confirm the approved revision while connected, download the required drawings and check them on the actual field device. Retain superseded history without presenting it as current direction. A cached drawing can still open after a newer server revision exists, so reopening it offline does not prove currency. Escalate uncertain instructions through the project’s approved process.
What should contractors plan for jobsite internet and offline work?
Test the exact app, device and required tasks before mobilization. Preload supported offline records, prove they open without connectivity and identify which actions must wait for reconnection. Preserve queued work and confirm its server-side result after service returns. Do not assume every project tool, attachment or recent change is available merely because the app can open offline.
How can construction firms reduce payment-change and invoice fraud?
Verify unexpected bank-detail, invoice or direct-deposit changes using an established independent contact and the contractor’s approval process. Keep preparation and release authority separate where feasible, with a documented second check where they cannot be. Test a fictional request; a familiar sender name or a matching project number is not sufficient evidence that payment instructions are genuine.
What device controls are important for construction offices and jobsites?
Use supported, managed devices with encryption, endpoint protection, updates and controlled remote support. Set rules for shared equipment, photos, downloads, personal devices and lost hardware. Test a field worker’s actual record capture and later handoff, including user changes on shared devices, so project information is not left in another worker’s local session.
How should contractors manage subcontractor and external project access?
Grant access only to the relevant company, project and workflow, with an internal sponsor and a clear end point. Test what an outside account can actually open, search, download and invite. Remove access when scope or work ends and check connected sharing paths; closing a project status alone does not demonstrate that every external access route has closed.
What should construction firms include in backup and continuity testing?
Restore drawings, RFIs, approved changes, photos and a relevant accounting export into an isolated location. Check readability, identifiers, permissions and the relationship between technical and financial records. Test a deadline workflow as well as the files. Identify what the project vendor exports or retains separately from the contractor’s independent recovery arrangements.
What should a construction company incident-response exercise test?
Use an account takeover, fraudulent payment request or lost field device during a time-sensitive project task. Confirm who protects funds and evidence, identifies affected projects and communicates with the field. Rehearse a safe approved alternate workflow and recovery. Project leaders and qualified advisers remain responsible for construction, safety, contractual and notification decisions.
