How to Find Operational Leakage in Your Business: A 5-Step Audit

Most mid-market businesses carry $500K–$2M in operational leakage they can’t see from the inside. This 5-step audit is designed to surface it — with specific questions, tools, and methods that work for businesses in the $10M–$100M range. You can run steps 1–3 yourself in the next two weeks and have a working estimate of your leakage within 30 days.

Why Internal Audits Miss Leakage

The fundamental problem with finding your own operational leakage is that you’re looking at it from inside the machine. Your team knows the workarounds. They’ve optimised around the broken handoffs. What looks like “the way we work” is often operational debt that accumulated gradually and was never visible as a cost line.

A process that everyone follows is assumed to be correct — even when it contains 40% more steps than necessary. A system everyone uses is assumed to be fit for purpose — even when it requires three hours of manual bridging per week.

The five-step audit below forces you to look at your operations through a different lens: not “does this work?” but “what is this costing, and what would it cost if it were designed well?”

Step 1: Map Your Top 5 Processes As They Actually Work

Map the 5 processes that drive the most cost or involve the most people — not how they’re documented, but how they actually happen today. This distinction is critical. Documentation shows the designed process. Reality shows the operational one. The gap between them is leakage.

How to do it:

1. Pick 5 processes: typically order fulfilment, client delivery, finance/AP processing, people operations (onboarding/offboarding), and your primary service or product delivery workflow
2. For each process, sit with the person doing the work and ask them to walk you through every step they actually take — including the workarounds, the manual checks, the re-entries, the approvals
3. Draw the process as it actually happens, step by step
4. For each step, ask: “What is this step for? What would happen if we removed it? Is there a system that should do this automatically?”

What you’ll find: In almost every process map, 20–40% of steps exist to catch errors from earlier in the process, bridge gaps between systems, or fulfil approval requirements that were designed for a smaller business. Each of these is recoverable leakage.

Quantify it: Count the number of manual steps and the people who perform them. Multiply by time. Multiply by fully-loaded cost. That’s your process inefficiency number for that workflow.

Step 2: Inventory Your Technology Stack and Score Every Tool

List every system, SaaS subscription, and software tool used in the business. For each one, assign a simple score: essential, useful, redundant, or gap-filling. The gap-fillers are where the leakage is.

How to do it:

1. Pull your last 3 months of bank and credit card statements for technology spending
2. List every subscription: name, monthly cost, number of users, primary purpose
3. For each tool, ask three questions:
   • Could we replace this with a feature in a tool we already pay for?
   • Does this tool require manual input or output that a proper integration would eliminate?
   • Who owns this tool, and when was it last reviewed for fit?
4. Map the integrations (or lack thereof) between your core systems

What you’ll find: Most $20M+ businesses are running 40–60 subscriptions when 15–20 would cover the same ground. But the subscription cost ($30K–$80K/year in excess) is often less important than the manual bridging cost: 5–10 hours per week of labour bridging systems that don’t talk to each other.

Quantify it: Add direct subscription waste + annualised bridging labour cost. Typical finding: $80K–$200K/year.

Step 3: Track Rework for 30 Days

Rework is the most underestimated source of operational leakage in mid-market businesses. For 30 days, have your teams flag every instance of doing something twice that should have been right the first time.

How to do it:

1. Create a simple rework log: date, team, description, estimated time to rectify
2. Ask every operational team leader to flag rework instances for 30 days — not to blame individuals, but to identify process failures
3. At the end of 30 days, total the hours and categorise by root cause: upstream data error, unclear brief, system failure, missing approval, communication breakdown

What you’ll find: In our experience across mid-market businesses, annualised rework cost typically runs 5–15% of operational team time. For a $20M business with 15 operational staff at $80K fully-loaded, that’s $120K–$360K/year in rework cost — most of it traceable to 3–5 root process failures.

Quantify it: Total hours from rework log × 52/4 × fully-loaded hourly rate = annualised rework cost. The root causes you identify are your highest-leverage process improvement opportunities.

Step 4: Audit Procurement Terms and Vendor Concentration

Most mid-market businesses are overpaying 5–15% on supplier and vendor costs simply because contracts renew automatically and nobody has renegotiated terms against the business’s current volume.

How to do it:

1. Pull your top 20 supplier relationships by annual spend
2. For each, check: when was this contract last renegotiated? Does our current volume entitle us to better terms? Do we have multiple suppliers where one consolidated relationship would generate discounts?
3. For your top 5 suppliers by spend, get a competitive quote — even if you intend to stay. Most suppliers will sharpen their pricing to retain the relationship.
4. Check for auto-renewal clauses and upcoming renewal dates on all contracts > $20K/year

What you’ll find: 3–5 suppliers where you’re paying above-market rates because nobody has renegotiated since the relationship was established. For a $20M business with a $6M cost base, a 5% improvement in procurement terms = $300K/year. Realistic recovery is typically $60K–$150K/year in the first audit.

Quantify it: Difference between current rates and re-tendered/renegotiated rates × annualised volume = procurement leakage.

Step 5: Map Every Decision That Required CEO or Senior Leadership Last Month

Decision bottlenecks are expensive in two ways: direct throughput delay and opportunity cost of leadership time. This step makes both costs visible.

How to do it:

1. For 30 days, have your EA or COO log every request that was escalated to the CEO/MD: type of decision, time to resolution, estimated downstream delay if unresolved
2. For each decision type, ask: why does this need the CEO? Is there a documented policy that would enable this to be decided lower? Is the person who escalated it authorised to decide but choosing not to?
3. Categorise: decisions that should be delegated immediately, decisions that require a policy to delegate, decisions that genuinely need leadership

What you’ll find: Most founders are personally approving 15–30 decisions per week that could be delegated with a one-page policy or a brief to a capable team member. At $500/hour opportunity cost, 20 CEO approvals × 20 minutes each = $83K/year in misallocated executive time. The downstream delay cost — deals that wait, projects that stall, hires that don’t progress — is typically 3–5× the direct time cost.

Quantify it: CEO decisions per week × average time + downstream delay cost = bottleneck leakage.

Adding It Up

After completing all five steps, you’ll have a dollar figure against each leakage category. A typical $20M business running this audit finds:

The total is almost always larger than the founder expected. Not because any single category is dramatic, but because five compounding leakages add up to a material number.

What to Do With the Findings

The audit tells you where the leakage is. Implementation is where the savings materialise. That’s also where most internal improvement efforts stall: the day job competes with the improvement work, the quick wins get done and the structural fixes get deferred, and twelve months later the leakage is back.

This is why external implementation support — particularly on a shared-savings model — is often the highest-ROI option. The incentives are aligned, the work gets completed, and you pay nothing unless the results are verified.

Bottom Line

A $20M business running this audit will typically find $500K–$1.2M in annual recoverable leakage within 30 days. We find it faster, fix it more durably, and only get paid from verified savings. If we don’t find recoverable margin, you pay nothing. Book a 30-minute Margin Assessment →