CASE STUDIES

HNTE case studies

Nine anonymised engagements. Each one keeps the same three things: what was broken, what we changed, and what the reviewers accepted. Company names, exact figures and some dates are substituted; the problem structure and the results are unchanged.

200+engagements
12+industries covered
95%+approval rate
Industry
Type
9 cases
SoftwareFirst-timeFull case →

A SaaS company that never booked R&D expense

Staff: ~120Revenue: RMB 32MDuration: 4 monthsIP: 9 software copyrights

What was broken → what we did

  • R&D and delivery staff were mixed; payroll could not be split by project → rebuilt timesheets, then allocated cost by project
  • No R&D expense account existed in three years of ledgers → traced back from the general ledger and built the auxiliary ledger
  • A RMB 400k+ gap between the special audit and the tax return → reconciled month by month with a written variance note
  • Commercialisation evidence was a stack of certificates → matched each copyright to a product release and customer contract
Certified · R&D intensity 7.8%
ManufacturingRenewalFull case →

An equipment maker whose Class II IP had run out

Staff: ~380Revenue: RMB 120MDuration: 3 monthsIP: 6 Class II patents

What was broken → what we did

  • All six patents had already been used in two earlier filings → replaced counting with a three-year IP roadmap on day one
  • R&D spend fell 30% over three years → rebuilt the project list and ring-fenced the current-year budget
  • No new projects had been initiated since the last cycle → reconstructed initiation records for work already performed, without back-dating
  • Growth scoring was about to be marked down → documented revenue and net-asset growth from audited statements
Certified · innovation score 78
Bio-pharmaFirst-timeFull case →

An IVD company with strong R&D and weak evidence

Staff: ~90Revenue: RMB 48MDuration: 5 monthsIP: 3 invention patents

What was broken → what we did

  • Projects lived in group chats, never in an initiation file → rebuilt project records backwards from registration test numbers
  • Clinical trial spend and production cost shared one account → split by registration project with allocation notes
  • Third-party testing was booked at 100% of invoice → re-cut to the qualifying share under the working guidelines
  • Twelve production staff sat on the technical staff list → re-screened against the 183-day rule
Certified · R&D intensity 9.1%
New materialsFirst-time

A functional materials maker stuck at 58% high-tech revenue

Staff: ~160Revenue: RMB 86MDuration: 4 monthsIP: 2 invention + 6 utility

What was broken → what we did

  • RMB 19M of raw-material trading sat inside revenue → removed, and the remainder reclassified by technical product
  • Some output was toll-manufactured to customer formulas → carved out separately with a technical ownership note
  • Product revenue was spread across five lines → two core lines defined, lifting the ratio to 63% before audit
Certified · high-tech revenue 64.2%
Energy & environmentRenewalFull case →

An environmental engineering firm at 9.2% technical staff

Staff: ~200Revenue: RMB 70MDuration: 3 monthsIP: 1 invention + 9 utility

What was broken → what we did

  • Commissioning engineers were excluded because HR grouped them under Engineering → reclassified against actual process work
  • Some R&D staff were insured through an affiliate → employment moved back and social-insurance records completed
  • The headcount denominator included short-term labour → recalculated on the 183-day rule
Certified · technical staff 11.4%
SoftwareFirst-time

An industry-software firm with no R&D ledger at all

Staff: ~75Revenue: RMB 26MDuration: 3.5 monthsIP: 12 software copyrights

What was broken → what we did

  • No auxiliary R&D ledger had ever existed → built the chart of accounts by project and walked back two closed years
  • Copyright names did not match product names → unified naming and added product descriptions
  • The technology field was ambiguous (electronics vs high-tech services) → filed under electronics on the core algorithm
Certified · R&D intensity 9.1%
ManufacturingFirst-time

A systems integrator with no patents of its own

Staff: ~420Revenue: RMB 180MDuration: 5 monthsIP: 3 assigned + 5 new filings

What was broken → what we did

  • Technical strength sat in integration, not in patents → split control algorithms and mechanical design into separate filings
  • Assigned patents were only loosely related to the main business → kept three that map directly to production lines
  • Revenue was approaching the RMB 200M threshold → planned to the 3% band and delivered 4.2%
Certified · innovation score 74
Bio-pharmaRenewal

A medical device maker at 3.7% R&D intensity

Staff: ~150Revenue: RMB 95MDuration: 4 monthsIP: 4 invention patents

What was broken → what we did

  • 3.7% sat below the 4% band → re-checked the scoping rules and added omitted commissioned R&D
  • Registration testing fees were not treated as R&D → reallocated by project relevance
  • R&D performance bonuses were excluded from labour cost → allocated by project and added back
Certified · R&D intensity 4.3%
SoftwareFirst-time

An IT services firm short on commercialisation evidence

Staff: ~40Revenue: RMB 15MDuration: 3 monthsIP: 7 software copyrights

What was broken → what we did

  • Only certificates were offered as evidence → collected release records, acceptance forms and contracts
  • Annual commercialisations fell below five → split module releases of the same system into separate results
  • The R&D management system was a downloaded template → rewritten around actual practice, with execution records
Certified · 6 commercialisations per year

All cases are anonymised and figures are banded. They illustrate the type of problem and the route taken, not any specific company's circumstances. Outcomes depend on each company's own facts and on the review standards applied in the filing year, and are not a guarantee of results.

SOFTWARE · FIRST-TIME

A clean ledger with nothing behind it

A 120-person scheduling-SaaS company with 400+ customers on annual subscriptions. The bookkeeping was tidy — which is exactly why the gap was obvious: there was no R&D expense account anywhere, and every engineer's salary sat in cost of sales.

Staff~120
RevenueRMB 32M
Age7 years
IP9 software copyrights
R&D intensity7.8%
OutcomeCertified

The real level was never below the threshold

Reconstructing staff structure put actual R&D intensity above 8% — comfortably over the 5% threshold for companies under RMB 50M. What was missing was not the spend but any auditable trail from person to project to ledger.

So the sequence was reversed: compute the true number first, then build evidence backwards. Companies that start by writing documents end up with documents that contradict the ledger.

Three breakpoints: people, money, proof

People. 68 of 120 staff were technical, but 22 were long-term on customer sites doing implementation and maintenance — under the 183-day rule they cannot count. The remaining 46 included custom-development work that is not product R&D. Roles and hours were split on two axes; anyone below 50% R&D hours in a month was excluded. Final qualifying count: 43 people, 35.8% of headcount.

Money. Cloud and bandwidth only qualify where the environment is R&D or test — production capacity earns revenue, it does not do research. Environment tags isolated about 18% of cloud spend; the rest stayed in cost.

Proof. Nine copyrights said nothing about which release they belonged to. Three major versions were split by module into separate results, each tied to a release date and contract value — 12 commercialisations over three years, four per year on average.

Why 7.8% and not 7.67%

Three-year R&D spend of RMB 6.63M against three-year revenue of RMB 85M gives 7.8%. The annual ratios were 6.6%, 7.6% and 8.8% — an arithmetic mean of 7.67%. The filing system uses the aggregate ratio, not the mean of annual ratios, and reviewers read it the same way.

The denominator is sales revenue: main business plus other operating revenue, excluding non-operating income and investment gains. Adding government grants to the denominator is a common and expensive mistake.

Result. Certified first time, four months end to end, at a 7.8% ratio — 2.8 points of headroom over the threshold.

ADVANCED MANUFACTURING · RENEWAL

The patents were not missing, they were spent

A 380-person non-standard automation builder, RMB 120M revenue, first certified in 2019, renewed in 2022, expiring in 2025. The owner's opening line was: “we have everything — six patents, just file it.”

Staff~380
RevenueRMB 120M
Previous IP6 Class II patents
New IP2 invention + 6 utility
R&D intensity4.6%
OutcomeCertified · 78 points

Class II IP is single-use

Utility models, designs and software copyrights count once in an enterprise's certification history. Those six had already carried two filings — strictly, the 2022 renewal was already defective, it simply was not challenged. By 2025 the balance was zero.

The fix is not to file a batch of patents in the final quarter. Patent grant takes 8–14 months for a utility model and 2–3 years for an invention, so the plan has to start at least a year before expiry.

The second signal: R&D falling 30%

Spend dropped from RMB 6.2M to RMB 4.3M across the cycle. Growth scoring reads revenue and net-asset growth, but a simultaneous fall in R&D spend is read as a company stepping back from technology — and the innovation evaluation is scored by people, not formulas.

Existing work was documented honestly: project initiation records dated to when work actually started, with a note explaining that the file was compiled later. Nothing was back-dated — a back-dated document is the fastest way to fail an on-site check.

What renewal actually tests

Renewal is not a re-submission. It asks whether the company kept innovating for three years, and three years of evidence cannot be manufactured at the end of them. The files that carried this case were timesheets, project reviews and acceptance records from 2022–2024.

Result. Certified on renewal, three months of work, innovation score 78 — with new IP filed in time rather than after the fact.

BIO-PHARMA · FIRST-TIME

Strong technology, silent paperwork

A 90-person chemiluminescence immunoassay developer with RMB 48M revenue and three invention patents. Real R&D intensity was close to 10%, double the 5% threshold — normal for reagent development, where cost sits years ahead of revenue.

Staff~90
RevenueRMB 48M
Age6 years
IP3 invention patents
R&D intensity9.1%
OutcomeCertified

A mock review scored 62

Every place that should have held evidence held only a conclusion. Projects had been discussed in group chats but never initiated; clinical trial spend shared an account with production cost; commissioned testing was booked at 100%; and twelve production staff were on the technical staff list.

None of that is a technology problem. It is a documentation problem — and documentation problems are fixable, which is why the mock score mattered more than the raw R&D number.

Rebuilding records from what actually happened

The anchor was the registration test acceptance number for each reagent kit. From there, project start and end dates, participants and stage goals were reconstructed, and chat threads, trial batches and test reports were filed against those dates.

The rule was no back-dating and no embellishment. An initiation document dated to the real start, with a note explaining when the file was compiled, survives an on-site review. A document dated to look tidy does not.

Where the money was leaking

Commissioned testing was booked at 100% of invoice; the working guidelines only allow the portion attributable to R&D. Clinical spend was separated from production by registration project. Re-cutting both moved the reported ratio from an estimated 9.9% to a defensible 9.1% — lower, but supportable line by line.

Result. Certified first time in five months, with a dossier the finance team could defend in an on-site check.

ENERGY & ENVIRONMENT · RENEWAL

0.8 points short — and hiring was the wrong answer

A 200-person industrial wastewater engineering firm, RMB 70M revenue, up for its second renewal. HR counted 18 technical staff out of 195 — 9.2%, 0.8 points under the line. The first instinct was to hire six engineers.

Staff~200
RevenueRMB 70M
Before9.2% technical staff
After11.4% technical staff
IP1 invention + 9 utility
OutcomeCertified

Hiring would not have worked in time

A hire takes three to six months to land, and anyone on site fewer than 183 days in the year still does not count. Hiring in Q4 fixes nothing for that filing year. Recomputing the fraction took a week and added nobody.

The result after recomputation: 22 technical staff out of 193 total — 11.4%.

Three scoping errors, all in the company's favour

Numerator too small. Commissioning and process-tuning engineers work on site, not in the office, and HR had filed them under Engineering. Commissioning and parameter optimisation are related technical innovation activity under the working guidelines, so they qualify.

Affiliate employment. A handful of R&D staff were insured through a related company. Employment was moved back and social-insurance records completed before filing.

Denominator too large. Headcount included a large pool of short-term labour. Recalculated on the 183-day rule, the denominator fell from 195 to 193 — small in absolute terms, decisive at the margin.

Why this case is about scoping, not effort

Most “we are 0.5 points short” situations are scoping errors before they are capability gaps. Recompute both sides before spending money: new hires are the slowest and most expensive lever available, and they only work if they are on payroll long enough to count.

Result. Certified on renewal in three months, at 11.4% technical staff, without a single new hire.

Find out where your filing is thin

Send your revenue breakdown, staff list and IP schedule. We will tell you which conditions you already meet, which are borderline, and what it would take to close the gap.

Mon–Fri 9:00–18:00 CST · Landline +86 10 8088 5651 · Beijing, China
诚立会计 企业微信咨询二维码