FireFlight EAM:
Enterprise Asset Management Software
Every Asset.
Every Action.
Every Audit.
FireFlight EAM:
Enterprise Asset Management Software
Every Asset.
Every Action.
Every Audit.
What does FireFlight EAM actually track across the full asset lifecycle?
Every asset that enters your operation gets a master record in FireFlight the moment it is registered. That record captures classification, location, ownership, and custody from day one. Barcoding and scanning integration means physical intake does not require manual data entry. The record is accurate at creation, not reconstructed later from memory or paperwork.
The lifecycle does not stop at registration. Depreciation schedules, capitalization logs, and work orders attach directly to the asset record as events occur. When a work order closes, the cost is posted to the asset’s financial history automatically. When a depreciation milestone passes, the record updates without a separate accounting entry. The asset’s financial position and physical condition are visible from the same record at any point in its life.
For operations that have previously managed this in spreadsheets, the structural difference is significant. A spreadsheet shows what was entered. FireFlight shows what happened, when it happened, who authorized it, and what it cost. That audit trail is not an extra feature. It is built into every transaction the system records.
Asset Registry & Classification
Asset Lifecycle & Depreciation
FireFlight records every action taken on every asset record with a timestamp and user attribution. If a maintenance technician closes a work order incorrectly, the correction and the original entry both appear in the log. If an asset is moved between locations, the prior location is preserved in the record history. For regulated industries and operations subject to insurance audits, that trail is available on demand without any additional configuration. PCG has been building asset tracking systems for industrial, aviation, and compliance-heavy operations since 1995. The audit architecture in FireFlight reflects three decades of direct experience with what auditors actually ask for.
How does FireFlight handle preventive maintenance and equipment failures?
Preventive maintenance in FireFlight runs on schedules tied directly to asset records. When a threshold is reached, whether that is a time interval, a usage count, or a condition reading, FireFlight generates the work order without manual intervention. Maintenance coordinators see what is coming, not what already failed.
Corrective maintenance follows a different path. Downtime logs capture when an asset goes offline and why. Failure mode analysis connects the event to a root cause category that accumulates over time, building a failure history that informs repair-versus-replace decisions with actual data rather than gut instinct. That history is attached to the asset record, so a technician assigned to the third failure on the same piece of equipment can see the prior two before they start work.
Spare parts usage is tracked against work orders, which means parts consumption is visible at the asset level, the maintenance event level, and the warehouse level simultaneously. Stock transfers between locations are logged. Warranty management confirms whether a repair is covered before the work order is approved. Operations that previously handled these functions across separate tools find that the coordination overhead drops significantly once they are running inside a single connected system.
Preventive & Corrective Maintenance
What does FireFlight EAM do for inspection and compliance documentation?
Inspection management in FireFlight runs against checklists and standards that are configured to match your regulatory requirements. Each inspection generates a record tied to the asset, the inspector, the date, and the outcome. That record is not a separate document filed somewhere. It lives inside the asset’s compliance history and is visible in the same place as maintenance logs, warranty records, and cost data.
Audit scheduling keeps upcoming compliance events on the calendar before they become overdue. For operations managing assets across multiple sites or under multiple regulatory frameworks, the scheduling layer prevents the gaps that occur when compliance calendars are maintained in separate tools by different teams.
The inventory audit trail in this workspace covers physical inventory counts against system records. Discrepancies between what the system shows and what a count finds are flagged and tracked through resolution. For operations that have experienced compliance findings because asset records did not match physical reality, that reconciliation loop is what changes the outcome of the next audit.
Inspection & Compliance
How does FireFlight track what assets actually cost over their full life?
Total cost of ownership in FireFlight is not a calculation you run at the end of an asset’s life. It accumulates in real time as every work order, parts replacement, downtime event, and service contract charge posts to the asset record. At any point, a manager can pull the full cost history for any asset and compare it against the original acquisition cost and current book value.
Downtime costing connects equipment failures to financial impact. When an asset goes offline, the downtime log records the duration. The costing layer converts that duration into a financial figure based on the production or service rates configured for that asset type. Operations that have been unable to quantify the true cost of aging equipment find that this connection changes the conversation about capital replacement entirely.
Account and transaction data runs across every financial event tied to the asset: purchases, repairs, depreciation adjustments, warranty reimbursements, and disposal proceeds. That transaction history is the asset’s financial record, and it is maintained inside the same system as the maintenance and compliance records. Reconciling asset data across accounting and operations systems is not a process FireFlight customers need to run.
Asset Cost & Performance Analysis
How does FireFlight manage contracts, vendor relationships, and warranty coverage?
The Contracts, Vendors, and Warranty workspace connects the people and organizations responsible for your assets directly to the asset records those relationships affect. A service contract is attached to the specific assets it covers. A warranty record is accessible from inside the work order before the technician approves the repair. A supplier relationship carries the full purchase and transaction history for every asset that came from that supplier.
Contract lifecycle management tracks start dates, renewal dates, and expiration thresholds. Operations that have lost warranty coverage because a renewal slipped through the gap between a spreadsheet and a calendar find that the alert structure in FireFlight handles this without relying on anyone to remember.
Claims and reimbursements are tracked against contracts and warranties, giving finance teams visibility into recoverable costs that often go unclaimed when the connection between a repair event and the warranty covering it is not maintained in the same system.
Contracts, Vendors & Warranty
One Platform. Every Asset. Fully Integrated.
What other FireFlight systems connect to EAM?
Assets touch every part of an operation. The table below shows where EAM connects inside the FireFlight platform and what the absence of that connection costs in practice.
| Connected System | What EAM Sends or Receives | Without the Connection |
|---|---|---|
| CRM | Vendor, supplier, and service provider records that feed directly into contract and warranty management | Contract data lives outside asset records. Finding the right vendor for a repair requires searching a separate system. |
| Inventory | Spare parts availability and consumption tied to work orders and maintenance events | Parts usage is tracked separately from asset history. Reorder decisions are made without visibility into which assets are consuming stock fastest. |
| ERP | Asset costs, depreciation schedules, and capital transactions that feed into financial reporting | Asset financial data requires manual export and reconciliation between the asset system and the accounting system. |
| SCM | Purchase orders and supplier transactions connected to asset acquisition and parts procurement | Procurement and asset management operate in separate records. Matching a received part to an open work order requires manual lookup. |
| Compliance Management | Inspection records, audit schedules, and compliance documentation tied to specific assets | Compliance documentation is maintained separately from asset records. Producing a complete compliance history for a specific asset during an audit requires pulling from multiple sources. |
| Workflow Automation | Triggered alerts, scheduled work orders, and threshold-based notifications across all EAM workspaces | Maintenance scheduling and compliance alerts depend on manual calendar management. Events get missed when the person responsible for the calendar is unavailable. |
The pattern that appears consistently in asset management implementations is this: organizations underestimate how much of their maintenance spend is driven by a small number of assets with chronic failure histories. Those assets are visible in FireFlight's failure mode analysis and downtime cost data within the first few months of operation. The repair-versus-replace decisions that follow are grounded in actual cost history, not estimates. The second consistent finding: compliance gaps almost always trace back to scheduling failures, not documentation failures. The documentation exists somewhere. The problem is that no one checked whether the inspection was overdue before the auditor arrived. FireFlight's audit scheduling and threshold alerts close that gap at the process level rather than relying on individual vigilance.
What changes when every asset record is connected and current?
Maintenance teams stop working from memory and start working from schedules. The difference shows up in downtime rates within the first operating quarter. Equipment that was failing because preventive maintenance was deferred gets serviced before the failure occurs, and the cost of that service is a fraction of the cost of an unplanned repair.
Work orders are generated automatically when maintenance thresholds are reached, not when someone remembers to create them.
Repair costs post to asset records in real time, so total cost of ownership is current without a manual reconciliation.
Warranty coverage is confirmed before repair approval, which recovers costs that previously went unclaimed.
Compliance inspections are scheduled in advance, and overdue events trigger alerts before they become findings.
Vendor and contract data lives inside the same system as asset records, so the right contact for any asset is one click away.
Failure history accumulates on asset records and informs capital planning decisions with actual data.
Audit documentation is produced from the asset record without hunting through separate files or systems.
Operations that have managed assets across spreadsheets and disconnected tools for years often underestimate the coordination overhead they are carrying. FireFlight EAM does not eliminate the work of managing assets. It eliminates the overhead of keeping the information about those assets current, consistent, and accessible. Most deployments are operational in weeks, not months.
Everything you Need All in one Platform
Bring Asset Intelligence into Every Decision
Success isn’t one-size-fits-all
That’s why we tailor each system to your strengths—so you can move forward with an edge.
Power what’s next with FireFlight EAM.
What is the difference between FireFlight EAM and basic asset tracking software?
Can FireFlight EAM handle preventive maintenance scheduling automatically?
How does FireFlight track the total cost of owning a specific piece of equipment?
Does FireFlight EAM support compliance inspections and audit documentation?
Can FireFlight EAM manage warranty claims and service contract renewals?
How long does a FireFlight EAM deployment take?
What happens to asset history when staff changes or a system is upgraded?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.
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FireFlight SCM: Supply Chain Management Software for Operations That Cannot Afford Gaps
Agility.
Visibility.
Control.
FireFlight SCM: Supply Chain Management Software for Operations That Cannot Afford Gaps
Agility.
Visibility.
Control.
What does FireFlight SCM actually manage across the procurement cycle?
Procurement in FireFlight starts with supplier management. Every vendor, manufacturer, freight company, and service provider has a structured record in the Company Master workspace that captures contact history, transaction history, certifications, and compliance documentation. That record is the single source of truth for that supplier relationship across the entire operation. A buyer confirming a purchase order can see the full history of that supplier without searching a separate CRM or making a phone call.
Purchase requisitions move through a structured workflow before becoming purchase orders. Lead time management tracks the gap between when an order is placed and when goods are received, which is the data that makes demand planning useful. Without accurate lead time records, MRP calculations produce procurement schedules that look correct on paper but arrive late in practice. FireFlight maintains that lead time history at the supplier and item level, so planning is based on what actually happens rather than on assumptions.
Goods receipt management closes the loop between what was ordered and what arrived. Each receipt is matched against the corresponding purchase order and logged as a transaction in the inventory record. Discrepancies between ordered quantities and received quantities are flagged at receipt rather than discovered during a reconciliation cycle weeks later. Returns and RMA processing handles items that do not pass receipt inspection without creating a gap in the transaction record.
Procurement & Supplier Management
Company Master
Every procurement transaction in FireFlight is timestamped and attributed to the user who made it. Purchase orders, receipt confirmations, returns, and supplier communications each create an audit record that persists in the system. For operations subject to regulatory review or customer audit requirements, that procurement history is available on demand. The Supplier Risk and Compliance workspace tracks certifications, compliance documentation, and risk assessments at the supplier record level. A supplier whose certification has expired is flagged before a purchase order is placed rather than after a compliance finding. PCG has been building procurement systems for regulated manufacturing and industrial operations since 1995. The compliance architecture in FireFlight reflects what those audits actually ask for.
How does FireFlight SCM handle inventory visibility across warehouse sites?
Inventory in FireFlight SCM operates at the bin and location level across every warehouse site in the network. Real-time stock deduction means that when a work order consumes a part or a shipment leaves the warehouse, the inventory record updates at that moment. The count in the system reflects the count in the warehouse because the two are connected at the transaction level through barcode and scanning integration.
Receiving and putaway logic directs inbound goods to specific bin locations rather than leaving placement to individual warehouse staff judgment. When a shipment arrives, the system specifies where each item goes based on the configured storage rules for that item category. That structure is what makes physical inventory counts reliable. When every item is where the system says it is, cycle counts become verification exercises rather than discovery exercises.
Stock transfers between locations are logged as transactions. Multi-warehouse support means the same item appearing in three locations is visible in a single system query. A procurement manager confirming whether a reorder is necessary checks total network stock rather than calling each warehouse separately. That visibility is the difference between an operation that orders to actual need and one that orders to the last count it received from whoever answered the phone.
Inventory Control & Stock Management
Item & Material Master Data
How does FireFlight SCM handle planning and demand forecasting?
Demand planning in FireFlight calculates forward inventory requirements based on scheduled production, historical consumption rates, and configured lead times. The output is a prioritized view of what needs to be ordered, in what quantity, and by what date, based on actual operational data rather than manual estimates. Procurement teams working from that output are ordering to demand rather than reacting to shortages.
Material requirements planning runs the same calculation at the project and work order level. Given the bills of materials for scheduled work and the current inventory position across all warehouse sites, MRP identifies the gap between what is needed and what is available. That gap drives purchase requisitions rather than requiring a buyer to manually cross-reference job requirements against warehouse stock across separate systems.
The Cutlist Manager handles material optimization for operations that cut from stock. Rather than ordering to nominal requirements and accumulating cut waste over time, the cutlist calculation finds the minimum material quantity that satisfies the job requirements based on available stock dimensions. For operations processing sheet goods, structural materials, or similar stock, that optimization directly reduces material cost per job.
Planning & Optimization
What other workspaces does FireFlight SCM connect to inside the platform?
SCM in FireFlight is the supply-side layer that feeds and receives from every operational area. The workspaces below are active in the SCM configuration, each handling a specific function that connects directly to procurement, inventory, or supplier management.
| Workspace | What It Handles in SCM Context | Without the Connection |
|---|---|---|
| Financial and Billing | Purchase order costs, accounts payable transactions, and supplier invoices post directly to financial records. Landed cost is tracked against each receipt. | Finance reconciles procurement costs manually against warehouse receipts at month end. Variances between what was ordered, received, and invoiced are discovered late. |
| Work Orders | Open work orders drive material requirements. Parts consumed on work orders deduct from inventory in real time and trigger reorder logic when thresholds are crossed. | Parts consumption is tracked separately from the work order record. Inventory counts drift from actual usage and reorder decisions lag behind real consumption. |
| EAM and Asset Management | Spare parts inventory connects to asset maintenance schedules. Certifications and maintenance schedules for supplier assets are tracked in the same system as procurement records. | Maintenance parts are managed outside the asset record. Required parts for scheduled maintenance are not reserved in advance and jobs are delayed when stock is unavailable. |
| Site and Location Management | Supplier delivery addresses, receiving sites, and regional warehouse divisions are mapped inside the same system as procurement and inventory records. | Delivery routing decisions are made from information held outside the system. Shipments arrive at the wrong site or require manual redirection after the order is placed. |
| IT Asset and Subscription Management | Software licenses, network device inventory, and IT asset warranties are tracked alongside physical procurement records. | IT procurement is managed separately from operational procurement. License renewals and hardware replacements are missed because they sit outside the main procurement workflow. |
| Messaging and Communication | Bulk supplier communications, email templates, and outgoing message logs are connected to supplier records. Every outbound message to a vendor is logged against their record. | Supplier communications are managed outside the system. Confirming whether a supplier received a purchase order requires searching email rather than checking the supplier record. |
The most consistent supply chain failure PCG sees is not a procurement problem or an inventory problem in isolation. It is the gap between the two. Procurement places orders based on what inventory says is needed. Inventory records are only as accurate as the last physical count, which may be weeks old. FireFlight closes that gap by connecting procurement decisions to real-time inventory data rather than to periodic snapshots. The second pattern that appears repeatedly: supplier relationship management that lives in email and spreadsheets outside the procurement system. When a dispute arises about a delivery, whether it arrived, whether it matched the order, what condition it was in, the answer should be in the system. In FireFlight it is. Goods receipt management, return records, and supplier communication logs are all attached to the supplier record and the relevant purchase order. The dispute resolution that previously took days takes minutes.
What changes once the supply chain is connected from requisition to receipt?
The operational improvements are specific. They appear in the first quarter of operation, not after an extended adjustment period.
Stockouts decrease because demand planning and MRP identify shortages before they affect production rather than after a work order has already been stopped.
Procurement cost reporting is current because purchase order costs post to financial records at receipt rather than requiring a separate data entry process.
Goods receipt discrepancies are caught at delivery rather than during month-end reconciliation, which means the resolution happens when the supplier can still correct it.
Supplier compliance documentation is current because certifications are tracked at the supplier record level with expiration alerts rather than maintained in a separate document folder.
Inventory accuracy improves because receiving and putaway logic directs goods to specific bins and barcode scanning updates records at the moment of physical movement.
Procurement lead times shorten because purchase requisitions are triggered automatically at reorder thresholds rather than waiting for someone to notice a shortage.
Supply chain visibility is available to every team that needs it because procurement, inventory, and supplier data are in one system rather than distributed across separate tools
Operations that have been managing supply chains across procurement tools, inventory spreadsheets, and supplier email threads carry a coordination cost on every order cycle. FireFlight SCM does not add process to supply chain management. It removes the overhead of maintaining separate records across separate systems and keeps the people involved in procurement, receiving, and planning working from the same data. Most deployments are operational in weeks, not months.
Everything you Need All in one Platform
Success isn’t one-size-fits-all
That’s why we tailor each system to your strengths—so you can move forward with an edge.
Optimize Your Entire Supply Chain:Without the Bottlenecks
What is the difference between FireFlight SCM and a basic procurement tool?
How does FireFlight SCM prevent stockouts and overstock situations?
Can FireFlight SCM manage supplier compliance and certifications?
How does FireFlight handle goods receipt and discrepancy management?
Does FireFlight SCM connect to financial reporting and accounts payable?
Can FireFlight SCM manage IT assets and software subscriptions alongside physical procurement?
How long does a FireFlight SCM deployment take?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.
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FireFlight Inventory Management: Real-Time Stock Control for Operations That Cannot Afford to Guess
Track Every Item.
Move with Confidence.
FireFlight Inventory Management: Real-Time Stock Control for Operations That Cannot Afford to Guess
Track Every Item.
Move with Confidence.
What does FireFlight inventory management actually track at the item level?
Every item in FireFlight has a master record that captures what it is, where it is, how much of it exists, and what category it belongs to. That record is the single source of truth for that item across your entire operation. A part that exists in three warehouses does not have three separate records to reconcile. It has one record with three location entries, each reflecting current stock at that bin.
Serial number tracking gives individual units their own histories. A serialized tool, component, or finished product has a record showing every location it has passed through, every work order it was consumed on, and its current status.
For operations managing high-value items or items subject to regulatory traceability requirements, that individual-unit history is not a reporting exercise after the fact. It is maintained automatically as the item moves.
Barcoding and scanning integration means physical movements update the system at the point of action, not when someone gets around to entering data. A technician scanning a part at pickup updates the inventory record in the same moment. The count in the system reflects the count in the warehouse because the two are connected at the transaction level, not reconciled at the end of the week.
Item & Material Master Data
Every inventory movement in FireFlight generates a timestamped record attributed to the user who made it. Receipts, transfers, adjustments, issuances, and returns each create an audit entry that cannot be edited after the fact. Physical inventory counts run against the live system record and produce a discrepancy report before the count is closed. For operations that have experienced shrinkage, reconciliation failures, or compliance findings related to inventory records, the audit architecture in FireFlight closes the gap at the transaction level. PCG has been building inventory systems for industrial, aviation, and regulated operations since 1995. The audit trail is not an add-on. It is part of the record structure from the first transaction.
How does FireFlight handle stock across multiple warehouses and locations?
Multi-warehouse support in FireFlight means every warehouse site operates under the same inventory record structure. A part sitting in warehouse A and the same part sitting in warehouse B are both visible in the same system query. A manager checking availability for a work order sees total network stock and can confirm which location holds the quantity needed without making phone calls or waiting for someone to check a separate system.
Bin and location management tracks stock at the sub-warehouse level. Each warehouse is organized into bins, and each bin holds a specific item count that is updated in real time as items are received, moved, or consumed. Fulfillment teams working from bin locations do not need to search for items. The system tells them where to go.
Stock transfers between locations are logged as transactions. The sending location records a reduction and the receiving location records an addition at the moment the transfer is confirmed. That transaction creates the movement history that makes it possible to trace an item’s path through the network without reconstructing it from memory or paperwork. For operations that have struggled to explain where items went, that transfer log is the answer.
Stock valuation runs across all locations simultaneously. The total value of inventory held across the network is current at any point, not calculated monthly from a count. That live valuation is what connects inventory management to financial reporting without requiring a manual reconciliation cycle between the warehouse and accounting.
Inventory Control & Stock Management
How does FireFlight prevent stockouts and overstock situations?
Demand planning in FireFlight calculates forward inventory requirements based on scheduled work, historical consumption rates, and configured lead times. The system identifies items that will fall below minimum thresholds before the shortage occurs, not after the work order has already been delayed waiting for parts.
Material requirements planning runs the same calculation at the project level. Given a set of scheduled jobs and the materials each requires, MRP produces a forward view of what needs to be ordered, in what quantity, and by what date. Procurement teams working from that output are ordering to actual demand rather than reacting to stockouts.
Reorder thresholds are configured per item and per location. When stock at a specific bin falls below the minimum, the system flags it. The flag can trigger a purchase requisition automatically or route to a procurement manager for review, depending on how the workflow is configured. Either way, the reorder decision is driven by data at the transaction level rather than by someone noticing the shelf is getting low.
Returns and RMA processing keeps returned items in the inventory record from the moment they arrive back. A returned item that is restocked is immediately available in the count. An item returned for disposal is flagged and removed from available stock. The record does not lose track of returned items between receipt and final disposition.
Planning & Optimization
Logistics & Packaging Management
Everything you Need All in one Platform
What breaks when inventory is not connected to the rest of the operation?
The table below shows where disconnected inventory management creates downstream failures across the operation.
| Connected System | What Inventory Feeds Into It | Without the Connection |
|---|---|---|
| Procurement | Real-time stock levels and reorder thresholds trigger purchase requisitions based on actual consumption data. | Procurement teams order from estimates or from stockout notifications that arrive after work has already been delayed. |
| Work Orders | Parts availability is confirmed against live inventory before a job is assigned and scheduled. | Technicians arrive at jobs to find required parts are unavailable. Work orders are rescheduled and the delay cost compounds. |
| ERP | Inventory transactions feed directly into financial records. Stock valuation is current without a separate reconciliation cycle. | Accounting runs a monthly inventory reconciliation against warehouse records. By the time it is complete, the data is already out of date. |
| CRM and Client Fulfillment | Available stock informs client commitment dates. Fulfillment teams confirm what can be shipped before promising a delivery date. | Client commitments are made without confirming stock availability. Fulfillment failures follow and the relationship history shows promises that were not kept. |
| EAM | Spare parts inventory connects to asset maintenance schedules. Parts required for preventive maintenance are reserved before the job is scheduled. | Maintenance is deferred when required parts cannot be confirmed available. Deferred maintenance becomes unplanned downtime. |
| Reporting and Dashboards | Inventory turnover, stock valuation, and movement history are visible in real-time dashboards without manual data assembly. | Inventory reports are built from exports and manual counts. The report reflects the past rather than the present. |
The most persistent inventory problem PCG sees is not stockouts or overstock. It is the gap between what the system says and what is physically present. That gap grows over time when transactions are not recorded at the point of movement. It closes when scanning integration makes transaction recording happen automatically at the moment of physical action. FireFlight's barcoding and scanning integration is the structural answer to that gap, not a reporting feature. The second consistent finding: operations that have run inventory in spreadsheets for years tend to underestimate how much time is spent on reconciliation work each month. That time does not disappear from the calendar. It gets redirected once the system is accurate in real time. Most operations see the reconciliation effort drop significantly within the first operating quarter after FireFlight go-live.
What changes once inventory is tracked in real time across every location?
The operational improvements are specific and show up in the first quarter of operation, not after a year of adjustment.
Physical inventory count time drops because the system record is accurate enough that counts become verification exercises rather than discovery exercises
Work order completion rates improve because parts availability is confirmed before assignment rather than discovered missing at the job site
Procurement lead time shortens because reorder decisions are triggered by actual consumption data rather than by someone noticing a shortage.
Monthly reconciliation time between warehouse records and accounting records drops significantly because inventory transactions post to financial records in real time
Client fulfillment accuracy improves because available stock is confirmed before delivery commitments are made
Shrinkage decreases because every movement creates an audit record that cannot be altered after the fact.
Compliance documentation is available on demand because the audit trail is maintained inside the inventory system rather than assembled from separate logs
Operations that have been running inventory in spreadsheets carry a steady background cost in reconciliation work, correction cycles, and decisions made on counts that are already out of date by the time they are reviewed. FireFlight does not add complexity to inventory management. It removes the coordination overhead that disconnected tools create. Most deployments are operational in weeks, not months.
Success isn’t one-size-fits-all
That’s why we tailor each system to your strengths—so you can move forward with an edge.
Can FireFlight track inventory across multiple warehouse locations at the same time?
How does FireFlight prevent stockouts before they affect work orders or fulfillment?
Does FireFlight support barcode scanning for inventory tracking?
Can FireFlight track serialized items individually through the inventory system?
How does FireFlight handle returns and items that come back into stock?
How long does a FireFlight inventory management deployment take?
Does FireFlight inventory connect to procurement and work orders automatically?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.
FireFlight CRM: Relationship and Communication Management
Connect Better.
Communicate Smarter.
Capture Everything.
FireFlight CRM: Relationship and Communication Management
Connect Better.
Communicate Smarter.
Capture Everything.
What does FireFlight CRM actually track at the contact level?
A contact record in FireFlight is not a name and a phone number. It is a structured file that connects a person to every organization they belong to, every address they operate from, every communication channel they use, and every interaction your team has had with them since the record was created. That connection is persistent. It does not disappear when a team member leaves or a project closes.
The interaction history is the piece that most CRM systems handle badly. FireFlight stores contact history at the record level, not the user level, which means the entire log of calls, notes, emails, and document exchanges is visible to anyone on your team with appropriate access. A rep who joined three months ago can see what happened in a contract dispute two years prior. That context is not retrievable from a standard contact manager.
Dashboards and ad-hoc reporting are built into the workspace, not bolted on. Operations managers running weekly relationship reviews do not need to export data or build reports in a separate tool.
CRM & Contact Logs
Relationship tracking, contact data, communication history, and reporting in one connected record.
Every change to a contact record, company profile, or communication log is timestamped and attributed to the user who made it. Regulated industries and compliance-heavy operations have used PCG-built contact management systems since 1995. The audit layer in FireFlight CRM is not an add-on. It is part of the record structure from the moment a contact is created. The audit trail covers deletions, edits, and additions across every field. If a phone number is changed, the prior value is preserved in the log. If a document is removed from a record, the removal is recorded. For operations that need to demonstrate relationship history to regulators or auditors, that log is available without any additional configuration.
Can I manage vendors, freight companies, and service providers in the same system as clients?
Yes. The Company and Relationship Management workspace in FireFlight handles every organization type your operation interacts with: clients, vendors, manufacturers, freight companies, and service providers. Each type gets its own categorization and subtype structure, but they all live inside the same system. Your procurement team and your sales team are looking at the same record architecture, which means there is no data to reconcile when a vendor also becomes a client or a relationship changes character.
Physical addresses, email contacts, social media links, and website references are captured at the company level separately from the contact level. That distinction matters for multi-location organizations where a company has a primary address but multiple contacts each operating from different sites. FireFlight keeps those relationships mapped without requiring manual cross-referencing.
Reporting runs across company types. If your operations manager needs to pull all activity with freight partners in a specific region during a given quarter, that query runs against the full company database. It does not require a separate freight list maintained in a spreadsheet.
Company & Relationship Management:
Core Workspace
Organization-level relationship tracking across clients, vendors, manufacturers, freight partners, and service providers.
Subscription Management
How does outbound communication work inside FireFlight CRM?
Two workspaces handle communication inside FireFlight CRM. Contact Communicators manages the record-level data for how contacts are reached. Email and SMS Integration handles actual outbound messaging including bulk campaigns and automated alerts.
Contact Communicators is the workspace that keeps your contact records current for outreach purposes. Phone numbers, emails, physical addresses, and social links are maintained here with an audit trail that captures when each field was added or changed. The audit log inside Contact Communicators is separate from the main contact history, covering specifically the integrity of the communication data itself. If a contact disputes ever receiving a message at a particular address, the record shows exactly when that address was on file and who added it.
The Email and SMS Integration workspace is where bulk messaging and automated alerting happen. Campaigns go out tied to contact records, not to a static list copied out of the CRM into a separate email tool. That linkage is what makes the communication history useful after the fact. A manager reviewing a vendor relationship six months later can see every bulk message that contact received, not just the one-to-one correspondence.
Contact Communicators: Record Based Communication Points
Email & SMS Integration: Outbound Messages and Alerting
How does site and location data connect to my contact records?
Site and Location Management is the workspace that answers the question most multi-site operations eventually ask: which contacts are responsible for which locations, and how do I query that relationship without building a separate tracking system? FireFlight handles this by tying contacts and companies directly to sites, regional divisions, and location zones inside the CRM record structure.
A contact who operates across three regional sites does not need three separate records. The site tie-in attaches location data to the existing contact, and the regional division structure lets managers pull all contacts within a specific geographic boundary. That query runs in seconds without a spreadsheet merger or an export to a separate mapping tool.
Physical address data at the site level is managed separately from address data at the contact level, but both are kept current through the same audit trail that covers the rest of the CRM. If an office moves, the site address is updated once. Every contact tied to that site reflects the change automatically in location-based reporting.
Site & Location Management
What else connects to FireFlight CRM inside the platform?
CRM in FireFlight is not a standalone module. It is the relationship layer that other workspaces read from and write to. Each workspace below connects through CRM, and the column on the right shows what breaks down when that connection is not in place.
| Connected Workspace | What It Handles | Without CRM Connection |
|---|---|---|
| Knowledge and Records Management | Documents, notes, manual libraries, and comment history tied to contact and company records | Documents are filed by project or date, not by relationship. Finding what was sent to a specific vendor requires manual search across multiple folders. |
| Project Design and Planning | Project templates, pattern libraries, and project-level comments connected to client records | Client history has to be rebuilt at the start of each new project. Prior context is not visible from inside the planning workspace. |
| Financial and Billing | Invoices, quotes, account transactions, and fixed asset records tied to client and vendor contacts | Billing and relationship management operate in separate systems. Disputes require pulling records from two places and reconciling them manually. |
| Planning and Optimization | Material requirements, demand planning, and cutlist management connected to vendor records | Supplier contact data lives outside the planning workspace. Procurement decisions are made without visibility into the relationship history with each vendor. |
| Fixed Assets Management | Asset records connected to the vendors, service providers, and manufacturers responsible for them | Finding the service provider for a specific piece of equipment means searching outside the asset record entirely. |
| Subscription Management | Subscription records tied to client accounts with comment history and reporting | Subscription status lives outside client contact records. Renewals are managed without context from the broader client relationship history. |
Knowledge & Records Management
Project Design & Planning
Financial & Billing
Planning & Optimization
Fixed Assets Management
Connected Clients and Clear Communication
The most common failure point in CRM implementations is not the software. It is the assumption that contact data will stay current without a structured process for maintaining it. FireFlight's audit trail addresses this directly by making data age visible. If a phone number has not been verified in 18 months, a manager can see that without running a separate data quality audit. The second consistent problem: CRM systems that do not connect to the operational systems alongside them create a parallel data problem. Relationship history sits in one tool while billing records and project files sit in others. Over time, those records diverge. FireFlight's CRM is designed as the connective layer first, which means the contact record is always reading from the same data that operations, billing, and project management are reading from.
What changes once every relationship is documented and searchable?
The operational change is specific. Teams stop spending time reconstructing context before conversations. Managers stop asking for status updates that should already be visible. New staff come up to speed on client and vendor relationships without requiring hours of briefing from whoever managed those accounts before them.
Contact records stay current because the audit trail makes stale data visible before it causes a problem.
Vendor disputes are resolved faster because interaction history is accessible without hunting through email threads.
Client onboarding takes fewer meetings because prior project context is already in the record.
Multi-site operations stop maintaining parallel contact lists for each location.
Bulk outreach is tracked at the contact level, so every campaign message has a record in the relationship history.
Reporting on relationship activity does not require exporting data to a separate tool.
New team members access full relationship context from day one, not three months in when they have asked enough questions to reconstruct it
Organizations that have used disconnected contact management tools for years tend to underestimate how much time is spent maintaining parallel records. FireFlight CRM does not eliminate the work of relationship management. It eliminates the overhead of managing the information about those relationships in a system that does not connect to anything else.
Most deployments are operational in weeks, not months. PCG configures the CRM workspaces to match your existing contact structure, migrates the data, and trains staff before go-live. The turnaround is weeks, not months, because the platform is built to be configured rather than coded from scratch for each client.
Success isn’t one-size-fits-all
That’s why we tailor each system to your strengths, so you can move forward with an edge.
What does FireFlight CRM track that a basic contact manager does not?
Can I manage vendors, service providers, and freight companies in the same system as clients?
How does FireFlight CRM connect to the rest of the platform?
Does FireFlight CRM support bulk email and SMS outreach?
How long does it take to get FireFlight CRM running for my operation?
What happens to contact history when a team member leaves?
Can FireFlight CRM handle contacts across multiple locations or regions?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.
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FireFlight PLM:
Product Lifecycle Management from Design to Delivery
Collaborative development.
Documented precision.
Lifecycle clarity.
FireFlight PLM:
Product Lifecycle Management from Design to Delivery
Collaborative development.
Documented precision.
Lifecycle clarity.
What does FireFlight PLM actually manage across a product's lifecycle?
A product record in FireFlight begins at the design and planning stage. Project templates capture the structure of the development process, and pattern libraries store reusable design elements that carry forward from one product to the next without being rebuilt from scratch. That template structure is not just a checklist. It is the framework that gives engineering and planning teams a consistent starting point and a common reference throughout development.
Material requirements planning runs against the product structure from early in the lifecycle. Before a single part is ordered, MRP calculates what the product will require, in what quantities, and on what timeline based on the planned production schedule. Demand planning feeds the same calculation with forward visibility into projected production volumes. The procurement team working from that output is ordering to actual product requirements rather than responding to requests that arrive after the fact.
Work orders connect the planning stage to production execution. When a product moves from approved design to active production, the work orders that govern the manufacturing process are tied to the same product record that holds the design documentation, the BOM, and the compliance records. A production supervisor reviewing a work order can see the approved specification and the material requirements in the same system rather than checking a separate engineering database.
Project Design and Planning
Planning & Optimization
Work Execution & Project Integration
Every change to a product record in FireFlight is timestamped, attributed to the user who made it, and preserved in the audit trail. Design revisions, BOM changes, approval decisions, and specification updates each create a record that shows what changed, when it changed, and who authorized it. That history is not a separate document to maintain. It is built into the product record from the first entry. For operations subject to regulatory review or customer audit requirements, that change history is available on demand without any additional assembly. PCG has built product data management systems for regulated manufacturing and industrial operations since 1995. The audit architecture in FireFlight reflects what those audits actually ask for.
How does FireFlight PLM manage material data and parts lists across the product structure?
The Item and Material Master Data workspace is where physical product components are defined and maintained. Each item has a master record capturing its categorization, unit of measure, supplier information, and material properties. That record is the single source of truth for that component across the entire product structure. A part that appears in multiple BOMs does not have multiple records to reconcile. It has one record that every BOM referencing it reads from.
Materials and parts lists connect the component-level records to the product structure. A BOM in FireFlight is not a static document. It is a live data structure that reflects current material master records. When a component specification changes, the change propagates to every BOM that includes that component rather than requiring manual updates across separate documents.
Serial number tracking gives individual units their own histories within the product record structure. A serialized component that moves through production has a record showing every stage it passed through, every work order it was associated with, and its current state. For regulated products where individual-unit traceability is a compliance requirement, that record is maintained automatically rather than assembled after the fact.
Barcoding and scanning integration connects physical components to their system records at the point of handling. A receiving team scanning inbound components against a BOM confirms receipt without manual data entry. A production technician scanning a serialized part confirms its identity and current specification against the product record before installation.
Item & Material Master Data
How does FireFlight handle product documentation and knowledge management?
Product documentation in FireFlight is attached to product records rather than stored in separate file systems that engineering and production access independently. Specifications, test reports, approval records, regulatory submissions, and revision histories all live in the same system as the design data, the BOM, and the work orders that reference them. A production engineer does not need to check two systems to confirm whether the specification they are working from is the current approved version.
The Manual Library workspace holds standard operating procedures, assembly instructions, and product-specific technical documentation in a structured repository. When a procedure changes, the update is made once and immediately available to every team that references that document. Version history is preserved, so if a question arises about what procedure was in effect during a specific production run, the answer is in the system.
Notes history and document history workspaces maintain the running record of decisions, observations, and communications that accumulate during a product’s development. Design review notes, engineering queries, approval comments, and supplier communications are captured at the product record level. When a team member is brought onto a project midstream, the full decision history is accessible without requiring a briefing from whoever was involved from the beginning.
Knowledge & Records Management
What breaks when product lifecycle data is not connected to operations?
The table below shows where disconnected PLM creates downstream failures across engineering, procurement, and production.
| Connected System | What PLM Sends or Receives | Without the Connection |
|---|---|---|
| SCM | BOM data and material requirements feed directly into supply chain planning. Procurement teams see what the product needs before the production order is placed. | Procurement receives material requests after production planning is already scheduled. Lead time gaps cause production delays that trace back to information that existed in engineering but never reached supply chain. |
| ERP | Approved product structures and work order completions post to ERP financial records. Product cost is tracked against the standard from the BOM. | Product cost reporting requires manual reconciliation between engineering data and financial records. Variances are discovered after the production run rather than during it. |
| Inventory | BOM quantities and MRP output feed inventory reorder decisions. Parts needed for upcoming production are reserved before the production order starts. | Production orders are released against inventory that has not been verified against BOM requirements. Material shortages stop production runs after they have already started. |
| CRM | Product specifications and delivery commitments visible to client-facing teams. Client questions about product status can be answered from the same system that holds the product record. | Client teams quote delivery dates without visibility into where the product is in the development or production cycle. Commitment failures follow. |
| Procurement | Approved BOMs trigger purchase requisitions for required materials. Supplier information attached to component records feeds the procurement workflow directly. | Procurement teams build purchase orders from specifications received through email rather than from the approved product record. Version mismatches between what was ordered and what was approved create rework. |
The most consistent failure point in product lifecycle management is the handoff between engineering and production. Engineering maintains the approved design. Production works from what was communicated to them at the time the product was released. When those two records diverge because of a change that was made in one system but not the other, the production run reflects the old specification and the rework cost follows. FireFlight closes that gap by making the product record the single source that both engineering and production read from. The second pattern that appears repeatedly: organizations that have managed product documentation in shared drives or email threads cannot answer audit questions about change history without significant manual effort. When a regulator or customer asks what specification was in place during a specific production run, the answer should be immediate. In FireFlight it is. The change history is part of the product record, not a separate document to locate and reconstruct.
What changes once product data is connected from design through delivery?
The operational improvements are specific and measurable. They appear in the first production cycles after go-live, not after an extended adjustment period.
Engineering change orders propagate to every BOM and work order that references the changed component, eliminating the version mismatch problem at its source.
Compliance documentation is current at any point in the lifecycle because it is maintained inside the same system as the design and production records rather than in a parallel documentation process.
Production rework decreases because work orders reference the current approved specification rather than a version that was current when the work order was created.
Audit responses that previously required days of document assembly are completed in minutes because change history is attached to the product record.
New team members access the full design and decision history of a product without requiring briefings from team members who were involved from the start.
Procurement lead times shorten because material requirements are visible to supply chain teams from the design stage rather than arriving as requests after production scheduling is already set.
Cross-functional visibility means engineering, planning, procurement, and production are working from the same product data at the same time rather than from their own copies.
Operations that have managed product lifecycle data across engineering tools, shared drives, and disconnected ERP systems carry a coordination cost on every product they develop. FireFlight PLM does not add process to product development. It removes the overhead of maintaining separate records across separate systems and keeps the people involved in a product working from the same data. Most deployments are operational in weeks, not months.
Everything you Need All in one Platform
Success isn’t one-size-fits-all
That’s why we tailor each system to your strengths—so you can move forward with an edge.
Ready to Energize Your Whole Organization?
What is the difference between FireFlight PLM and a basic drawing management system?
How does FireFlight PLM handle engineering change orders and design revisions?
Can FireFlight PLM manage bills of materials across multiple product configurations?
How does FireFlight PLM connect to procurement and supply chain?
Does FireFlight PLM support compliance documentation for regulated products?
How long does a FireFlight PLM deployment take?
Can FireFlight PLM be used by small manufacturing operations, not just large enterprises?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.
FireFlight ERP:
Enterprise Resource Planning for Small and Mid-Size Operations
Complete visibility.
Seamless operations.
Every workspace working together.
FireFlight ERP:
Enterprise Resource Planning for Small and Mid-Size Operations
Complete visibility.
Seamless operations.
Every workspace working together.
What does FireFlight ERP actually connect across an operation?
The coordination problem in most small and mid-size operations is not that individual tools are bad. It is that each tool holds part of the picture and no single system holds the whole thing. A work order is created in one place, the parts it needs are tracked in another, the vendor who supplies those parts lives in a third system, and the invoice for the job ends up in a fourth. Every handoff between those systems is a point where information gets delayed, duplicated, or lost.
FireFlight ERP closes those gaps by connecting each functional area inside the same platform. Inventory ties directly to procurement, so reorder decisions are based on actual consumption data rather than estimates. Work orders connect to parts availability, so a technician assigned to a job can confirm what is in stock before the job starts. CRM connects to invoicing, so billing reflects what was actually agreed with the client rather than what someone remembered to enter.
The result is not just efficiency. It is accuracy. Operations that have been running on disconnected tools carry a steady background cost in reconciliation work, correction cycles, and decisions made on incomplete information. FireFlight does not eliminate the complexity of running an operation. It makes that complexity visible and manageable from one place.
How does FireFlight ERP handle inventory and materials across multiple locations?
Inventory in FireFlight is tracked at the bin and location level across multiple warehouses simultaneously. A part that exists in three warehouses appears in three location records within the same system. Stock transfers between locations are logged, so the movement history is part of the inventory record rather than a separate document to reconcile later.
Serialized items get individual records through the serial number tracking workspace. Each unit has its own history: where it came from, where it went, what work orders it was used on, and what its current status is. For operations managing high-value or regulated items, that individual-unit traceability is the difference between passing an audit and spending two weeks reconstructing records to respond to one.
Materials and parts list management connects physical inventory to the bills of materials and project requirements that consume it. Demand planning calculates what the operation will need based on scheduled work rather than waiting for stock to run out before triggering a reorder. Material requirements planning runs the same calculation at the project level, giving procurement teams a forward view of what needs to be ordered and when.
Procurement & Supplier Management
Inventory Control &
Stock Management
Item & Material Master Data
Planning & Optimization
Work Execution & Project Integration
Asset Management & Compliance
Every inventory transaction in FireFlight is timestamped and attributed to the user who made it. Stock adjustments, transfers, receipts, and consumptions each create an audit record that cannot be edited after the fact. Physical inventory counts run against the system record and flag discrepancies before they become compliance findings. For operations that have experienced inventory shrinkage or reconciliation failures with their current tools, the audit trail architecture in FireFlight closes the gap at the transaction level rather than relying on periodic counts to catch problems after they have already occurred. PCG has been building inventory systems for industrial and regulated operations since 1995.
How does FireFlight ERP manage workforce scheduling and training?
Workforce management in FireFlight connects scheduling to the skills, certifications, and training records of the people being scheduled. A manager assigning a technician to a job that requires a specific certification can verify that certification is current before the assignment is confirmed. If a certification is about to expire, the system flags it. The scheduling decision and the compliance check happen in the same place.
Training management covers certifications, education records, tutorials, and checklists in a single workspace. Each employee has a record that accumulates completed training, outstanding requirements, and expiration dates. Managers see team readiness as a real state rather than an assumption. For regulated industries where personnel certification is an audit requirement, that record is available on demand.
Standard operating procedures, manuals, and policy documents are stored in centralized document libraries tied to the workforce management workspace. When a procedure changes, the update is made once and the new version is immediately available to every team member who needs it. The version history is preserved, so if a question arises about what procedure was in place on a specific date, the answer is in the system.
How does FireFlight ERP connect client relationships to operations?
CRM in FireFlight is not a separate system bolted onto the edge of the ERP. It is a workspace inside the same platform, reading from and writing to the same data layer as inventory, work orders, and invoicing. A client record holds contact history, interaction logs, active work orders, invoices, and compliance documents in one place. The account manager and the operations coordinator are looking at the same record.
Client tracking captures the full relationship lifecycle from initial contact through ongoing service. Every interaction is logged against the client record at the time it happens, not reconstructed from memory later. When a client calls with a question about a past job, the full history of that job, including what was ordered, what was delivered, what was invoiced, and what communications occurred, is accessible in seconds.
Email and SMS integration allows outbound communication to be sent and recorded inside the same system. A status update sent to a client becomes part of that client’s interaction history automatically. For operations managing multiple active accounts, that automatic logging is the difference between a relationship history that is complete and one that depends on individual team members to maintain it correctly.
What happens when ERP connects every department?
The table below shows the six operational areas FireFlight ERP connects and what the absence of each connection costs in practice.
| Operational Area | What FireFlight Connects | Without the Connection |
|---|---|---|
| Inventory and Procurement | Stock levels feed directly into purchase requisitions. Reorder points trigger procurement actions based on actual consumption data. | Procurement decisions are made on estimates. Stockouts and overstock situations occur because ordering is disconnected from real-time usage. |
| Work Orders and Parts | Work orders pull from live inventory availability. Technicians confirm parts are in stock before a job starts. | Jobs are delayed when parts availability is unknown at assignment time. The delay cost compounds across every affected work order. |
| Scheduling and Certifications | Scheduling checks certification currency before confirming assignments. Expiring credentials are flagged in advance. | Compliance failures occur when expired certifications are not caught before a job starts. Audit findings follow. |
| CRM and Invoicing | Client records connect to work orders and invoices. Billing reflects what was delivered and agreed, not what was remembered. | Invoice disputes arise when billing is disconnected from the work record. Resolution requires manual reconciliation across separate systems. |
| Workforce and Training | Training records connect to scheduling. Managers assign work based on verified readiness, not assumed competency. | Unqualified personnel are assigned to jobs that require specific skills or certifications. The error is not caught until after the work is done. |
| Reporting and Dashboards | Real-time dashboards aggregate data from every connected workspace into a single operational view. | Reports are built manually from exports across multiple tools. By the time a report is complete, the data in it is already out of date. |
The most consistent mistake in ERP selection for small and mid-size businesses is buying a platform sized for an enterprise and spending the first year trying to configure it down to something the operation can actually use. FireFlight is built from the other direction: it starts with the specific workflows your operation runs and adds capability as those workflows grow. The configuration work happens before go-live, not after. The second pattern PCG sees repeatedly: operations that are skeptical of ERP because a previous implementation failed. Those failures almost always trace back to the same cause. The system was implemented as a software project rather than an operational change. FireFlight deployments are managed by PCG as operational changes. The software is the tool. The workflow design is the work. Both happen before the system goes live, not after.
What changes once every operational area is connected?
The operational improvements from a connected ERP system are specific and measurable. They show up in the first quarter of operation, not after a year of adjustment.
Inventory reconciliation time drops because stock levels are current in the system rather than being maintained separately from physical counts.
Work order completion rates improve because parts availability is confirmed at assignment rather than discovered missing at the job site.
Procurement lead times shorten because purchase requisitions are triggered automatically rather than waiting for someone to notice a shortage.
Billing accuracy improves because invoices are generated from work order records rather than from memory or manual entry.
Compliance documentation is available on demand because training records, certification logs, and audit trails are maintained inside the same system as the work they cover.
Management reporting is current because dashboards pull from live data rather than from weekly exports assembled in spreadsheets.
Onboarding time for new staff decreases because procedures, training materials, and job history are in one accessible place rather than distributed across tools and people.
Operations that have been running on a collection of disconnected tools often underestimate how much time their teams spend on coordination work that the tools themselves cannot do. FireFlight does not add work. It replaces the coordination overhead with a connected system where the handoffs between functions happen automatically. Most deployments are operational in weeks, not months.
Everything you Need All in one Platform
Success isn’t one-size-fits-all
That’s why we tailor each system to your strengths—so you can move forward with an edge.
Ready to Energize Your Whole Organization?
What is the difference between FireFlight ERP and off-the-shelf ERP software?
Can FireFlight ERP handle inventory across multiple warehouses at the same time?
How does FireFlight ERP connect work orders to parts availability?
Does FireFlight ERP include workforce scheduling and certification tracking?
How long does a FireFlight ERP implementation take for a small or mid-size business?
What happens to our existing data when we move to FireFlight ERP?
Can FireFlight ERP scale as the business grows?
FireFlight Data Systems is a product of Phoenix Consultants Group. PCG founded 1995. All system configurations are custom-built for each deployment. Implementation timelines, module availability, and integration scope vary by organization. Contact PCG directly to discuss requirements specific to your operation.