Service visibility
Management reporting is often fragmented, delayed, or dependent on manual PSA exports and spreadsheet work.
MSP automation implementation
Hammer Flow audits, designs, integrates, and manages operational workflows across service delivery, finance, security, growth, people, data, engineering, and other MSP functions—without forcing your team into another platform.
Service-led. Tool-agnostic. Built for controlled rollout.
Operational pressure
Hammer Flow starts with the operating problem—not a preferred platform. The aim is to remove avoidable manual effort while preserving control, accountability, and service context.
Management reporting is often fragmented, delayed, or dependent on manual PSA exports and spreadsheet work.
Tickets approaching contractual deadlines may not receive attention until the service risk has already become a breach.
New tickets require repetitive classification, prioritization, routing, and technician-assignment decisions.
Similar incidents are frequently handled as isolated tickets without identifying the underlying problem.
New-hire readiness spans approvals, equipment, licensing, account provisioning, access, and multiple internal owners.
Critical processes cross PSA, RMM, Microsoft 365, email, documentation, HR, and communication platforms.
Automation services
Hammer Flow provides implementation expertise around the systems the MSP already uses. There is no requirement to replace the PSA, RMM, workflow engine, or Microsoft environment.
Map repetitive work, service risks, handoffs, data dependencies, bottlenecks, and the highest-value implementation opportunities.
Translate operating processes into triggers, inputs, conditions, deterministic rules, approvals, exceptions, and outputs.
Build around the MSP's actual service boards, ticket statuses, SLA definitions, client structures, technicians, and policies.
Connect PSA, RMM, Microsoft 365, communication, documentation, HR, billing, and other API-accessible systems.
Test calculations, routing logic, permissions, outputs, and failure conditions before enabling controlled production access.
Monitor execution, maintain integrations, investigate failures, document changes, and improve workflows after launch.
Validated workflow examples
These are public-safe local reference implementations—not packaged SaaS modules or active client deployments. Each shows how Hammer Flow turns an MSP operating problem into deterministic logic, a reviewable output, and a safer production implementation plan.
Current reference state: synthetic data, inactive sanitized exports, repeatable validation, and no production write access.HF-001–HF-004
Turns PSA ticket activity into a consistent weekly management summary without manual spreadsheet assembly.
Surfaces open tickets that have breached or are approaching SLA, including high-priority unassigned and stale active work.
Reviews new or untriaged tickets and recommends urgency, service category, destination team, and dispatcher action.
Groups repeated incidents through exact deterministic signatures and transparent recurrence scoring for service-manager review.
HF-005–HF-007
Checks onboarding requests for missing information, possible duplicates, policy conflicts, and elevated access before provisioning.
Reconciles purchased subscriptions, assigned Microsoft 365 licenses, and PSA agreement quantities to expose billing and licensing drift.
Reviews offboarding requests for timing, completeness, approvals, and lingering access risk before an authorized administrator acts.
HF-008–HF-009
Applies transparent severity, threat-state, endpoint, age, and risk rules to endpoint-protection alerts.
Combines service, satisfaction, feedback, and missing-data signals into a consistent client-risk review.
HF-010–HF-013
Collects, normalizes, and validates service, security, licensing, billing, asset, and client-success data for quarterly business reviews.
Reviews privileged access, authentication, exclusions, external sharing, and governance evidence across Microsoft 365 tenants.
Evaluates backup failures, recovery evidence, workload importance, ownership, and exceptions instead of treating a successful job as proof of recoverability.
Calculates labor cost, recoverable revenue, agreement consumption, and unbilled overage to expose service-margin leakage.
HF-014–HF-015
Prioritizes patch failures, vulnerabilities, unsupported software, pending reboots, and unresolved exceptions across managed endpoints.
Reconciles endpoint inventory with EDR and protection agents to find missing, unhealthy, stale, unlicensed, or conflicting security-tool coverage.
HF-016 · HF-033
Reconciles invoices, payments, credits, disputes, and payment promises to surface overdue balances and collection risk.
Reconciles purchase orders, receipts, vendor invoices, and approval evidence to identify exceptions before payment review.
HF-017–HF-018 · HF-022 · HF-026–HF-028
Applies exclusions, consent controls, ICP-fit rules, and buying-intent evidence to create an explainable sales-review queue.
Connects campaigns, leads, touchpoints, and opportunities to report qualified pipeline and supported closed-won revenue.
Reviews opportunities for stalled stages, missing engagement, overdue follow-up, proposal risk, ownership gaps, and decision dates.
Finds missing or conflicting lead sources, broken campaign references, and overdue handoffs while reporting supported performance metrics.
Identifies complaint, bounce, authentication, suppression, unsubscribe, engagement, and abnormal-sending exceptions.
Correlates crawl, CMS, linking, search, analytics, and performance evidence to identify technical problems and content opportunities.
HF-019–HF-020 · HF-025
Identifies workload pressure, capacity, aging work, schedule variance, stale ownership, and team bottlenecks without ranking employees.
Finds stalled applications, missing ownership, overdue feedback, delayed updates, failed communications, and recruiting-data problems.
Detects appointment conflicts, missing coverage, unassigned visits, skill mismatches, availability problems, and scheduling gaps.
HF-021 · HF-023–HF-024
Converts verified vendor lifecycle and service-change notices into an evidence-backed brief showing products and client exposure.
Compares current and previous service metrics to identify meaningful deterioration in SLA, backlog, response, reopen, and satisfaction measures.
Combines financial, service, agreement, satisfaction, and risk evidence to prioritize accounts for human review.
HF-029–HF-032
Finds duplicate candidates, stale records, broken relationships, invalid ownership, and incomplete evidence without modifying data.
Converts supported document and message templates into structured previews while retaining source evidence for every field.
Reviews pipelines, required checks, deployments, and release risks to identify failures, blocked releases, and insufficient readiness evidence.
Identifies missing, stale, conflicting, or incomplete control evidence without declaring an organization compliant or secure.
HF-034
Transforms approved source material into briefs, outlines, and channel drafts while flagging unsupported claims and rights issues.
Related diagnostic tool
MSP Margin Audit is a separate Rails diagnostic that estimates licensing leakage, technician administration, and manual dispatch cost. It creates a practical starting point for an automation conversation without pretending to replace a full financial audit.
Outputs include estimated monthly and annual loss, reclaimed hours, potential value, ROI, payback, saved reports, and PDF scorecards.
Delivery approach
Hammer Flow begins with the process and its operating risk. Tool selection, implementation, access, and production rollout follow only after the workflow is understood and review controls are clear.
Map the trigger, owners, handoffs, systems, business rules, exceptions, permissions, and current failure points.
Define deterministic decisions, review gates, fallback paths, outputs, audit requirements, and production boundaries.
Build in client-owned infrastructure, begin with minimum permissions, validate against controlled fixtures, and release in stages.
Monitor execution, investigate failures, maintain integrations, document changes, and refine the workflow as operations evolve.
Safety standard
Tools and integrations
Hammer Flow is tool-agnostic. The implementation stack is selected around the workflow, API capabilities, permissions, maintainability, and the client's existing technical environment.
n8n, Rewst, Power Automate, Make, or another client-approved engine selected around the process and operating environment.
Connect ticket, company, contact, agreement, configuration, technician, queue, status, and SLA data through supported APIs.
Use alert, device, policy, patch, health, and endpoint context without replacing the MSP's existing management platform.
Support onboarding, offboarding, approval, identity, licensing, mailbox, Teams, and other Microsoft 365 workflows.
Integrate documentation, communication, HR, billing, forms, databases, email, and other API-accessible business systems.
Apply AI to bounded classification, extraction, summarization, and recommendation tasks while preserving deterministic controls.
Why Hammer Flow
Hammer Flow is designed for MSPs that want practical automation outcomes while keeping ownership of their systems, infrastructure, operating rules, and production access.
Hammer Flow implements around the MSP's operating model instead of selling another application that the team must adopt.
The PSA, RMM, Microsoft environment, workflow engine, policies, and client infrastructure remain central to the solution.
Workflows account for service boards, SLA rules, dispatch practices, client structures, escalation paths, and technician review.
Read-only-first delivery, minimum permissions, deterministic rules, human approval, and explicit failure handling reduce risk.
Implementation can continue into monitoring, maintenance, troubleshooting, documentation, and managed improvement.
Automation audit
Describe the repeated work, service risk, handoffs, or disconnected systems. Hammer Flow will review the operating problem before recommending tools, access, or implementation.
What the first review covers