IT admins scheduling driver updates (Dell Command, etc.) have no reliable way to avoid disrupting users mid-presentation, Teams call, or active work - updates cause screen flickering, WiFi drops, and forced restarts at bad times
A lightweight endpoint agent that integrates with Dell Command Update, Windows Update, and other patching tools. It detects user state (active app, fullscreen presentation, video call, high CPU usage) and only triggers updates during true idle windows. Provides a centralized dashboard for IT to set policies, deployment rings, and postpone limits
subscription per endpoint per month ($1-3/endpoint), tiered by fleet size with free tier for under 25 devices
The pain is real and well-documented — screen flickering, WiFi drops, and reboots during presentations cause helpdesk tickets and user frustration. However, it's an annoyance pain, not a 'my business is broken' pain. IT admins work around it with maintenance windows and user education. It's a chronic irritation rather than an acute emergency, which limits urgency to buy.
TAM for patch management is ~$1.2B, but SmartPatch would be an add-on intelligence layer, not a full replacement. Serviceable addressable market is likely $10-50M — enterprises with 500+ Dell/Windows endpoints where user disruption creates measurable cost (helpdesk tickets, lost productivity). The Dell-specific angle further narrows it initially.
This is the weakest dimension. IT admins already pay for patching tools and view scheduling as a feature those tools should include. Selling a $1-3/endpoint/month add-on for 'smarter timing' is a tough value prop when Automox charges $3-5/endpoint for the ENTIRE patching stack. Many admins will think 'I can script a PowerShell check for this.' The ROI story (fewer helpdesk tickets, less user disruption) is real but hard to quantify in a procurement deck.
Core detection logic is straightforward: check for fullscreen apps, active video call processes (Teams, Zoom, WebEx), presentation mode APIs, screen sharing, high CPU/GPU usage, and user input recency. Windows APIs exist for all of this (SHQueryUserNotificationState, process enumeration, GetLastInputInfo). The agent itself is lightweight. Integration with Dell Command/SCCM/Intune adds complexity but is doable. A solo dev with Windows systems programming experience could build an MVP in 6-8 weeks.
This is the strongest dimension. No existing product — from free OEM tools to $60/endpoint enterprise platforms — offers automatic user-activity detection before patching. Every single competitor relies on time-based scheduling or interrupt-the-user deferral popups. The gap is real, validated by user complaints, and no one is addressing it. Even Tanium/BigFix, which could theoretically build custom sensors for this, don't offer it as a feature.
Natural subscription model — endpoints need continuous monitoring, policies evolve, new apps and update tools emerge. Per-endpoint-per-month pricing aligns with how IT budgets work and scales with fleet growth. Once deployed and integrated into patching workflows, switching costs are moderate (policies, integration configs). Dashboard and reporting features add ongoing value.
- +Clear, unaddressed gap — zero competitors offer true user-activity-aware patch scheduling
- +Pain is well-validated by real sysadmin complaints across Reddit, forums, and Dell community posts
- +Technically feasible as a lightweight agent using existing Windows APIs
- +Natural complement to existing tools (Dell Command, Intune, SCCM) rather than a rip-and-replace
- +Per-endpoint subscription model aligns perfectly with IT procurement patterns
- !Willingness to pay is uncertain — IT admins may view this as a feature their existing tools should include for free, not a separate product worth $1-3/endpoint/month
- !Microsoft could add 'smart scheduling' to Intune/Windows Update in a single release cycle, killing the standalone market overnight
- !Enterprise sales cycles are long (3-6 months) and require security reviews, SOC2 compliance, and procurement approval for a new endpoint agent
- !The 'just write a PowerShell script' objection is real — a determined sysadmin can check for running Zoom/Teams processes in 20 lines of code
- !Deploying yet another endpoint agent faces resistance from security teams concerned about attack surface
Free OEM tool for Dell commercial PCs that automates BIOS, firmware, and driver updates via scheduled scans. Configurable through GPO/SCCM/Intune for fleet-wide deployment.
Cloud-native endpoint management platform covering OS patching, 3rd-party apps, and configuration across Windows/macOS/Linux. Extensible via custom 'Worklets'
Unified IT management platform combining RMM, patch management, remote access, and backup. Patches OS and 200+ third-party apps. Popular with MSPs.
Cloud-native patch management for Windows with vulnerability assessment, OS/3rd-party patching, and software deployment. Known for generous free tier.
Microsoft's cloud endpoint management with built-in Windows Update orchestration. Supports 'Active Hours', deadline-driven updates, and deployment rings.
A lightweight Windows agent (< 10MB, minimal CPU footprint) that hooks into Dell Command Update's CLI. It monitors user state via Windows APIs (SHQueryUserNotificationState for presentation mode, process enumeration for Teams/Zoom/WebEx, GetLastInputInfo for idle detection, fullscreen app detection). When Dell Command triggers an update, the agent intercepts and defers if the user is active, then applies during the next genuine idle window. Ship with a simple web dashboard showing fleet status, deferred updates, and a policy editor (e.g., 'max deferral: 4 hours', 'force after 48 hours'). Target Dell-heavy SMBs with 50-500 endpoints. Skip multi-OEM support in v1.
Free tier (up to 25 endpoints, basic activity detection, no dashboard) -> Pro tier at $2/endpoint/month (dashboard, policy engine, deployment rings, reporting) -> Enterprise tier at $3+/endpoint/month (SSO/SAML, API access, SIEM integration, multi-OEM support, SLA). Alternate path: pivot to being acquired as a feature by Automox, NinjaOne, or Action1 once you prove the concept with 50+ paying customers.
8-12 weeks to MVP with basic Dell Command integration and activity detection. 12-16 weeks to first paying customer (requires beta testing with 3-5 IT admins from Reddit/sysadmin communities, then converting). Realistic path: free beta for 2 months to build trust and testimonials, then introduce paid tiers. First meaningful revenue ($1K+ MRR) likely at 4-6 months.
- “I can't think of a way this would happen without bothering users”
- “I don't want my user to have a blinking screen, or lose wifi connection, in the middle of something important”
- “Does it skip updates when a user is active, doing a powerpoint presentation or in a Teams meeting?”
- “I did occasionally get flickering screen or network jump”
- “The conflict between a scheduled update window and active user sessions is a common Dell Command pain point”