Fusion Solutions Group The TSP Growth Playbook
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A Practical Executive Field Guide

The Technology Solutions Provider Growth Playbook

How electrical contractors and systems integrators can evaluate, launch, and scale profitable technology capabilities using the S.C.A.L.E. framework.

Take the readiness check Book a strategy call
Choose the right market Start with customer demand and strategic fit, not the newest product line.
Build the operating model Define ownership, estimating, project delivery, support, and financial controls.
Launch with discipline Prove the model through a controlled pilot before investing for scale.
01 · The Business Case

Why expand your technology capabilities, and why now?

Electrical contractors and systems integrators already possess many of the assets that are hardest to build: trusted customer relationships, field leadership, project-delivery discipline, access to construction and technology projects, and credibility with owners. Expanding into the right adjacent technology can produce more revenue per customer, stronger differentiation, and a more durable business.

Who this guide is for: electrical contractors starting or growing a low-voltage division, and systems integrators expanding into new technology lines. Throughout this guide, we use Technology Solutions Provider (TSP) as the broader term for both.
1

Capture more project scope

Keep structured cabling, access control, surveillance, networking, and smart-building work that is currently subcontracted or awarded elsewhere.

2

Protect key accounts

The provider helping define and support the building's technology systems gains influence over future projects, service, upgrades, and capital planning.

3

Create recurring revenue

Monitoring, cloud licensing, managed services, inspections, maintenance, and support can extend revenue beyond construction closeout.

4

Improve business resilience

A broader capability set, specialized expertise, service revenue, and embedded customer relationships can strengthen enterprise value.

Do not try to become everything at once

The best first service line sits at the intersection of existing customer demand, internal capability, attractive economics, and manageable delivery risk.

Lower complexity

Structured cabling or a focused device-installation scope.

Strong adjacency

Access control or surveillance where electrical coordination creates an advantage.

Higher differentiation

Managed Wi-Fi, smart building, AV, or integrated systems.

Lifecycle value

Services with monitoring, software, maintenance, and support.

The central risk: an adjacent technology may look familiar from the outside, but its economics, engineering, software, commissioning, documentation, integrations, and support obligations can be materially different from your current business.
02 · Interactive Readiness Check

Should you start now?

Success in your current trade or technology does not automatically translate into success in the next one. Answer each statement honestly. Your readiness score updates automatically.

1. Existing customers are already asking us for additional technology or integrated-system scope.

2. We can identify one initial service line and one ideal customer profile.

3. An executive sponsor has time and authority to own the launch.

4. We can track the new capability's revenue, margin, backlog, labor, and recurring revenue separately.

5. We understand the design, licensing, configuration, and support requirements.

6. We have access to engineering and technical escalation when needed.

7. We are willing to pilot, measure, and refine before pursuing volume.

8. We can fund training, certifications, tools, demo equipment, and working capital.

0out of 8

Complete the assessment

Choose Yes or Not yet for each statement. Each Yes answer is worth one point.

6–8 Yes answers

You may be ready for structured planning and pilot selection.

3–5 Yes answers

The opportunity may be sound, but important capability gaps remain.

0–2 Yes answers

Validate demand and leadership commitment before making a major investment.

Not sure which gaps matter most?

A focused strategy session can identify the right starting lane, critical risks, and practical next steps.

Book a strategy call
03 · The S.C.A.L.E. Framework

Build the new capability deliberately

S.C.A.L.E. converts an attractive technology idea into a controlled business initiative. Each stage answers a different executive question and creates a gate before the next investment.

SSurvey

Survey the business

What demand, capabilities, financial constraints, risks, and assets exist today?

CClarify

Clarify the opportunity

Which customer, technology line, business model, and outcome should the company pursue first?

AArchitect

Architect the plan

What organization, partners, processes, tools, training, and controls are required to deliver it reliably?

LLaunch

Launch the initiatives

How will the team prove the model through a controlled, customer-safe pilot?

EEvaluate

Evaluate and improve

What did the pilot prove, what must change, and should the company stop, refine, or scale?

The framework is sequential, but not rigid. New information may require the team to return to an earlier decision. That is less expensive than discovering a weak assumption after the company has hired, sold, and mobilized.
04 · Survey + Clarify

Survey first. Then clarify.

Executive question

Survey the Business

Build a fact base before choosing the next technology, manufacturer, or partner.

  • Customer requests and lost scope
  • Recent project mix and target verticals
  • Current sales, design, field, PM, estimating, and service capability
  • Licensing, compliance, and geographic constraints
  • Leadership capacity and investment tolerance
Common trap: allowing a manufacturer relationship or one salesperson's enthusiasm to define the strategy.
Executive question

Clarify the Opportunity

Turn the fact base into a narrow, testable business thesis.

  • Ideal customer and business problem
  • Initial service line and defined exclusions
  • Revenue model: project, recurring, or hybrid
  • Build, partner, acquire, or blended delivery model
  • Pilot criteria and measurable success targets
Common trap: defining the offer too broadly and creating a sales promise the operation cannot reliably deliver.

The decision gate

Do not move forward until leadership can state, in one page, whom the new capability serves, what it sells first, why the company can win, what it will not do, who owns the result, and what evidence will justify further investment.

Useful output: a concise business case and capability-gap assessment, not a long strategic plan that no one uses.
05 · Architect

Architect the minimum viable capability

Before the first major proposal, design the smallest complete operating model that can sell, deliver, commission, support, and measure the new technology responsibly.

Ownership

Executive sponsor, capability leader, sales, estimating, PM, field, engineering, service, and P&L accountability.

Offer

Standard scope, customer outcome, assumptions, exclusions, options, warranty, support, and recurring services.

Vendor ecosystem

Manufacturer, distribution, certifications, design support, escalation, replacement, and licensing.

Estimating and design

Discovery, surveys, drawings, BOM, labor, software, configuration, testing, contingency, and approvals.

Project delivery

Handoff, submittals, procurement, staging, installation, commissioning, acceptance, training, and closeout.

Lifecycle support

Ticket ownership, remote triage, dispatch, warranty, renewals, documentation, upgrades, and SLAs.

Build in stages

Phase 1

Partner-heavy

Use specialists to reduce risk while demand and internal aptitude are proven.

Phase 2

Core internal team

Internalize customer-facing, estimating, PM, and field leadership capabilities.

Phase 3

Technical depth

Add engineering, programming, commissioning, or support as volume justifies it.

Phase 4

Scale engine

Standardize offers, data, training, service, and market expansion.

Do not overbuild payroll ahead of evidence. The initial model should use qualified partners where they reduce fixed cost and technical risk, while keeping customer ownership, solution standards, and accountability inside the company.
06 · Launch + Evaluate

Launch to learn, then decide

Controlled execution

Launch the Initiatives

The first project is a business-model test, not just an installation.

  • Choose a trusted customer and controlled scope
  • Confirm design, margin, material, licenses, and site readiness
  • Name technical escalation and customer communication owners
  • Define commissioning and acceptance before mobilization
  • Capture decisions, changes, labor, defects, and lessons in real time
Evidence-based growth

Evaluate and Improve

Review the whole business outcome, not just whether the system turned on.

  • Pipeline, win rate, project size, and gross margin
  • Estimated versus actual labor and material
  • Commissioning defects, rework, and schedule performance
  • Customer acceptance, training, tickets, and support burden
  • Role clarity, documentation, vendor response, and cash use

Make one of three decisions

Stop

The economics, strategic fit, or support burden do not justify continued investment.

Refine

The opportunity remains attractive, but pricing, scope, staffing, vendor, or process must change.

Scale

The pilot produced repeatable customer value, operational control, and acceptable financial performance.

The pilot should answer questions, not create new ambiguity.

FSG helps electrical contractors and TSPs structure the roadmap, operating model, pilot, and scorecard before expensive commitments are made.

Connect with David
07 · People and Leadership

Hire for a business, not just a trade

The first leader or specialist for a new technology often becomes the unofficial architect of the entire business line. Technical competence matters, but early leaders must also build standards, communicate with customers, protect margin, and develop others.

First leadership need

Capability Leader / Player-Coach

Owns strategy, P&L, vendors, key opportunities, operating cadence, standards, and team development.

Preconstruction need

Estimator / System Designer

Translates outcomes into architecture, drawings, BOM, labor, software, assumptions, exclusions, and risk-adjusted pricing.

Execution need

Technology PM / Lead Technician

Coordinates dependencies, procurement, installation, configuration, testing, documentation, customer decisions, and closeout.

Specialist or partner

Engineer / Programmer / Support

Provides advanced design, integrations, commissioning, troubleshooting, escalation, and lifecycle support as required.

✓ Look for

✓Systems thinking beyond individual products
✓Documented examples of commissioning and troubleshooting
✓Commercial awareness and respect for margin
✓Clear customer and field communication
✓Comfort building repeatable standards
✓Willingness to teach and create bench strength

✗ Watch for

✗A "lone hero" who keeps knowledge in their head
✗Experience limited to one manufacturer ecosystem
✗Strong installation skills but weak documentation
✗Little understanding of software, networks, or support
✗Resistance to estimating discipline or project controls
✗Big-title expectations before demand is proven
Interview for evidence. Ask candidates to walk through a project from discovery to acceptance, explain what failed, show how they documented it, and describe how they protected the customer and project economics.
08 · Project Execution

Traditional construction project management is not enough

Integrated technology projects combine construction, networking, software, configuration, licensing, owner decisions, functional testing, integrations, and ongoing support. They require stage gates and tighter control of technical dependencies than installation work alone.

Control pointTraditional construction emphasisAdditional technology-solutions requirement
DesignPlans, specifications, code, equipment, load, and constructability.Architecture, network, software, integrations, coverage, storage, credentials, licensing, and cybersecurity assumptions.
EstimatingMaterial, labor units, equipment, supervision, and schedule.Engineering, programming, configuration, testing, training, documentation, subscriptions, and support burden.
ProcurementAvailability, approved products, lead time, and substitutions.Firmware compatibility, license activation, subscriptions, credentials, cloud tenancy, and manufacturer escalation.
Field executionInstallation quality, safety, production, inspection, and coordination.Labeling, certification, IP addressing, device identity, staging, configuration control, and test evidence.
CompletionPunch list, inspection, as-builts, O&M manuals, and turnover.Commissioning, functional acceptance, backups, passwords, training, support handoff, warranty, and renewal ownership.

Use stage gates

Gate 1

Qualified

Customer problem, scope, stakeholders, site data, and decision process are understood.

Gate 2

Approved

Design, margin, assumptions, contract, material, licenses, and technical risk are approved.

Gate 3

Ready

Site, dependencies, equipment, configuration plan, escalation, and acceptance criteria are ready.

Gate 4

Accepted

Testing, training, documentation, customer signoff, support handoff, and billing are complete.

09 · Execution Roadmap

The first 90 days

The first quarter should validate the opportunity, build the minimum operating system, and prepare one controlled pilot. It should not attempt to create a fully mature business line overnight.

Days 1–15
Survey. Review customer demand, lost scope, current capabilities, leadership capacity, licenses, financial constraints, and service infrastructure.
Days 16–30
Clarify. Select the initial customer, service line, delivery model, executive owner, investment range, success metrics, and pilot criteria.
Days 31–55
Architect. Define roles, vendors, estimating, project gates, support ownership, hiring or partner gaps, and separate financial reporting.
Days 56–75
Prepare. Train the core team, build qualification and proposal tools, select the pilot, confirm design and pricing, and establish escalation.
Days 76–90
Launch. Contract or mobilize the pilot, manage customer communication and risk, capture lessons, and establish the first operating scorecard.

Track only the metrics that drive decisions

Demand
Qualified PipelineReal opportunities by customer, service line, value, and stage.
Profit
Gross MarginSeparate project and service margin before corporate overhead.
Execution
Labor VarianceEstimated versus actual labor by project and activity.
Lifecycle
Support BurdenTickets, escalations, truck rolls, warranty cost, and recurring revenue.
Avoid Expensive False Starts

The opportunity is significant. The launch must fit your business.

The framework in this guide tells you what must be decided. The right answer depends on your customers, markets, leadership team, technical capabilities, financial model, and appetite for risk.

Common failure: too broadThe provider adds technologies without selecting a focused customer, problem, and repeatable offer.
Common failure: the lone expertOne hire becomes sales, designer, estimator, PM, engineer, trainer, and support desk.
Common failure: cable-only thinkingSoftware, licenses, configuration, commissioning, training, and support are missed or underpriced.
Common failure: scale before proofSales volume grows faster than standards, technical depth, project controls, and service capacity.

Connect with David for a Technology Growth Strategy Session

We will review your customer base, current capabilities, best next technology lane, major risks, and the most practical path from idea to a controlled launch or expansion.

connect.fusionsg.com/strategy
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