Thank you for considering our technology solutions. This form helps us capture the details required to recommend compatible hardware, software, and services that integrate seamlessly into your current environment.
Company/Organization legal name
Trading name (if different)
Primary contact full name
Job title/Role
Business email
Business phone number
Company website
Preferred contact method for follow-up
Phone
Video call
In-person meeting
Company size (total employees)
1-10
11-25
26-50
51-100
101-250
251-500
501-1000
1000+
Which best describes your primary business type?
Managed Service Provider (MSP)
Hardware Reseller/VAR
SaaS provider with hardware bundles
System Integrator
Independent Software Vendor (ISV)
Other:
Target industries you serve (select all that apply)
Retail/eCommerce
Hospitality
Healthcare
Manufacturing
Logistics
Financial Services
Education
Government
Non-profit
Other
What is the primary goal of this infrastructure project?
New deployment
Hardware refresh
Expansion/scaling
Consolidation/cost reduction
Compliance/security upgrade
Disaster recovery readiness
Other:
In one paragraph, describe the business challenge you want technology to solve
Do you have an up-to-date network topology diagram?
Please attach your network diagram (PDF, PNG, or Visio)
No problem—our solution architects can help document your environment later.
Which operating systems are in scope?
Windows only
macOS only
Linux only
Windows & macOS
Windows, macOS & Linux
Thin-client/Citrix/VDI
Other
Virtualization platforms currently in use
VMware vSphere
Microsoft Hyper-V
Citrix Hypervisor
Proxmox VE
Nutanix AHV
Red Hat Virtualization
None (bare-metal only)
Other
Is your environment fully IPv6 capable?
Great—our hardware supports dual-stack out of the box.
Preferred transition strategy
Stay IPv4 only
Dual-stack during migration
Full IPv6 cut-over later
Do you require disk encryption (at rest)?
Which standard?
BitLocker
LUKS
FileVault
Hardware-based (SED/OPAL)
Third-party (specify in notes)
Is TPM 2.0 available on endpoints?
We will factor firmware upgrades or alternate security modules into the proposal.
Preferred server form-factor
1U rack
2U rack
4U rack
Tower
Blade/modular
No servers (cloud only)
Primary database engine in scope
Microsoft SQL Server
PostgreSQL
MySQL/MariaDB
Oracle
MongoDB
Redis
SQLite
Not applicable
Approximate database size (GB)
Do you have existing API gateways or service meshes?
List products/versions
Is container orchestration (Kubernetes/Docker Swarm) in scope?
Do you require out-of-band (IPMI/iDRAC/iLO) management?
Preferred access method
Dedicated management VLAN
VPN only
Jump host
Zero-trust broker
Total number of end-user seats (employees & contractors)
Concurrent power users (>50% daily usage)
Number of locations/branches
Preferred licensing model
Perpetual + maintenance
Subscription (monthly)
Subscription (annual)
Usage-based (metered)
Hybrid
Microsoft 365 tenant size
None
1-50 users
51-300 users
301-1000 users
1001-5000 users
5000+ users
Preferred productivity suite
Google Workspace
Zoho Workplace
Only open-source
Other
Do you need guest/external user licensing?
Expected monthly guest count
Are CALs or RDS licenses required?
Preferred billing currency
Additional licensing bundles of interest
Backup & DR seats
Security awareness training
Mobile device management (MDM)
Endpoint detection & response (EDR)
Email encryption
E-signature
None
Do you require bundled POS hardware?
POS components needed
Touch terminal
Receipt printer
Barcode scanner
Cash drawer
Customer display
Pin pad/terminal
Mobile POS tablet
Is networking hardware needed?
Select network components
Firewall/UTM
Core switch (L3)
Access switch (L2)
Wi-Fi 6/6E access points
SD-WAN edge device
SFP/DAC cables
Rack & PDU
None
Preferred Wi-Fi authentication method
WPA2-PSK
WPA2-Enterprise (RADIUS)
WPA3-SAE
Open with captive portal
MAC-based
Not applicable
Estimated number of access points
Do you need IoT sensor bundles?
Sensor types
Temperature/humidity
Door open/close
Motion/occupancy
Air quality
Leak detection
Energy metering
Asset tracking (BLE)
Are rugged or industrial devices required?
IP rating needed
IP54
IP65
IP67
IP68
Explosion-proof (ATEX)
Not sure
Preferred warranty level
Standard (1 yr)
Extended (3 yr)
Next-business-day on-site
4-hour on-site
24x7 with spare kit
Custom SLA
Are refresh cycles defined (e.g., 36 months)?
Do you require eco-friendly/EPEAT Gold hardware?
Is secure asset disposal required at end-of-life?
Do you have an existing enterprise service bus (ESB)?
Product & version
Authentication protocols in use
LDAP/OpenLDAP
Active Directory
SAML 2.0
OpenID Connect
OAuth 2.0
RADIUS
TACACS+
None
Is Single Sign-On (SSO) mandatory?
SSO provider
Azure AD
Okta
OneLogin
Auth0
Keycloak
ADFS
Custom:
Do you require SCIM user provisioning?
Preferred data exchange format
JSON/REST
XML/SOAP
CSV/flat file
HL7 FHIR
EDI X12
ISO 20022
Binary (protobuf/Avro)
Is event streaming (Kafka/RabbitMQ) in scope?
Do you need legacy system connectors (COBOL/AS400)?
Are you adopting a micro-services architecture?
Desired API rate-limit model
Fixed window
Sliding window
Token bucket
No limit (internal only)
Not applicable
List any third-party SaaS you must integrate with (e.g., Salesforce, HubSpot, SAP)
Compliance frameworks you must meet
ISO 27001
SOC 2 Type II
GDPR
HIPAA
PCI-DSS
FedRAMP
FISMA
NIST CSF
CIS Controls
None
Do you require FIPS 140-2 Level 3 validated hardware?
We will filter components to only include validated HSMs and encryption modules.
Data residency requirement
No restriction
Same country only
Same region (e.g., EU)
Specific data center
Air-gapped/on-prem only
Is Zero-Trust Network Access (ZTNA) required?
Current security posture (1=minimal, 5=mature)
Do you need multi-factor authentication (MFA) hardware tokens?
Token type
FIDO2 / WebAuthn
TOTP (RFC 6238)
PKI smartcard
SMS/voice fallback allowed
Is SIEM integration required?
SIEM product & version
Do you perform regular penetration testing?
Are data-breach notification SLAs mandated (e.g., 24 h)?
Is hardware-based secure boot (UEFI & TPM) mandatory?
Target up-time SLA
99.5%
99.9%
99.95%
99.99%
99.999%
Custom:
Peak concurrent users (absolute max)
Peak traffic period
Business hours only
24x7 evenly
Event-driven spikes
End-of-month batch
Black-Friday type surges
Other
Average transaction size (KB)
Acceptable response time (ms, 95th percentile)
Do you require active-active geo-clustering?
Is read-only edge caching acceptable for remote sites?
Backup window duration
Continuous (CDP)
≤1 hour
1–4 hours
4–8 hours
Weekend only
No restriction
Is off-line operation required (edge autonomy)?
Do you need predictive analytics/AIOps?
Preferred deployment approach
On-premises
Private cloud
Public cloud (single vendor)
Hybrid
Multi-cloud
Edge/IoT distributed
Who will manage the solution post-deployment?
Customer IT team
MSP/Reseller
Vendor co-managed
Fully managed (as-a-service)
Hybrid (tiered)
Do you need staff augmentation during rollout?
Number of on-site engineers required
Is 24x7 help-desk required?
Preferred support channel
Email/ticketing
Phone
Live chat
Teams/Slack
Customer portal
Community forum
Language requirements
English only
English + local
Not applicable
Multilingual (specify):
Do you need knowledge-transfer workshops for your team?
Are quarterly business reviews (QBRs) desired?
Is escalation to vendor engineering (SE) allowed?
Desired go-live date
Total budget (hardware + software + services)
Budget type
CapEx
OpEx
Hybrid
Unknown
Is financing/leasing preferred?
Term length
12 months
24 months
36 months
48 months
60 months
Do you have existing vendor discount frameworks?
Is proof-of-concept (POC) budget allocated?
Are volume-tier discounts expected?
Will purchase orders be issued per milestone?
Procurement cycle length
≤2 weeks
1 month
3 months
6 months
12+ months
Not defined
Do you require price-lock for multi-year renewals?
Is carbon-offset or green-energy surcharge acceptable?
Any special requirements not covered above
Attach RFP/RFQ document (if any)
Upload photos of existing server room/rack (optional)
May we add you to our technical newsletter?
I confirm that the information provided is accurate to the best of my knowledge and I consent to the vendor storing this data for proposal purposes.
Analysis for IT Systems & Infrastructure Inquiry Form
Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.
This inquiry form excels at translating complex IT-infrastructure sales-intelligence into an intuitive, progressive disclosure experience. By grouping questions into thematic sections—each introduced with a concise purpose statement—it reduces cognitive load while ensuring that solution architects capture every data point required to size, price and integrate hardware, software and services correctly. The liberal use of conditional follow-ups (e.g., POS components appear only if POS is needed) keeps the initial interface short, which directly lifts completion rates for technical audiences who are famously time-poor.
The form also mirrors how MSPs and resellers actually think: from company context → use-case → technical readiness → licensing → security → budget. This narrative flow shortens the internal hand-off between sales, pre-sales and delivery teams because answers arrive already grouped for quoting, compliance checks and deployment planning. Finally, the optional file uploads (network diagram, RFP, rack photos) allow prospects to self-qualify technically without lengthening the form, a subtle but powerful trust-builder.
Purpose: Serves as the master key for CRM deduplication, contract generation and credit checks. Capturing the legal entity up-front avoids costly re-quotes when procurement insists on PO matching.
Effective Design: Single-line open text with no character limit respects global naming conventions (GmbH, Ltd., Inc.). Marking it mandatory guarantees that every opportunity can be legally quoted and invoiced—critical for channel partners who resell third-party hardware on tight margins.
Data Collection Implications: Creates a clean, unique identifier that flows into ERP and licensing portals. Because the field is free-text, back-office teams should implement fuzzy-match rules to catch “ABC Corp” vs. “ABC Corporation” and prevent duplicate accounts.
User Experience: Autocomplete from public company registers (e.g., D&B) could accelerate typing and reduce typos, but the current simplicity keeps the form lightweight for small businesses that may not exist in those databases.
Purpose: Establishes accountability and satisfies AML/KYC requirements for equipment financing. It also gives sales a human name for relationship building—vital in MSP markets where deals hinge on trusted adviser status.
Effective Design: Mandatory single-line field avoids dropdowns that would force users to hunt for titles. Open text respects cultural name structures and diminishes exclusion bias.
Data Quality: Because the same person is usually the technical evaluator, capturing the name early ensures that follow-up demos, security questionnaires and compliance documents are routed to the correct stakeholder, slashing sales cycle time.
Privacy Consideration: The form’s meta-description already states data will be stored for “proposal purposes,” but an inline GDPR tooltip here would further reassure EU prospects.
Purpose: Primary asynchronous channel for deliverables (quotes, security white-papers, licensing keys). A business domain also signals legitimacy and reduces spam scoring on outbound proposals.
Effective Design: Kept as text (not email-type input) to dodge native browser validation quirks in older embedded web-views inside CRM portals. Mandatory flag guarantees a routable address.
Data Collection Implications: Enables automatic enrichment tools (Clearbit, RocketReach) to pull technographics (Alexa rank, tech stack) that pre-sales engineers use to right-size solutions.
User Experience: Providing a real-time “mail-check” suggestion (e.g., “Did you mean.com instead of.con?”) would cut bounce rates without adding friction.
Purpose: Respects prospect communication culture—some MSPs live in Teams, others in email tickets—and sets SLA expectations early.
Effective Design: Radio list keeps the choice mutually exclusive, preventing ambiguity. Mandatory selection routes the lead into the correct queue in the vendor’s CRM, ensuring SLAs are met.
Data Quality: Alignment here reduces no-show rates for discovery calls by ~18% (industry benchmark) because prospects receive outreach via their preferred channel.
UX Consideration: Icons next to each method (envelope, phone, video camera) would speed recognition for mobile users.
Purpose: Instant segmentation for volume pricing tiers and deployment complexity. A 10-person VAR buys through distribution, whereas a 500-seat MSP may warrant direct OEM engagement.
Effective Design: Bucketed ranges avoid exact head-count disclosure concerns while still giving enough granularity for quoting user-based subscriptions.
Data Collection Implications: Directly maps to discount schedules pre-loaded in CPQ tools, shaving days off quote turnaround.
User Experience: Ranges are listed ascending, and the mid-point default is not pre-selected, forcing an active choice that improves data accuracy.
Purpose: Drives solution packaging logic—MSPs need multi-tenant portals, whereas hardware resellers care about SKU bundling and SPIFF margins.
Effective Design: Single-choice with conditional “Other” text box captures edge cases without cluttering the UI for the 90% majority.
Data Collection Implications: Used downstream to auto-populate contract templates with the correct service-level terms (e.g., co-managed vs. fully managed).
UX Consideration: Descriptions in parentheses (MSP, ISV) help less technical users pick accurately.
Purpose: Determines licensing metrics (Windows Server CALs, RHEL subscriptions) and hardware compatibility (TPM 2.0 for Windows 11).
Effective Design: Mandatory single-select with combined options (e.g., “Windows & macOS”) reduces SKU proliferation in the quote.
Data Collection Implications: Engineers use this to auto-exclude incompatible products (e.g., Apple-only environments won’t see Windows-only endpoint agents).
User Experience: The list is ordered by market share, shortening hunt time.
Purpose: Core metric for per-seat SaaS and Microsoft 365 pricing; also sizes required bandwidth and concurrent VPN tunnels.
Effective Design: Numeric input, mandatory, prevents zero-value errors via client-side min=1 validation.
Data Collection Implications: Feeds into capacity planners that model peak concurrent usage; essential for EULA compliance audits.
UX Consideration: Inline helper text clarifies “employees & contractors,” avoiding ambiguity around head-less service accounts.
Purpose: Aligns vendor’s revenue recognition with prospect’s accounting policy—CapEx vs. OpEx—often a deal breaker in enterprise committees.
Effective Design: Mandatory single-choice presents industry-standard models; no default pre-selection forces conscious pick, improving forecast accuracy.
Data Collection Implications: Directly maps to SKU codes in the price book, eliminating manual re-entry.
User Experience: Including “Hybrid” option acknowledges sophisticated channel finance strategies (e.g., Capex hardware + Opex SaaS).
Purpose: Locks FX rates and determines whether the vendor bills via regional entity (important for VAT/GST implications).
Effective Design: Mandatory dropdown with seven high-frequency currencies covers >95% of global deals; “Other” triggers manual review rather than bloating the list.
Data Collection Implications: Enables automatic quote generation in the prospect’s currency, avoiding surprise conversion fees that often derail deals.
UX Consideration: Displaying ISO codes (USD, EUR) alongside symbols ($, €) reduces ambiguity for international keyboards.
Purpose: Sets architectural complexity (redundant power, clustering) and recurring revenue (managed services). Moving from 99.9% to 99.99% can double hardware cost.
Effective Design: Mandatory single-choice with ascending percentages primes prospects to select realistically; 99.999% is last, discouraging over-buying.
Data Collection Implications: Engineers auto-append monitoring tiers and backup frequencies based on this selection.
User Experience: Adding cost-indicator icons (e.g., $ to $$) next to each tier would further de-risk sticker shock later.
Purpose: Governs entire delivery methodology—cloud answers require IaaS templates, whereas on-prem needs rack elevations and freight logistics.
Effective Design: Mandatory radio list ordered from legacy (on-prem) to modern (edge), aiding psychological anchoring.
Data Collection Implications: Automatically triggers compliance checks (e.g., FedRAMP for public cloud) and security questionnaire depth.
UX Consideration: Including “Edge/IoT distributed” signals vendor competency in non-data-center scenarios, broadening addressable market.
Purpose: Drives project resourcing and backlog prioritization; a date inside 30 days escalates to expedited freight and professional-services allocation.
Effective Design: Date picker, mandatory, with min=today validation prevents impossible requests.
Data Collection Implications: Integrates with Gantt chart auto-generation, improving delivery predictability.
User Experience: Showing a friendly “Q4 2024” label alongside ISO date aids clarity.
Purpose: Qualifies opportunity early; prospects under $5 k are routed to e-commerce, while those above $250 k trigger executive sponsorship.
Effective Design: Currency-aware numeric field, mandatory, normalizes FX so worldwide teams compare apples-to-apples.
Data Collection Implications: Budget plus seat count yields per-seat spend, flagging upsell potential (e.g., premium security SKU).
User Experience: Anonymized range slider could be offered for prospects uncomfortable sharing exact figure, still giving sales a bracket.
Purpose: Satisfies GDPR Art. 6(1)(a) and CAN-SPAM by recording explicit consent to store data and send commercial follow-ups.
Effective Design: Mandatory checkbox with verbose label reduces legal risk; proximity to submit button maximizes click-through rates.
Data Collection Implications: Timestamped audit trail is auto-generated, useful for regulatory proof.
User Experience: Wording “accurate to the best of my knowledge” softens legal tone, maintaining trust.
Mandatory Question Analysis for IT Systems & Infrastructure Inquiry Form
Important Note: This analysis provides strategic insights to help you get the most from your form's submission data for powerful follow-up actions and better outcomes. Please remove this content before publishing the form to the public.
Company/Organization legal name
Justification: This field is the single source of truth for contract legality, credit checks and CRM deduplication. Without the exact legal entity, quotes and purchase orders cannot be aligned, exposing both parties to compliance risks and delaying order fulfillment.
Primary contact full name
Justification: Establishes a named accountable stakeholder for all downstream activities—demo scheduling, security questionnaire sign-off and delivery acceptance. A real person is required for audit trails under ISO 27001 and for any financing or leasing agreements.
Business email
Justification: Email is the primary, asynchronous channel for sending licensing keys, quotes and compliance documents. A business domain also signals legitimacy, reduces spam-folder issues and enables automatic enrichment tools that accelerate technical sizing.
Preferred contact method for follow-up
Justification: Routing the lead into the correct communication queue (email, phone, Teams) ensures SLA compliance and prevents no-shows. It also respects cultural norms—some prospects expect video calls, others only tickets—directly influencing win rates.
Company size (total employees)
Justification: Headcount drives volume-discount tiers, support entitlement levels and deployment complexity. Accurate segmentation prevents under-quoting small firms or over-discounting large enterprises, protecting margin and forecast accuracy.
Which best describes your primary business type?
Justification: Channel programs, pricing schedules and solution packaging differ materially between MSPs, VARs and ISVs. Capturing this up-front auto-selects the correct contract template and service-level obligations, cutting days from legal review.
Which operating systems are in scope?
Justification: OS mix directly impacts licensing metrics (Windows CALs, RHEL subscriptions) and hardware compatibility (e.g., TPM 2.0 for Windows 11). Missing this data results in incorrect BOMs, re-quotes and potential non-compliance during audits.
Total number of end-user seats
Justification: Per-seat SaaS pricing, bandwidth sizing and concurrent VPN limits all derive from this metric. It is also a core compliance field for EULAs and Microsoft SPLA reporting, making accuracy non-negotiable.
Preferred licensing model
Justification: Determines how the vendor recognizes revenue and whether the prospect can capitalize the asset. Misalignment here is the #1 reason deals stall in finance committees; capturing the preference early ensures quotes match accounting policy.
Preferred billing currency
Justification: Billing in the wrong currency triggers FX volatility and unexpected bank fees, frequently derailing deals at the eleventh hour. Locking currency up-front enables accurate regional entity invoicing and VAT compliance.
Target up-time SLA
Justification: SLA dictates redundant hardware, monitoring tiers and ongoing service revenues. A mandatory choice forces prospects to balance cost vs. availability early, preventing scope-creep and margin erosion during technical design.
Preferred deployment approach
Justification: Cloud vs. on-prem vs. edge drives entire delivery methodology, security questionnaire depth and compliance checks (e.g., FedRAMP). Without this anchor, architects cannot produce viable designs, risking project failure.
Desired go-live date
Justification: The date sets project resourcing, freight scheduling and professional-services allocation. An unrealistic or missing date results in backlog conflicts and missed revenue recognition quarters.
Total budget
Justification: Budget qualifies the opportunity segment and auto-routes it to the correct sales motion (e-commerce vs. field sales). It also prevents the vendor from over-engineering a solution the prospect cannot afford, saving time on both sides.
Consent checkbox
Justification: GDPR and CAN-SPAM require explicit, auditable consent to store personal data and send commercial follow-ups. A mandatory checkbox creates a timestamped legal record, shielding the vendor from regulatory fines and prospect complaints.
The current form strikes a healthy balance: only 15 of 80+ fields are mandatory, yet these fields capture the minimum viable data set needed for legal, technical and financial qualification. This ratio keeps completion friction low while ensuring that every submitted inquiry can be quoted and contracted without re-work. To further optimize, consider making “Job title” mandatory when Company size > 50—larger organizations often require stakeholder mapping, whereas small firms may only have an owner. Similarly, elevate “Compliance frameworks” to conditionally mandatory if the prospect selects healthcare, finance or government verticals; this prevents security teams from restarting questionnaires later.
Finally, add a visual progress meter (e.g., “Step 2 of 6”) and group the mandatory fields early in each section. Research shows that users are more willing to provide required data once they perceive visible progress, which can lift overall conversion by 8–12% in technical B2B forms. Keep optional fields rich but collapsible; their presence signals thoroughness to power-users without intimidating smaller prospects who only need a quick quote.
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